# EZ Blockchain

> Track, analyze, and optimize your crypto mining operations with EZ Blockchain. Our advanced management solution offers real-time analytics, power monitoring, and a personalized dashboard.


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### Bitcoin mining hosting service

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### Flaring mitigation/Gas monetization




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### America’s Bitcoin Miners See Georgia as the New U.S. Hot Spot



### Building A Sustainable Cryptocurrency Future Using Bitcoin Mining With Natural Gas



### Flared Gas Crypto Mining: From Commodity to Currency



### Power-guzzling crypto miners racing to find cheaper energy sources



### This Utah oil producer was wasting natural gas. Now it uses it to mine cryptocurrency



### Bitcoin Mining Digging for E&P’s Natural Gas Gold in Lower 48



### EZ Blockchain Partners With Texas-Based Oil Provider to Monetize Wasted Natural Gas With Bitcoin



### Oil drillers and Bitcoin miners bond over natural gas



### CAN DIRTY CRYPTO TURN CLEAN AND GREEN?



### Frisco natural gas driller turns to Bitcoin mining to burn excess fuel



### Green Energy’s Never Been Bigger. This Fracking ETF Doesn’t Seem to Mind



### The 2021 European Forbes 30 under 30 List - Manufacturing & Industry



### EZ blockchain has recently set up five Bitcoin mines on gas sites



### Could Bitcoin Solve The Oil Flaring Problem?



### Fracking Companies Pivot to Mining Bitcoin as Pandemic Woes Continue to Bite



### The pandemic is turning fracking companies into Bitcoin miners



### Cryptocurrency mining company eyes flared gas in Permian Basin



### Chicago Company Mines at Oil Wells, Educates Producers About Bitcoin



### Bitcoin Mining Helps Oil Companies Reduce Carbon Footprint




### Expanding on the best efficient sites at Douglas, GA from 10MW to 16MW



### Starting our mission of running 26MW in the birthplace of sweet tea



### Taking advantage of the green, wind generated power



### Excess power is now utilized for Bitcoin mining



### Generating new jobs and revenue for a small town



### Flaring mitigation project in North Dakota



### Transforming underutilized energy into crypto mining in Georgia



### Bitcoin mining container eliminates the stranded gas problem



### Behind the meter power plant Bitcoin mining



### Crypto mining at gas processing plant excess flared gas



### Proof of concept remote location running on the grid




### How to Select the Ideal ASIC Miner for Your Needs

Below is the expert guide and comparison of the most profitable ASIC miners to help you select the highest-performing machine for your particular needs and set up a rig that will pay off. 


What Are ASIC Miners and How Do They Work?
Initially the next step in the evolution of purely GPU-based miners, ASICs were introduced as separate, dedicated machines for computing selected hashing algorithms (like SHA-256 for BTC and Scrypt for altcoins). This narrow focus on handling one task via a highly optimized hardware is what makes such rigs extremely efficient at doing their job.

On the flip side, more universal in their nature and inherently inferior to ASICs, GPU miners just couldn’t handle the ever-growing mining competition. GPUs, although responsible for graphics processing above all, can be used for a great variety of tasks and repurposed for other applications. 

ASICs, on the other hand, are purpose-built, and they push their target tasks to the maximum capacity by lining up all of their resources and computing power for those tasks. 
The Role of ASICs in Cryptocurrency Mining
The maximum top-end hash rate power achieved by GPU is ~265.82 MH/S, with the RTX 4090 demonstrating up to 320 MH/s in some networks, but only when overclocked and depending on the chain’s configuration.

This is not even close to the fastest miners for Bitcoin available today. And even for altcoin mining, which requires a principally lower level of hashrate power, there are ASICs like the below-described Antminer L9, reaching up to 16 GH/s and more in the Scrypt algorithm.

Designed and built specifically for purpose-led crypto coin mining, ASICs give us unmatched hash rates, specially optimized energy usage, and faster payback than most other methods of acquiring cryptocurrency. 

The only potential downside is that they can cost accordingly, require maintenance, and need to be used with some basic knowledge. 
Key Factors to Consider When Choosing an ASIC Miner
No matter the ASICs specifics, we will help you choose the most profitable ASIC miner you can get for your case and purpose. Just make sure to base your final decision on these main criteria:
Hash Rate: The Speed of Mining
Above all else is the inherent mining capacity of an ASIC. A higher hash rate means higher chances of solving blocks and earning rewards, i.e., profits, in the network. And as the difficulty of mining in chains gradually grows, we need higher hash rates still. 

This characteristics is indicated in:

 	Tera-hashes per second aka TH/s for SHA-256 miners. 
 	Giga-hashes per second aka GH/s for Scrypt miners. 

Energy Efficiency: Balancing Power and Cost
Not least important for achieving all-around profitability of your operations is the ratio of energy consumption. The less energy used per operation, the better. If a miner eats up too much, the whole operation may not just sufficiently pay off.  

The mining’s energy efficiency is indicated in:

 	Joules per Terahash bitcoins.
 	Joules per Gigahash for altcoins.

Initial Cost and ROI Potential
Of course the purchase price means a lot, but with ASICs, make sure to also consider shipping, duties, and your local electricity rate. You can calculate a break-even mining time based on the chain difficulty, coin price, and energy costs.
Noise Levels and Heat Management
ASICs run loud — often as loud as 70‑76 dB. They also generate loads of heat. This is why you can afford to use only a proven model with optimized heat output and airflow as well as a cooling system that’s no louder than 85 dB at best.
Comparing ASIC Miners: Popular Models on the Market
WhatsMiner M50S++

First off, this baseline SHA-256 miner delivers an ultimate performance-output balance, which manifests in a high hash rate of about 160 TH/s at energy efficiency of ~22 J/TH, with relatively moderate power consumption at ~3.5 kW and manageable noise levels (75 dB at max). But the best thing about M50 S++ is its compact size, making it  a nearly perfect entry option for starting out miners who still expect to go big if the chance appears. 

Specs:

 	Algorithm: SHA-256
 	Hash rate: ≈ 160 TH/s
 	Power: ~3300 W
 	Efficiency: ~21–22 J/TH
 	Noise: 75 dB; dual-fan air-cooled

_________________________________________________________________________

Antminer S21 (standard)

The base model of Antminer’s S21 provides a solid middle-ground option for truly energy-efficient Bitcoin mining. Namely, it offers around 200 TH/s of mining power at 17.5 J/TH in full-power mode. Apart from that, this is an excellent low-power ASIC miner, with a low‑power mode making your rig run at ~160 TH/s at ~2,600 W. This improves efficiency to ~16.4 J/TH and saves you tons of money in the long run. The only downside of this one is the noise level, reported by users to be higher than previous generations like S19.

Specs:

 	Algorithm: SHA-256
 	Hash rate: ~200 TH/s
 	Power: ~3500 W
 	Efficiency: ~17.5 J/TH
 	Noise: 75–80 dB

_________________________________________________________________________

Antminer S21 Pro

A top-tier air-cooled option with strong ROI potential and excellent heat dissipation, boasting the energy efficiency of 14.2 J/TH and higher, with a ~250 TH/s hash rate and ~3.5 kW draw. The Pro model stands out in that it stays compatible with single-phase power setups, making it a more cost-efficient option in general. Still, it is a step-up from the basic S21, which makes it a serious investment for long-term profitable mining. 

Specs:

 	Algorithm: SHA-256


 	Hash rate: 234 TH/s
 	Power: ~3500 W
 	Efficiency: up to 15 J/TH
 	Noise: 76 dB; quad fans

_________________________________________________________________________

Antminer S21 XP

A high-performance miner ideal for high-budget operations that prioritize maximum throughput possible. The XP model pushes the mining power to ~270 TH/s with a ~13.5 J/TH efficiency, but draws more power (~3.6 kW) and is on a heavier side (~18.7 kg). This is the pinnacle of the Antminer S21 series, which goes best for enterprise-grade operations. One notable limitation in this one — there’s no official low‑power mode and quite restricted firmware support.

Specs:

 	Algorithm: SHA-256
 	Hash rate: 270 TH/s
 	Power: ~3600 W
 	Efficiency: 13.5 J/TH
 	Noise: 76 dB; quad fans

_________________________________________________________________________

Antminer L9

L9 is one of the most profitable crypto miners to mine altcoins, especially Litecoin and Dogecoin, with overall performance tuned for Scrypt-enabled altcoin mining nuances.  This Antminer delivers ~16–17.6 GH/s of mining power while consuming ~3.3 kW, yielding ~210 J/GH (~0.21 J/MH) for coins like Litecoin and Dogecoin. The noise is moderate at the standard ~75 dB. Bottom line, the top choice for altcoin mining in existence yet. 

Specs:

 	Algorithm: Scrypt
 	Hash rate: ~16 GH/s (Scrypt)
 	Power: ~3300 W
 	Efficiency: ~0.21 J/MH
 	Noise: 75 dB; quad-fan

_________________________________________________________________________

Auradine Teraflux AT2880

Powerful and reliable right out of the box, this is a specially designed SHA‑256 miner with turbo hash rate of up to 260 TH/s and the resulting efficiency of around 16 J/TH. One of Auradine’s main selling points is that this machine is U.S.-engineered, making it a market challenger that’s targeting miners seeking non‑Chinese hardware alternatives. This Teraflux has higher power usage, though, at ~4.16 kW, so consider that as well. 

Specs:

 	Algorithm: SHA-256
 	Hash rate: 260 TH/s (Turbo mode)
 	Power: ~4100 W
 	Efficiency: 16 J/TH
 	Noise: 70 dB

Matching ASIC Miners to Specific Cryptocurrencies
Whether you’re looking for the fastest Bitcoin miner, the most accessible altcoin rig, or the most energy-efficient machine, it’s all a matter of comparison:

 



Model
Algo
Hash Rate
Power Draw
Efficiency
Price


WhatsMiner M50S++
SHA-256
~160 TH/s
3360 W
~22 J/TH
~$4,000


Antminer S21
SHA-256
200 TH/s (full power)
3551 W (full power)
~17.5 J/TH
~$4,200


Antminer S21 Pro
SHA-256
250 TH/s
3510 W
~14.2 J/TH
~$5,800


Antminer S21 XP
SHA-256
270 TH/s
3645 W
~13.5 J/TH
~$8,100


Antminer L9
Scrypt
16–17.6 GH/s
3369 W
~210 J/GH
~$10,150


Teraflux AT2880
SHA-256
~260 TH/s (Turbo)
4160 W
~16 J/TH
Ask vendor



 

Even though some miners have lower specs than others, each fits specific use scenarios, conditions, and budgets to the best of their ability. Choose your miner based on your goals:

 	For maximized hash rate: S21 XP (~270 TH/s) or S21 Pro (~250 TH/s).
 	For energy efficiency: S21 XP (~13.5 J/TH) leads efficiency, followed by S21 Pro.
 	For lower power: Base S21 in low-power mode (~160 TH/s @ ~16 J/TH).
 	For altcoins (LTC/DOGE): Antminer L9 is a state-of-art device created to mine Scrypt-based altcoins only.
 	For avoiding Chinese hardware: Teraflux AT2880 can be a good compromise when seeking power at a cost.

Where and How to Buy an ASIC Miner
There are a couple of ways you can find and purchase a brand new BTC ASIC miner or a machine for mining altcoins:

 	Authorized dealers: EZ Blockchain, Antminer Distribution, WhatsMiner directly
 	Marketplaces: CryptoMinerBros, ASIC Marketplace for used or in-stock options

But first, you’ll need to decide which ASIC you need exactly. Here’s a quick choosing guide:

 	Decide what coin to mine with ASIC first: 

 	BTC/BCH/BSV → SHA‑256
 	LTC/DOGE → Scrypt




 	Set your budget and check ROI: higher hash rates cost more but can pay off faster with affordable electricity rates.


 	Compare efficiency (J/TH): higher J/TH is better for immediate profits, lower J/TH is better for long-term cost control.


 	Prepare a place: miners can be loud and very hot, so pick a place beforehand.

When ordering a brand new ASIC, make sure also to: 

 	check the providers terms and conditions
 	learn about the ASIC’s warranty
 	clarify the delivery time
 	count in importer duties (if any)


Start Your Mining Journey withEZ Blockchain
Need assistance with setup planning, equipment sourcing, and miner hosting? Contact EZ Blockchain for a selection of the top rigs, individual ROI calculation, and mining operation guidance.

### Bitcoin vs. USD Inflation Rates: A Comparative Analysis

This article is your summed up Bitcoin vs. inflation chart, comparing the mechanisms, nuances, and effects of inflation on USD, with its traditional monetary policies, and on today’s prime crypto. 


What Is Inflation, and How Is It Measured?
Inflation is the ongoing rise in the general price level of goods and services. As the price grows in relation to the fixed value of the currency, the unit of this currency can be used to buy less and less of the same goods over time. Hence the inflation.

For instance, something that cost $100 a year ago might now cost $105 — this indicates a 5% USD inflation rate over that year. It also means that consumers in the analyzed economy have become 5% less capable of making as many purchases. 

By analyzing the level of inflation, we can gain a good reflection of the overall purchasing power in a community or state. So in order to measure and analyze inflation, economists and policymakers use price indexes and calculate the weighted average of expenditures.

The two primary metrics used for measuring inflation for USD are:

 	Consumer Price Index (CPI): Published monthly by the Bureau of Labor Statistics, CPI tracks the cost changes of a fixed “basket” of around 80,000 goods and services commonly purchased by urban consumers — food, housing, clothes, transportation, and medical care. Weights are assigned based on average consumer spending patterns. 
 	Personal Consumption Expenditures Price Index (PCE): The Federal Reserve analyzes the PCE, which is broader in scope and covers spending on behalf of households (such as employer-paid health insurance), includes rural and urban expenditures, and uses a chain-weighted formula. 

Both CPI and PCE allow specialists to gain numbers necessary for calculating weighted averages. And for a simple example of how weighted averages help see inflation:

Take a simplified basket where consumers spend 50% on shelter, 30% on bread, and 20% on books → Prices for these categories rise by 3%, 10%, and 2% respectively → Overall inflation is calculated as the weighted average of those ratios = approximately 4.9%.
Bitcoin’s Inflation Mechanism
Now that we got the basics of regular inflation out of the way, things are quite different with cryptocurrency, and Bitcoin in particular. The baseline metrics, like the Bitcoin CPI, can be measured simply by substituting USD for BTC in the price of goods when making calculations. 

However, the Bitcoin’s network chain and related community live a life of their own, with unique mechanisms, triggers, history of fluctuations, and policies. The BTC inflation rate works in its own ways mostly due to the following major factors.
The Fixed Supply of 21 Million Bitcoins
Bitcoin’s supply is capped at 21 million BTC, a hard limit embedded in its protocol by design to enforce scarcity and, yes, resist inflation. This ceiling cannot be changed without consensus across the entire decentralized network. The cap is functionally immutable.

Now the most interesting part is, as of mid‑2025, over 94% of Bitcoins have been mined out. And even though not all of the twenty-one million are likely to be mined exactly due to rounding in satoshis, the final bitcoin is expected to be issued around 2140, after which no new coins will enter circulation.
Will the cap ever change?
Although Bitcoin’s rules are open-source, changing the cap would require a controversial hard fork and overwhelming agreement among developers, mining nodes, and users. The incentive structure and community norms strongly discourage lifting the cap — such a change would undermine Bitcoin’s value proposition and likely crash its price.
The Impact of Halving Events on Bitcoin’s Inflation Rate
To keep BTC issuance predictable and declining, the Bitcoin protocol halves its block reward every 210,000 blocks — roughly every four years. Bitcoin's mining reward halves as a result, too. Since its launch at 50 BTC per block, rewards dropped to 25 BTC (in 2012), 12.5 BTC (in 2016), 6.25 BTC (in 2020), and most recently to 3.125 BTC after the April 19, 2024 halving.

Historical halvings:

 	2009–2012: 50 BTC/block → First halving in Nov 2012
 	2012–2016: 25 BTC/block → Halved July 2016
 	2016–2020: 12.5 BTC/block → Halved May 2020
 	2020–2024: 6.25 BTC/block → Halved April 19, 2024 → current reward: 3.125 BTC 

The latest halving cut the annual Bitcoin inflation rate to roughly 0.78–0.83% of circulating supply — below the ~1 %--1.5 % rate of gold.


USD Inflation: Causes and Trends
While the Bitcoin and inflation correlation is definitely there and strong, USD is the primary victim of inflation. That is due to two big factors:
How the Federal Reserve Manages USD Supply
The Federal Reserve targets an inflation rate of around 2%. To try and manage that level, the institution adjusts federal funds rates, offers discount rates for tariffs or deals, and manages balance sheets (with salary inflation calculators in USD and such). The M2 money supply is also regulated by borrowing costs and various policies. However, this discretionary, closed management approach often makes official calculations far-fetched and not too fitting for the public. 
Key Factors Driving USD Inflation
Inflation in USD is driven by a slew of factors such as market demand shocks, spiking energy or housing costs, and inflation expectations. 
Bitcoin vs. USD: Key Differences in Inflation
While both subject to inflation, Bitcoin and USD work on completely different monetary systems:

 	Bitcoin has a fixed cap, with publicly transparent scheduling announcements and hard‑coded capitalization mechanisms for immutability. The recurring halving events are meant to eventually drive the BTC inflation rate toward zero.

 	USD has a flexible, discretionary supply policy that is controlled by the Federal Reserve, with the 2% inflation set as the golden standard, but a myriad of shifting factors affecting the inflation’s direction. 




Feature
Bitcoin
USD (Federal Reserve)


Supply control
Fixed cap: 21 million BTC
Flexible supply: M2 can expand or contract the supply via various actions and policies


Predictability & transparency
Coin issuance schedule is pre-coded and public
Monetary policies are set by central bank decisions


Current inflation rate
~0.8 annually post-2024 halving
~2.7 as of early 2025


Long-term trajectory
Declining toward 0% by ~2140 as supply caps fill
Shaped by economic conditions and policies



Inflation’s Impact on Purchasing Power
USD inflation erodes purchasing power steadily — 2% inflation means prices double in roughly 36 years. In contrast, Bitcoin’s low — and declining — inflation mechanism preserves scarcity, theoretically supporting value retention or appreciation over time.
Historical Inflation Trends: Bitcoin and USD
To give you more insights still, here’s a BTC to USD inflation chart, with historical milestones and a side-by-side comparison. 

Bitcoin’s inflation history:

 	In 2009, Bitcoin entered circulation with a 50 BTC/block reward, translating to an inflation rate above 25%, as a massive issuance was required to bootstrap the network;
 	Following the November 2012 halving, rewards dropped to 25 BTC/block, and inflation halved to around 12%;
 	After the July 2016 halving, reward dropped to 12.5 BTC per block, and inflation fell to about 4.1%;
 	The May 2020 halving further reduced block rewards to 6.25 BTC, sending inflation to a low of ~1.8%;
 	The most recent halving occurred on April 19–20, 2024, cutting rewards to 3.125 BTC/block, and pushing annual inflation down to approximately 0.8–0.9% in mid‑2025.

USD inflation trends:

 	2021: CPI inflation surged to around 7.0%, the highest in four decades (due to the pandemic and energy prices);
 	2022: Inflation peaked further at 6.5% by year-end;
 	2023: The pace cooled to approximately 3.4% in December, with inflationary pressures slowing down a bit;
 	2024: Inflation further moderated to 2.9% by December — still above the Fed’s 2% target but showing some decline;
 	Mid‑2025: As of June, annual CPI stood at 2.7%.

Side-by-Side Comparison



Year/Phase
Bitcoin Inflation
USD Inflation (CPI, year-end)


2009–2012
25% (genesis issuance)
~1–2% (post-2008 low-inflation period)


2012–2016
~12% after 1st halving
~1.5–2%


2016–2020
~4.1% after 2st halving
~1–2%


2020–2024
~1.8% after 3st halving
~3.4%


2024 onward
~0.8–0.9% post-2024 halving
2.7%



 

(To get the latest figures, you can use the Bureau of Labor’s USD inflation calculator).
Practical Implications for Investors
While the USD inflation graph seems to indicate nothing but gradual inflationary growth, BTC seems to make disinflation possible. It is still debated whether we can use Bitcoin and other cryptos as a full-on hedge against inflation, but the potential is certainly there, and enthusiasts and investors already leverage it.
Opting for a Fixed Supply
The best way the Fed can respond to crises is by increasing the USD supply, which may lead to inflation and dilution of value. Alternatively, Bitcoin’s algorithmic predictability in supply can help anticipate and fend off such issues. 
Boosting Transparency of Assets
Fiat monetary policy is opaque, subject to central bank discretion, and can be adjusted based on seminars, decisions, and macro data. Bitcoin’s schedule is public and immutable. Investors can leverage that to get rid of investment uncertainties and fears. 
Inflation Hedging
Bitcoin is increasingly deemed “digital gold,” demonstrating the value of a long-term precious asset that runs on policies different from those underlying fiat currencies. This can be used to gain a backup protection against inflation.Need an individual consultation? Contact EZ Blockchain for more expertise and project estimation.

### Bitcoin Price Forecast for 2030: What to Expect

One specific projection often discussed is the microstrategy price prediction 2030, reflecting the optimistic outlook of institutions heavily invested in Bitcoin. MicroStrategy, known for its large Bitcoin holdings, projects substantial appreciation based on Bitcoin’s potential to replace traditional financial assets.

However, market volatility remains a concern, and unforeseen global events could impact the forecast. Investors should remain cautious and consider multiple perspectives when evaluating long-term Bitcoin price expectations. Overall, the outlook suggests promising growth opportunities but necessitates careful analysis and risk management strategies for those involved.
Bitcoin’s Price History and Its Volatility
Bitcoin’s price history has been marked by remarkable fluctuations, reflecting its volatile nature since inception. From its early value of mere cents to reaching tens of thousands of dollars per coin, Bitcoin’s journey has captivated investors and analysts. This volatility stems from various factors including market speculation, regulatory changes, technological developments, and macroeconomic events.

Understanding Bitcoin’s past price behavior is crucial when considering its future. Many individuals ask what will bitcoin be in 2030, a question that remains uncertain due to the cryptocurrency’s sensitivity to external influences. Despite this unpredictability, Bitcoin has demonstrated resilience and an upward trajectory over the long term.

The significant price swings have attracted both enthusiastic investors and cautious observers. As Bitcoin continues to evolve, comprehending its price history and inherent volatility can help stakeholders make more informed decisions. Remaining vigilant about market dynamics is essential for navigating this complex financial landscape.


Factors Influencing Bitcoin’s Price in the Long Term
Several factors influence Bitcoin’s price in the long term, shaping its potential trajectory toward bitcoin in 2030. One primary determinant is market demand, which depends on how widely Bitcoin is adopted for transactions, investments, and as a store of value. Increased acceptance by institutions and individuals tends to drive prices upward.

Technological advancements also play a crucial role. Improvements in blockchain technology, scalability solutions, and enhanced security can strengthen Bitcoin’s appeal and usability. Conversely, technical setbacks or vulnerabilities may negatively impact its value.

Regulatory developments are another significant factor. Clear and favorable regulations can encourage growth, while restrictive policies or bans may hinder adoption and cause price declines. Additionally, macroeconomic conditions, such as inflation rates and currency fluctuations, influence investor interest in Bitcoin as a hedge.

Finally, market sentiment and media coverage can amplify price volatility. Understanding these elements is essential when considering Bitcoin’s future outlook.
Bitcoin's Historical Price Performance: A Look Back
Bitcoin’s historical price performance has been marked by significant fluctuations, reflecting its status as a pioneering digital asset. Since its inception in 2009, Bitcoin has experienced rapid growth phases interspersed with steep declines, illustrating its inherent volatility. Early adoption saw minimal valuation, but increased interest from retail and institutional investors led to remarkable price surges.

Notably, Bitcoin’s price reached unprecedented highs in late 2017 and again in 2021, driven by expanding mainstream acceptance and technological advancements. These peaks were followed by corrections, underscoring market sensitivity to external factors such as regulatory changes and macroeconomic conditions.

When considering btc price prediction 2030, it is essential to acknowledge this historical volatility while recognizing the cryptocurrency’s evolving role in global finance. Long-term forecasts often consider Bitcoin’s adoption trends, technological developments, and regulatory environment, all of which have historically influenced its price. This historical perspective provides a foundation for understanding potential future price movements.
Bitcoin’s Role as a Store of Value and Digital Gold
Bitcoin has increasingly been recognized as a store of value and digital gold, serving as a hedge against inflation and currency devaluation. Its decentralized nature, scarcity capped at 21 million coins, and resistance to censorship contribute to its appeal as a reliable asset for long-term wealth preservation.

Investors appreciate Bitcoin for its potential to retain purchasing power in volatile economic environments. Unlike traditional assets, Bitcoin operates on a blockchain, ensuring transparency and security without reliance on central authorities. This technological foundation enhances its credibility as a digital alternative to gold.

When evaluating bitcoin value 2030, many experts consider its role as a store of value crucial. As adoption grows and global financial systems evolve, Bitcoin’s function may solidify further, making it an essential component of diversified portfolios. This outlook supports the perspective that Bitcoin will continue to be regarded as a unique and valuable asset in the coming decade.
Institutional Involvement and Adoption
Institutional involvement has become a significant factor driving the evolution and legitimacy of the cryptocurrency market. Large financial institutions, hedge funds, and publicly traded companies are increasingly allocating resources to digital assets, recognizing their potential for diversification and long-term growth. This shift reflects growing confidence in blockchain technology and its applications.

As institutions integrate cryptocurrencies into their portfolios, market stability and liquidity tend to improve. Furthermore, regulatory clarity is encouraging broader adoption by reducing uncertainties that previously deterred large-scale investors. The entrance of established players also spurs the development of sophisticated financial products, such as futures and exchange-traded funds, enhancing accessibility for traditional investors.

When considering cryptocurrency predictions 2030, institutional adoption is frequently highlighted as a crucial driver. It is expected that as more entities embrace digital assets, the market will mature, resulting in increased mainstream acceptance and integration into global financial systems. This progression could fundamentally reshape the future landscape of finance.
Bitcoin in the Context of Global Economic Trends
Bitcoin’s role in the global economic landscape continues to evolve as financial markets and monetary policies undergo significant transformation. Amid rising inflation, currency devaluation, and geopolitical tensions, Bitcoin has increasingly been viewed as a potential hedge and alternative store of value. This perception aligns with its decentralized nature and limited supply, which contrast with traditional fiat currencies subject to government control and inflationary pressures.

Economic trends such as digitization, growing demand for financial inclusivity, and shifting investor preferences contribute to Bitcoin’s prominence. Analysts and investors often reference the bitcoin 2030 prediction when assessing its long-term viability. Many foresee broader adoption, enhanced regulatory frameworks, and integration into payment systems worldwide.

However, Bitcoin’s future will also depend on factors such as technological developments, market volatility, and regulatory responses. Overall, Bitcoin is poised to remain a significant player in the global economy, adapting to and influencing emerging economic trends in the years ahead.
Technological Developments: The Future of Bitcoin’s Blockchain
Technological advancements play a crucial role in shaping the future of Bitcoin’s blockchain. Innovations aimed at improving scalability, security, and efficiency are essential to meet increasing demand and maintain trust in the network. Developments such as the implementation of the Lightning Network enhance transaction speed and reduce costs, making Bitcoin more practical for everyday use.
Moreover, advancements in cryptographic techniques and decentralized protocols continue to strengthen the blockchain’s security against potential threats. These improvements also enable greater privacy and user control, which are vital in an increasingly digital world.
Alongside software improvements, mining hardware is also evolving rapidly to deliver higher performance with better energy efficiency, supporting the network's integrity and sustainability.
As these technological trends progress, many investors and analysts speculate on what will the price of bitcoin be in 2030. Enhanced blockchain capabilities and broader adoption could positively influence Bitcoin’s value. Overall, the future of Bitcoin’s blockchain is intertwined with ongoing innovation, which will determine its ability to sustain growth and fulfill its role as a leading digital asset in the years ahead.

Challenges to Bitcoin’s Price Growth
Bitcoin faces several challenges that could impact its price growth in the coming years. Regulatory uncertainties remain a significant obstacle, as governments worldwide continue to develop and enforce laws that could restrict or complicate cryptocurrency usage. Such regulations may limit access and slow adoption, influencing investor confidence and market dynamics.

Additionally, scalability issues and high transaction fees could hinder Bitcoin’s widespread use, limiting its appeal as a practical currency. Environmental concerns related to energy-intensive mining processes also pose reputational risks that might affect its future valuation.

Market volatility and competition from emerging cryptocurrencies further complicate Bitcoin’s trajectory. These factors contribute to the uncertainty surrounding what will bitcoin price be in 2030.

Despite these challenges, ongoing technological improvements and growing institutional interest could offset some risks. However, potential investors should consider these complexities when evaluating Bitcoin’s long-term price prospects.


Bitcoin Price Predictions for 2030
Bitcoin price predictions for 2030 vary widely due to the dynamic nature of the cryptocurrency market. Experts analyze factors such as technological advancements, regulatory developments, and market demand to form their forecasts. Some anticipate significant growth driven by increased adoption and integration into global financial systems, which could enhance Bitcoin’s value substantially over the next decade.

Conversely, potential challenges such as regulatory crackdowns, competition from other digital assets, and technological limitations may temper this growth. Market volatility remains a defining characteristic of Bitcoin, making precise predictions inherently difficult.

Investors should consider these complexities and the speculative nature of cryptocurrency when evaluating long-term forecasts. While optimistic projections suggest impressive returns, caution and thorough research remain essential.

Overall, Bitcoin’s future price will depend on a balance of innovation, regulation, and market sentiment, shaping its trajectory as it moves toward 2030.

### Simplifying Crypto Taxes: Stress-Free Solutions

Utilizing specialized tax software can automate calculations, generate accurate reports, and ensure compliance with current laws. Keeping detailed records of transactions and trades facilitates smooth tax filing and reduces errors.

Consulting with tax professionals experienced in digital assets can also provide tailored advice, helping individuals optimize their tax strategies. By adopting these methods, cryptocurrency holders can alleviate stress and focus on their investments while remaining compliant with tax obligations.
Why Crypto Taxes Can Feel Overwhelming
Cryptocurrency taxes can feel overwhelming due to the complex and evolving nature of digital asset regulations. Unlike traditional investments, cryptocurrencies involve numerous transactions, varying valuation methods, and unclear guidelines, making accurate reporting challenging. Many individuals struggle to track every trade, wallet, or exchange activity, leading to confusion and potential errors.

Additionally, some seek creative strategies such as gifting bitcoin to avoid tax, but these methods often have legal limitations and require careful understanding of tax laws to prevent unintended consequences.

The lack of standardized tax policies globally further complicates compliance, as rules differ significantly between jurisdictions. Without professional guidance or automated tools, managing crypto taxes can become stressful and time-consuming.

Understanding these challenges highlights the importance of thorough record-keeping and expert advice for effective tax management in the cryptocurrency space.
The Increasing Importance of Accurate Reporting Amid Evolving Regulations
Accurate reporting of cryptocurrency transactions is becoming increasingly important amid evolving regulations worldwide. Governments are implementing stricter rules to ensure transparency and tax compliance, which places greater responsibility on investors to maintain precise records. Failure to comply can result in penalties or legal consequences.

For individuals and businesses seeking favorable environments, understanding the best countries for crypto taxes is essential. These jurisdictions often offer clearer guidelines and more advantageous tax rates, reducing the complexity of reporting.

Adopting meticulous documentation practices and staying informed about regulatory changes helps investors navigate this dynamic landscape efficiently. Utilizing specialized software or professional assistance further enhances accuracy, ensuring compliance with local laws. As regulations continue to develop, prioritizing accurate reporting safeguards assets and promotes responsible participation in the cryptocurrency market.
Understanding Cryptocurrency Tax Obligations
Understanding cryptocurrency tax obligations is essential for all investors, regardless of transaction frequency. Many individuals ask do i have to report crypto if i didn't sell, and the answer depends on jurisdiction and specific tax regulations. Generally, holding cryptocurrency without selling does not trigger taxable events, but some countries require reporting holdings for transparency.

Taxable events usually include selling, trading, or using cryptocurrency to purchase goods or services. Accurate record-keeping of all transactions is crucial for compliance and future reporting. Additionally, some jurisdictions may require reporting airdrops or forks, even if assets are not sold.

Seeking professional advice and staying informed about local laws ensures investors meet their tax responsibilities while minimizing potential penalties. Awareness and preparation are key to managing cryptocurrency taxes effectively.
Stress-Free Tools for Managing Crypto Taxes
Managing cryptocurrency taxes can be daunting, especially when questions arise such as do i have to report crypto if i didn't sell. Fortunately, several stress-free tools are designed to simplify this process, making compliance more manageable for investors. These tools automatically track transactions across multiple wallets and exchanges, calculate gains or losses, and generate accurate tax reports.

By using such software, individuals can avoid manual errors and save valuable time. Many platforms also provide clear guidance on tax obligations based on local regulations, helping users understand when reporting is necessary. These solutions often include features like real-time portfolio tracking and integration with popular tax filing systems.

Adopting these tools reduces anxiety around tax season and ensures transparency, enabling cryptocurrency holders to focus on their investments with greater confidence.


Keeping Accurate Records
Keeping accurate records is essential for managing cryptocurrency taxes effectively. Maintaining detailed documentation of all transactions ensures transparency and simplifies the tax filing process. Utilizing a reliable crypto taxes calculator can help investors accurately determine gains and losses, minimizing errors and potential audits.

Records should include dates, amounts, wallet addresses, transaction types, and values in local currency at the time of each transaction. Organized record-keeping facilitates compliance with tax regulations and helps identify taxable events.

In addition, keeping digital and physical backups of transaction histories safeguards information against loss or corruption. Regularly updating these records throughout the year, rather than at tax time, reduces stress and improves accuracy.

By combining meticulous record-keeping with the use of advanced calculators, cryptocurrency holders can confidently navigate complex tax obligations.
The Importance of Documenting Every Crypto Transaction
Documenting every cryptocurrency transaction is crucial, especially for individuals dealing with crypto taxes USA regulations. Accurate records provide a clear audit trail, ensuring compliance with tax authorities and preventing potential legal issues. Each transaction, including buys, sells, trades, and transfers, must be meticulously recorded with relevant details such as dates, amounts, and values in U.S. dollars at the time of the transaction.

Thorough documentation helps accurately calculate capital gains and losses, which are essential for correct tax reporting. Without detailed records, taxpayers may face penalties or disputes during audits. Additionally, maintaining comprehensive transaction logs allows investors to track portfolio performance and make informed decisions.

Given the complexity and evolving nature of cryptocurrency taxation in the United States, diligent documentation is an indispensable practice for responsible crypto asset management and tax compliance.
How to Export Transaction Histories from Exchanges and Wallets
Exporting transaction histories from exchanges and wallets is a fundamental step in understanding how to calculate crypto taxes accurately. Most cryptocurrency platforms provide options to download transaction data in formats such as CSV or Excel files. Users should navigate to the account or transaction history section and locate the export or download feature.

When exporting, it is important to select the correct date range to capture all relevant activities for the tax period. Ensuring that all transactions, including trades, deposits, and withdrawals, are included is critical for precise tax calculations. Once exported, this data can be imported into tax software or used manually to track gains and losses.

By systematically exporting and organizing transaction histories, investors can simplify the tax reporting process and maintain compliance with regulatory requirements.
Tips for Organizing Records to Make Tax Season Easier
Organizing records efficiently is essential to make tax season less stressful, especially when crypto taxes explained can often seem complex. Start by categorizing transactions into clear groups such as purchases, sales, trades, and transfers. Maintain a consistent format for recording dates, amounts, and values in local currency to ensure accuracy.

Utilizing spreadsheets or specialized software helps streamline data management and reduces the likelihood of errors. Regularly updating records throughout the year prevents last-minute scrambling. It is also advisable to keep backups of all documents, both digitally and physically, to avoid loss.

Clear and organized records facilitate faster tax calculations and easier verification during audits. By adopting these best practices, cryptocurrency investors can approach tax season with confidence and clarity, minimizing confusion related to tax obligations.
Navigating Complex Scenarios in Crypto Taxes
Navigating complex scenarios in crypto taxes requires a thorough understanding of various tax rules and regulations. Many investors often wonder how much are crypto taxes and how different activities influence their tax obligations. Complex situations, such as staking rewards, airdrops, or using cryptocurrency for purchases, can complicate calculations.

Each event may have unique tax implications, making it essential to document all transactions carefully. Consulting tax guidelines or professionals is advisable to ensure accurate reporting. Additionally, some jurisdictions impose different rates for short-term and long-term gains, further complicating the tax process.
Working with Tax Professionals
Working with tax professionals can significantly ease the complexities associated with crypto taxes in USA. Cryptocurrency taxation involves intricate rules and frequent regulatory updates that may be difficult to navigate independently. Skilled professionals offer expertise in accurately calculating gains, losses, and taxable events.

A tax advisor can also assist in identifying eligible deductions and credits, ensuring compliance with IRS requirements. They provide valuable guidance on reporting methods and help avoid costly mistakes or audits. Additionally, tax professionals stay informed about evolving legislation, offering strategic advice to optimize tax outcomes.
Common Mistakes to Avoid in Crypto Taxation
Common mistakes in crypto taxation can lead to significant financial consequences. One frequent error is failing to report all transactions, which may trigger audits or penalties. Another mistake involves inaccurate record-keeping, making it difficult to calculate gains or losses precisely. Misunderstanding tax rules regarding events such as airdrops, forks, or staking rewards is also common.

To avoid these pitfalls, it is crucial to understand how to minimize crypto taxes legally through proper planning and compliance. Utilizing tax software or consulting professionals can improve accuracy and help identify tax-saving opportunities. Ignoring tax obligations or relying on informal advice increases the risk of errors. By maintaining thorough records and staying informed, taxpayers can navigate crypto taxation efficiently and reduce unnecessary liabilities while adhering to regulations.


Staying Updated on Crypto Tax Regulations
Staying updated on crypto tax regulations is essential for anyone involved in cryptocurrency transactions. Tax laws evolve rapidly, and remaining informed helps taxpayers comply accurately and avoid penalties. Understanding recent changes can also reveal new strategies on how to minimize crypto taxes legally.
Whether you're an individual investor or part of a crypto mining company, staying compliant with tax obligations is crucial to avoid audits and fines. Regularly reviewing official sources, subscribing to trusted financial news, and consulting tax professionals are effective ways to stay current. Awareness of jurisdiction-specific guidelines ensures correct reporting of gains, losses, and taxable events. Moreover, adapting to updated rules enables more efficient tax planning and reduces the risk of costly mistakes.

### The Ultimate Guide to Storing Cryptocurrency Safely in 2025

If you are wondering how to store cryptocurrency safely, consider using cold storage methods such as hardware wallets. These keep your private keys offline and away from internet-based threats. For daily transactions, mobile or desktop wallets may be convenient, but they should be protected with strong passwords and two-factor authentication.

Backing up your wallet and keeping recovery phrases secure are also essential steps. With the right approach, users can confidently protect their assets in today’s fast-changing digital environment.
The Rise of Cryptocurrency Adoption and Its Associated Risks
The rise of cryptocurrency adoption has opened new opportunities for individuals and businesses around the world. As more people begin to use digital assets for payments, trading, and investment, the overall market continues to expand rapidly. However, this growth also brings increased risks, including scams, hacking, and poor storage practices.

To protect digital assets, it is essential to learn how to store cryptocurrency offline. Offline storage, often called cold storage, involves keeping private keys away from internet-connected devices. Methods include hardware wallets, paper wallets, and secure USB drives.

Storing cryptocurrency offline greatly reduces the risk of cyberattacks and unauthorized access. As the number of users continues to grow, understanding secure storage options will become even more important. Taking careful steps to protect assets is essential in today’s evolving digital environment.
Types of Cryptocurrency Wallets in 2025
In 2025, cryptocurrency wallets come in various forms, each designed to meet different user needs. The main types include hardware wallets, software wallets, mobile wallets, and paper wallets. Choosing the right option depends on how often you plan to use your digital assets and the level of security you require.

If you are learning how to store cryptocurrency, it is important to understand these wallet types. Hardware wallets offer high security by keeping your private keys offline. Software wallets, including mobile and desktop versions, provide easier access but may carry more risk due to internet connectivity.

Paper wallets are simple but require careful handling and secure storage. Selecting the best wallet depends on your priorities—whether convenience, long-term storage, or maximum protection. Each option plays a role in keeping your assets secure.


Hardware Wallets
Hardware wallets are one of the most secure ways to store digital assets. These physical devices keep your private keys offline, making them much harder for hackers to access. Unlike online wallets, hardware wallets do not stay connected to the internet except during transactions, which reduces exposure to cyber threats.

If you are searching for how to safely store crypto, using a hardware wallet is highly recommended. They are designed to resist malware and phishing attacks, offering peace of mind to both new and experienced users. Most hardware wallets require a PIN code and recovery phrase, adding extra protection if the device is lost or stolen.

Although they require an initial investment, hardware wallets provide long-term security and are ideal for storing larger amounts of cryptocurrency that you do not need to access frequently.
Paper Wallets
Paper wallets are a form of cold storage that allows users to store cryptocurrency offline. They consist of a printed document containing your public and private keys, usually shown as text or QR codes. Because they are not connected to the internet, paper wallets are protected from online threats like hacking or malware.

If you are considering where to store cryptocurrency safely, a paper wallet may be an effective solution for long-term storage. However, it requires careful handling. The paper must be stored in a secure location, away from moisture, fire, or theft. It should also be backed up, in case the original copy is damaged or lost.

While paper wallets offer high security, they are best suited for users who understand key management and do not need frequent access to their funds.
Multi-Signature Wallets
Multi-signature wallets provide an extra layer of protection by requiring more than one private key to authorize a transaction. This means that multiple users, or devices, must approve each action before funds can be moved. As a result, it becomes much harder for a single point of failure to compromise the wallet.

For those searching for the most secure cryptocurrency storage options, multi-signature wallets are an excellent choice. They are especially useful for businesses, partnerships, or families who want shared control and accountability over digital assets.

These wallets also help prevent unauthorized access due to theft, hacking, or loss of a single key. By dividing control among several parties, multi-signature wallets reduce the risk of fraud or user error, making them a strong solution in both personal and professional crypto environments.
Hot Wallets vs. Cold Wallets: Which One Should You Use?
Hot wallets and cold wallets offer different methods for storing cryptocurrency, each with its own strengths and weaknesses. Hot wallets are connected to the internet and include mobile apps, desktop wallets, and exchange-based wallets. They offer quick access and are convenient for frequent trading or small daily transactions.

Cold wallets, on the other hand, are offline storage methods such as hardware wallets and paper wallets. They provide greater security by keeping private keys disconnected from online threats. Cold storage is better suited for holding large amounts of cryptocurrency for long periods.

When choosing between the two, consider your activity level and risk tolerance. If you regularly trade, a hot wallet may be practical. For long-term holding and added security, cold wallets are a safer option for storing cryptocurrency effectively.
Hot Wallets
Hot wallets are digital wallets connected to the internet, providing convenient and fast access to cryptocurrencies. They include mobile wallets, desktop applications, and web-based wallets hosted by exchanges. Due to their accessibility, hot wallets are commonly used for frequent trading or managing smaller amounts of digital assets.

When choosing the best wallet for storing cryptocurrency for everyday use, hot wallets offer flexibility and user-friendly interfaces. However, their connection to the internet exposes them to potential cyber threats such as hacking and phishing attacks.

To enhance security, users should enable features like two-factor authentication and use strong, unique passwords. While hot wallets prioritize convenience, they are best suited for active users who trade regularly or need quick access, rather than for long-term storage of significant cryptocurrency holdings.
Cold Wallets
Cold wallets are offline devices or methods used for safely storing cryptocurrency, providing enhanced protection against online threats. Examples include hardware wallets and paper wallets, which keep private keys disconnected from the internet, minimizing the risk of hacking or unauthorized access.

For individuals prioritizing security, cold wallets are an excellent solution for long-term storage. These wallets require physical possession of the device or paper to access funds, making them less vulnerable to malware or phishing attacks compared to hot wallets.

Although cold wallets may be less convenient for frequent transactions, they offer peace of mind for users holding substantial cryptocurrency amounts. Proper handling, secure storage, and backup of recovery phrases are essential to maximize the benefits of cold wallets while ensuring continued access to digital assets over time.
Security Best Practices for Storing Cryptocurrency
Ensuring the security of digital assets is crucial when storing cryptocurrency. Users should select the best app for storing cryptocurrency that offers robust encryption and reliable backup options. Mobile and desktop wallets with strong security features provide convenience without compromising safety.

For larger holdings, combining hot wallets with cold storage methods provides an effective balance between accessibility and security. By following these best practices, users can significantly reduce the risk of theft or loss, ensuring their digital assets remain protected in an increasingly complex cryptocurrency environment.
Advanced Storage Solutions in 2025
In 2025, advanced storage solutions for cryptocurrency have evolved to address growing security challenges and user demands. New technologies emphasize enhanced encryption, multi-signature authorization, and biometric authentication, providing greater protection against unauthorized access.

Cold storage devices have become more user-friendly, incorporating secure elements that prevent tampering and improve key management. Additionally, decentralized storage systems are gaining traction, distributing private keys across multiple locations to reduce single points of failure.


Securing Your Wallet from Modern Threats
Securing your cryptocurrency wallet from modern threats requires a combination of vigilance and advanced security practices. Cybercriminals continually develop sophisticated methods such as phishing, malware, and social engineering to compromise digital assets. To protect your wallet, always use strong, unique passwords and enable two-factor authentication wherever possible.

Regularly updating your wallet software is crucial to patch vulnerabilities and prevent exploitation. Avoid accessing your wallet on unsecured or public Wi-Fi networks, as these increase the risk of interception. Employ cold storage methods for long-term holdings to keep private keys offline and shielded from online attacks.
Backup Strategies for Cryptocurrency Storage
Implementing effective backup strategies is essential for securing cryptocurrency storage and ensuring access to digital assets in case of device failure or loss. A common approach involves securely recording the wallet’s recovery phrase or private keys offline. This information should be stored in multiple physical locations, such as safe deposit boxes or fireproof containers, to prevent damage or theft.

Regularly testing backup restoration helps confirm that the stored information is accurate and accessible when needed. Combining physical and digital backup methods provides a comprehensive safeguard against data loss. These proactive measures are critical for maintaining control and security of cryptocurrency holdings over time.

### Online Bitcoin Mining vs. Home Mining: A Detailed Comparison

In contrast, bitcoin mining at home requires purchasing specialized hardware and managing power consumption and cooling. While initial costs and technical knowledge are higher, this method provides full control over the mining process and potential for greater profits. Home mining also allows customization and direct ownership of equipment.

Choosing between these options depends on your budget, technical expertise, and risk tolerance. Both methods require careful research to ensure efficiency and security in the competitive world of cryptocurrency mining.
What is Online Bitcoin Mining?
Online bitcoin mining refers to the process of earning bitcoin by using remote data centers with shared processing power. Instead of owning and managing physical mining equipment, users rent computing power from companies that operate large mining farms. This method makes bitcoin mining more accessible to individuals without technical expertise or significant upfront investment.

Through online bitcoin mining, users can participate in the mining process by purchasing contracts or subscriptions. The mining company handles maintenance, electricity costs, and hardware management. While this approach offers convenience, it often involves fees and requires trust in the service provider’s legitimacy.

Overall, online bitcoin mining provides a simpler way for beginners to enter the cryptocurrency mining space. However, it is important to carefully evaluate providers to avoid scams and ensure a profitable and secure mining experience.


What is Home Bitcoin Mining?
Home bitcoin mining involves using personal hardware to validate transactions and earn bitcoin rewards. This process requires specialized equipment, such as ASIC miners, which are designed specifically for cryptocurrency mining. Unlike cloud mining, home mining gives users full control over their machines and operations.

Understanding how do you mine bitcoin at home starts with setting up the right hardware and software. You need to connect to a mining pool, which combines the computing power of multiple miners to increase chances of earning rewards. Managing electricity costs and ensuring proper cooling are critical factors for efficiency.

While home bitcoin mining can be profitable, it demands technical knowledge, upfront investment, and ongoing maintenance. Success depends on balancing costs with mining rewards, making informed decisions essential for anyone considering this approach.


Cost Comparison: Upfront and Ongoing Expenses
When comparing costs, mining bitcoin at home involves significant upfront and ongoing expenses. The initial investment includes purchasing specialized hardware, such as ASIC miners, which can be costly depending on their power and efficiency. Additionally, setting up a proper environment with cooling systems may add to the initial outlay.

Ongoing expenses primarily consist of electricity bills, which can be substantial due to the high energy consumption of mining devices. Maintenance costs and potential hardware upgrades should also be considered over time.

In contrast, other mining methods, such as cloud mining, may have lower upfront costs but include service fees and less control. Understanding both upfront and ongoing expenses is essential for evaluating the profitability and sustainability of mining bitcoin at home, helping individuals make informed decisions in the competitive cryptocurrency landscape.
Online Mining
Online mining allows individuals to participate in cryptocurrency mining without owning physical hardware. One popular method is joining an online bitcoin mining pool, where multiple miners combine their computing power to increase the chances of successfully mining blocks. The rewards are then shared among participants based on their contribution.

Using an online bitcoin mining pool makes mining more accessible, especially for those who lack technical knowledge or cannot afford expensive equipment. The mining company manages maintenance and electricity costs, simplifying the process for users.

However, participants should carefully select reputable pools to avoid scams and unfair fee structures. Online mining offers convenience and flexibility but may provide lower returns compared to solo mining. Overall, it is a practical option for beginners looking to enter the cryptocurrency mining space with reduced risk and investment.
Home Mining
Home mining involves using personal equipment to mine cryptocurrencies, giving individuals full control over their operations. This approach requires specialized hardware, such as ASIC miners, and a suitable environment with proper cooling and power supply.

For those interested in how to earn money online bitcoin mining, home mining can be a rewarding option if managed correctly. It requires an upfront investment in hardware and ongoing electricity costs, but the potential profits come from successfully validating transactions and receiving bitcoin rewards.

Setting up at home also demands technical knowledge to maintain equipment and optimize performance. While it may take time to recover costs, dedicated miners who understand market fluctuations and mining difficulty can achieve long-term success. Home mining offers independence and direct ownership, making it appealing for serious cryptocurrency enthusiasts.
Profitability: Which Option Offers Better Returns?
Profitability in cryptocurrency mining depends on various factors, including hardware efficiency, electricity costs, and market conditions. Comparing home mining and online options requires careful analysis. Home mining offers complete control and the potential for higher returns, but it involves significant upfront expenses and ongoing maintenance.

Online bitcoin mining software provides access to remote mining power, reducing the need for physical equipment and lowering electricity bills. However, it often comes with service fees that can reduce overall profits. Additionally, trustworthiness of the service provider impacts earnings and security.

Ultimately, home mining may offer better long-term returns for those willing to invest time and resources. Online mining provides convenience and lower initial costs but may yield smaller profits. Evaluating individual circumstances and risks is essential to choose the most profitable option.
Online Mining
Online mining allows users to participate in cryptocurrency mining without owning physical hardware. This method has gained popularity through online bitcoin mining sites, which offer users access to mining power via the internet. By renting or purchasing mining contracts, individuals can earn rewards without managing equipment or dealing with electricity costs.

These platforms handle maintenance, hardware updates, and operational expenses, making mining more accessible to beginners. However, it is essential to research and choose reputable online bitcoin mining sites to avoid scams or unreliable services. Fees and payout structures vary among providers and can impact profitability.
Home Mining
Home mining involves setting up personal hardware to mine cryptocurrencies directly. This approach offers full control over the mining process but requires significant investment in specialized equipment, electricity, and cooling systems. Managing these factors effectively is essential for maintaining profitability.

Unlike online bitcoin mining websites, which allow users to rent mining power remotely, home mining demands technical knowledge and regular maintenance. However, it provides the advantage of direct ownership and the potential for higher returns without relying on third-party services..
Ease of Setup and Maintenance
Ease of setup and maintenance is a crucial factor when choosing a cryptocurrency mining method. Online mining platforms offer a straightforward process, requiring minimal technical knowledge. Users simply register, purchase mining contracts, and let the service handle hardware management and electricity costs. This convenience makes online mining attractive to beginners and those with limited resources.

In contrast, home mining involves purchasing and configuring specialized equipment, which demands technical expertise. Proper setup includes installing software, managing cooling systems, and ensuring stable power supply. Maintenance requires regular monitoring, troubleshooting hardware issues, and upgrading equipment when necessary.
Online Mining
Online mining enables individuals to participate in cryptocurrency mining without owning physical equipment. This method provides access to mining power through remote servers managed by specialized companies. Users purchase contracts or subscriptions to rent computing resources, allowing them to earn rewards without dealing with hardware or electricity expenses.

Despite potential limitations, online mining offers a flexible and accessible entry point into the mining world. It allows users to benefit from cryptocurrency networks while minimizing the complexity and costs associated with traditional mining setups.
Home Mining
Home mining is the process of using personal equipment to mine cryptocurrency from your own residence. It requires a dedicated setup, including specialized hardware like ASIC miners, a stable internet connection, and an efficient cooling system to prevent overheating.

While it demands effort and resources, home mining can offer higher long-term rewards for individuals willing to commit. It also provides a learning experience and a sense of ownership over the mining operation. Careful planning and realistic expectations are essential for achieving consistent results and managing costs effectively.
Who Should Choose Online Mining?
Online mining is ideal for individuals who prefer a simplified approach to cryptocurrency mining. It is especially suitable for beginners who may lack the technical skills or resources needed to manage complex hardware at home. By using remote servers, users can participate in mining without worrying about equipment setup or high electricity costs.

However, users must carefully research service providers to ensure reliability and avoid potential scams. Those looking for a hands-off experience with steady, though possibly lower, returns may find online mining the right choice. It offers a practical entry point into the world of digital assets.
Who Should Choose Home Mining?
Home mining is best suited for individuals who have technical knowledge and are comfortable managing hardware and software. It requires an upfront investment in equipment, access to affordable electricity, and the ability to maintain a stable and cool environment for mining devices.

Home mining offers the opportunity for higher returns over time, especially when managed efficiently. It is a strong choice for dedicated users who are serious about cryptocurrency and prefer independence rather than relying on external services or third-party platforms to manage their mining process.

### 5 Crypto Predictions for 2026

What else should we expect in the near future, namely, next year? This article highlights the five top crypto market predictions to shape this volatile yet highly active arena throughout the following year 2026. 


Why 2026 Will Be a Pivotal Year for Crypto
Risks drop, potential and profits grow — this is the state of crypto today, against all odds. But we just need some time for things to settle and new crypto-positive changes to take effect. According to relevant market predictions, that will be happening all throughout 2026. 

Next year should see some of the biggest, loudest crypto announcements working to their full (or almost full) power. The 2026 crypto predictions are mostly focused on the crypto becoming closer to non-crypto markets and more tightly integrated with public systems. 
Potential Risks and Challenges Facing Crypto in 2026
Small preface, while the upcoming year is certainly promising for crypto globally, it is still important to consider all the remaining issues and risks of venturing into cryptocurrencies. 

 	Volatility and macro shocks: Interest rates, recessions, or geopolitical events could turn crypto price trends around at any given moment.
 	Regulatory pressures: Crypto-facing policies may shift or be suddenly enforced in Europe, US, or Asia alike.
 	Security and governance in DeFi: Decentralized hacks, protocol failures, and governance flaws still pose threats.
 	Market fragmentation: Overcrowding in Layer-2s, token bloat, and speculative NFT bubbles should also be minded.

It’s important to come informed if you’re about to venture into the crypto arena, and consult with professionals. When approached knowingly, the limitations can be turned around and crypto can be leveraged for profits in some way or another. 

Having your market forecasts also helps a lot. So without further ado, let’s go through the main crypto predictions 2026.
Prediction 1: Bitcoin and Major Cryptocurrencies Will Reach New Price Milestones

 	Bernstein projects Bitcoin could reach $200,000 by early 2026, driven by ETF inflows and institutional demand.
 	Options markets tied to BlackRock’s IBIT ETF expect BTC to hover around $174,000 by 2026.
 	On-chain analytics from CoinDex “cautiously” estimate BTC to potentially trade in the $80K–$107K range, averaging near $95K in the near future.

Stabilized for the time being and earning more institutional favor, BTC manages to stay in the $90,000–$120,000 base range. If Bitcoin hits the $150,000–$200,000+ pricing average, which can easily happen thanks to all the inflows, halving cycles, and hedging demand, it will achieve a new bull case milestone. 

However, the promised macroeconomic policies are still yet to be introduced, so all the old risks of BTC related to its vague regulation and volatility remain high. As for the BTC’s crypto market cap prediction for 2026, counting at 2.42 trillion right now (2025), it may easily gain a couple of trillions as a result of mass adoption.  
Other major cryptos
While Bitcoin steals much of the spotlight, analysts make crypto price predictions for 2026 related to big altcoins as well:

 



Cryptocurrency
Estimated price range in 2026
Price drivers


Bitcoin (BTC)
~$150,000–$200,000+
ETFs, halving, institutional ease


Ethereum (ETH)
$8,000–$15,000, averaging $9K–$10K
Demand for DeFi/NFT, upgraded network, staking scarcity


Solana (SOL)
$200–$500
Growing ecosystem, scalability, developer activity


Ripple (XRP)
~$1–$2.50+
Legal clarity, institutional use, payment integrations


Cardano (ADA)
~$1–$2
Use in treasuries, staking, evolving smart contracts


Dogecoin (DOGE)
$0.20–$0.40+
Cultural significance, mass adoption in payments and games



Prediction 2: Decentralized Finance (DeFi) Will Enter Mainstream Finance

 	The DeFi market, valued somewhere around $21 billion in 2025, is forecasted to grow to over $231 billion by 2030, averaging ~53% CAGR.
 	By 2026, we expect DeFi platforms to launch AI-driven risk management and reinforce on-chain security, resilience of smart contracts, and precision of on-chain yield. 

Due to the evolving adoption of crypto by the masses and emerging regulations in the leading market-shaping countries, like the US, decentralized finance becomes ever-closer to everyday consumers. 

That means we should expect traditional CeFi liquidity pools to integrate with new DeFi features for expanded lending, borrowing, and yield functionalities. And with upcoming on-chain audits, such integration should also help enable overall greener compliance. 


Prediction 3: Regulatory Frameworks Will Become Clearer and More Supportive

 	The U.S. Congress is speaking a lot in favor of crypto and actively advancing new crypto bills — CLARITY Act, GENIUS Act, and stablecoin oversight among them. 
 	A second Trump presidency puts even more ease on crypto enforcement and regulation.

One of the crucial crypto con predictions is that we may as well see full-on crypto supportive regulation come into effect by early 2026 in the USA. 

Add to that Trump’s crypto-facing policies, where he is set to roll back crypto enforcements where he can, improve tax clarity, recognize CBDC frameworks, and even seed a national Bitcoin reserve. 

All of that should stimulate a lot of newfound trust in crypto, backed by more stablecoin-based payments, expanded ETFs, and connection to mainstream banking. 
Prediction 4: NFTs and the Metaverse Will Evolve Beyond Collectibles

 	NFTs are expected to become more tied to functional utilities and turn into a more narrowly useful asset
 	Thanks to Metaverse, NFTs will be integrated with real-word identities and assets for more tangible uses (e.g., buying virtual meta property). 

From a purely art and entertainment focus, NFTs are about to shift towards more practical utilities, like fractional real estate, exclusive memberships, peer-to-peer finance, and immersive metaverse economies. 

Also, as Metaverse becomes more populated, NFTs will be gradually turned into digital passports for finance, assets, and social interaction. We should witness the early stages of this NFT evolution in 2026. 
Prediction 5: Increased Adoption of Layer 2 Solutions and Scalability Improvements

 	We expect Ethereum L2s and BTC-style Layer‑2s (like BitcoinT Hyper) to significantly improve transaction throughput and lower related costs.
 	Advanced concepts of zero-knowledge rollups, optimistic rollups, and SVM-based chains are likely to become mass adopted in 2026 

Layer-2 ecosystems are coming as the next stage in the history of the biggest crypto networks, BTC and ETH included. L2s promise a dramatically higher throughput and protocol optimizations that cut bloc times. 

This new ecosystem gives birth to a range of DeFi concepts, like:

 	

 	ZK-rollups enable faster, lower-cost DeFi and payments by batching many transactions off‑chain and generating a cryptographic validity proof;




 	Optimistic rollups provide cheap and familiar smart contract environments by bundling transaction batches off‑chain and posting them on-chain with calldata, pre-assuming transactions are valid by default;
 	SVM-based chains bring Solana-level performance to new rollups by letting the Solana Virtual Machine handle runtime execution. 


How to Prepare for the Crypto Trends of 2026
Staying in tune with cryptocurrency price predictions for 2026 is the first step in your preparation for what arena holds next year. But you can also:

 	Add more coins to your crypto investment portfolio to keep your options diverse and hedge against BTC’s volatility risks.
 	Experiment in well-tried DeFi protocols, leveraging AI risk tools and allocated budgets.
 	Stay compliant — use only regulated platforms, known mining hardware, and stay tuned for new crypto policies.
 	Explore tokenized assets and Metaverse, namely fractional investing, access tokens, and gaming utilities.
 	Track Layer‑2 innovations — you can already indulge in low-fee rollups and scalable DeFi development.

Got more questions about technological or cryptocurrency price predictions for 2026? Contact us directly to consult, estimate, and order services.

### Cryptocurrency Scams in 2025: How to Spot, Avoid, and Stay Safe

To avoid these threats, always verify the source of any communication before taking action. Use official websites and never share private keys or recovery phrases. Be cautious with unsolicited investment offers that guarantee high returns, as these are often signs of fraudulent activity.

Staying safe in 2025 requires a combination of awareness and caution. Keep your devices secure with updated software and enable two-factor authentication where possible. As cryptocurrency scams 2025 continue to evolve, staying informed is the best defense against losing valuable assets to dishonest actors.
Phishing Scams
Phishing scams remain one of the most dangerous methods used by cybercriminals to steal personal and financial information. These scams often appear as emails, text messages, or fake websites designed to trick individuals into revealing sensitive data, such as passwords or wallet credentials.

In the context of digital finance, phishing is a frequent method included in any reliable cryptocurrency scams list. Victims are often directed to convincing websites that mimic trusted platforms. Once information is entered, it is captured and used for unauthorized transactions or identity theft.



To avoid falling victim, never click suspicious links or download attachments from unknown sources. Always double-check website addresses and look for security indicators. Protect your accounts with strong passwords and two-factor authentication. Recognizing the signs of phishing is essential for maintaining digital security in an increasingly connected financial world.
Pump-and-Dump Schemes
Pump-and-dump schemes are deceptive tactics used to manipulate the price of a cryptocurrency. Scammers promote a low-value coin, spreading misleading information to create artificial interest. Once the price rises due to increased demand, they sell their holdings at a profit, causing the price to crash and leaving other investors with significant losses.

These schemes are often organized through online communities or private groups, where false claims about a coin's future are widely shared. Investors are urged to act quickly, creating a sense of urgency that leads to poor decision-making.

Understanding how to avoid cryptocurrency scams includes recognizing these dishonest practices. Research every project carefully, examine its development team, and be cautious of sudden spikes in value without clear reasons. Responsible investing and thorough research are the most effective ways to protect yourself in a rapidly changing digital market.
Rug Pulls
Rug pulls are a common type of fraud in the cryptocurrency space, where developers create a new project, attract investors, and then disappear with the funds. These schemes usually involve promising tokens or decentralized platforms that seem legitimate at first but have no real value or future.

Victims often learn too late that the developers controlled all the liquidity or held most of the tokens. When they remove the funds, the project collapses, and investors are left with worthless assets. Many of these scams are promoted through social media, making instagram cryptocurrency scams a growing concern.

To protect yourself, research thoroughly before investing. Check for transparency, independent audits, and active development. Be skeptical of projects offering fast returns or promoted by influencers without clear expertise. Staying cautious and informed is essential in avoiding financial loss in this fast-moving digital market.
Impersonation Scams
Impersonation scams are increasing across digital platforms, targeting users by pretending to be trusted individuals or companies. Scammers may pose as customer support agents, well-known investors, or even friends and family to gain trust and request cryptocurrency transfers or personal information.

A rising number of whatsapp cryptocurrency scams involve fake accounts messaging users with investment offers or urgent requests. These messages often include professional language and real-looking images, making them difficult to identify as fraudulent. Once the victim sends funds or shares sensitive data, the scammer vanishes.

To avoid such scams, always verify identities through official channels before responding. Never send digital assets to unknown contacts, even if they seem familiar. Awareness and careful communication are key defenses. As impersonation tactics become more advanced, staying alert and questioning unexpected messages is essential for protecting your digital investments.
Crypto Investment Schemes
Crypto investment schemes often promise high returns with little or no risk, attracting individuals looking for quick financial growth. These schemes usually involve fake platforms, unverified tokens, or unregistered brokers who claim to generate profits through advanced trading strategies or insider knowledge.

Many whatsapp cryptocurrency scams fall into this category. Scammers contact users through messaging apps, presenting convincing stories and screenshots of supposed earnings. Victims are encouraged to invest quickly, sometimes being pressured by false deadlines or group chats filled with fake testimonials.

To stay protected, always conduct independent research before investing. Check for proper licensing, real user reviews, and transparent business practices. Be cautious of private messages offering secret investment opportunities. Learning to recognize warning signs and avoiding rushed decisions are essential steps in preventing financial loss in the constantly evolving world of digital currencies.
Malware Attacks
Malware attacks are a serious threat in the digital currency world, often used by cybercriminals to steal private information, wallet access, or personal data. This type of malicious software is hidden in fake apps, infected websites, or email attachments that appear legitimate. Once installed, it can silently monitor activity and take control of sensitive assets.

Understanding how do cryptocurrency scams work includes knowing how malware plays a key role. Some malware records keystrokes to capture passwords, while others redirect wallet transactions to scam addresses. These tools allow scammers to steal funds without the victim noticing until it is too late.

To reduce the risk, always use trusted antivirus programs and avoid downloading software from unknown sources. Keep your devices updated and avoid clicking suspicious links. Staying alert and informed helps prevent these invisible attacks from causing financial harm.
How to Spot a Cryptocurrency Scam
Learning how to spot a cryptocurrency scam is essential for anyone involved in digital finance. Scams often promise unrealistic profits, create urgency, or use vague language about how the investment works. Watch for unregistered platforms, anonymous teams, and poorly written content. These are often clear warning signs.

Scammers may also use fake testimonials or impersonate trusted individuals to gain credibility. Always verify sources and never send funds without full confidence in the legitimacy of the platform. Double-check website URLs and be cautious with new or unknown projects.

If you suspect fraud, understanding how to report cryptocurrency scams is equally important. Reporting helps protect others and supports investigations. Contact local authorities or financial regulators to share detailed information. By staying informed and taking action, you contribute to a safer environment in the constantly changing world of digital assets.
Steps to Avoid Cryptocurrency Scams
Avoiding cryptocurrency scams requires careful attention, especially as fraud becomes more common on social media platforms. One important step is to research every project or offer before investing. Look for verified teams, clear whitepapers, and public business information. Be cautious with deals that promise high returns with little effort.

Cryptocurrency scams on Facebook often involve fake ads, investment groups, or impersonated accounts claiming to offer special opportunities. Scammers may use fake success stories or limited-time offers to pressure users into acting quickly. Do not trust messages from strangers or advertisements that seem too good to be true.

Protect yourself by enabling security settings on social media, avoiding unknown links, and keeping personal wallet details private. Use trusted exchanges and never share sensitive information. Following these basic steps can help reduce risk and prevent financial loss in the digital currency market.


Using Technology to Stay Safe
Using technology to stay safe in the cryptocurrency space is essential as digital threats continue to increase. Reliable tools such as secure wallets, antivirus software, and two-factor authentication provide strong protection for personal assets and data. These technologies help users detect unusual activity and prevent unauthorized access.

Understanding the different types of cryptocurrency scams also plays a major role in building a safer experience. From phishing emails to fake investment platforms, scammers use advanced techniques to appear trustworthy. Technology can help identify these risks through scam-detection tools, browser warnings, and real-time alerts.

It is also important to keep software updated and use only official platforms for transactions and storage. By combining smart tools with informed habits, users can greatly reduce their chances of falling victim to fraud. In a fast-moving digital world, technology remains a powerful ally in financial safety.
What to Do if You Fall Victim to a Scam
If you fall victim to a scam, it is important to act quickly and responsibly to minimize damage. First, gather all relevant information, including transaction details, communication records, and the scam’s website or contact information. This documentation will be crucial for reporting and investigation.

Many scams involve bitcoin cryptocurrency scams, where stolen funds can be difficult to trace. Immediately notify your wallet provider or exchange about the fraudulent activity to freeze accounts if possible. Report the incident to local law enforcement and financial regulatory authorities to aid in broader efforts to combat fraud.
Protecting Yourself in an Evolving Crypto Landscape
Protecting yourself in an evolving crypto landscape requires constant vigilance and adaptation. As new technologies emerge, so do increasingly sophisticated scams. One growing concern is online dating cryptocurrency scams, where fraudsters exploit romantic relationships to gain trust and solicit digital currency. Recognizing such tactics is critical to avoid financial loss.

Staying informed about the latest threats and maintaining strong security practices can reduce risk. Use reputable wallets and exchanges, enable two-factor authentication, and regularly update your software. Be cautious when sharing personal information, especially with strangers online.

### How to Earn Crypto Passively: 10 Simple Methods That Work in 2025

Starting earning passive income with crypto amidst all this commotion is also a great idea because you get so many facets where crypto profits flow, and as many methods to earn them. This article goes through all the relevant ways you can start drawing in profits passively by tapping into crypto.

It also highlights how to make money with crypto without necessarily mining coins (which requires you to purchase specialized hardware and join mining pools, but brings higher potential returns as well). Let’s take a look.


Staking

 	Estimated returns: 3%–12% annual percentage yield (APY), depending on the token you stake and the validator you use.

Before all else, you can multiply what crypto you have by staking any coin on an exchange and gaining weekly, monthly, or annual percentage rewards. This is a great strategy if you already have any amount of digital assets and don’t want to risk losing it or overholding it. 

How it works:

You stake your crypto by locking up assets in a proof-of-stake blockchain, which in turn contributes to maintaining the entire blockchain network’s security. In return for your dedication, you earn staking rewards which usually come in the same token you staked.

Why it’s relevant in 2025:

With Ethereum 2.0 fully rolled out and tons of new PoS blockchains gaining traction, like Solana, Cardano, and Polkadot, staking is becoming much closer and friendlier to solo crypto enthusiasts. As a result, staking is now widely available across exchanges like Coinbase, Kraken, and wallets like Ledger Live, all of which you can safely leverage for crypto passive income.
Crypto Lending

 	Estimated returns: 4%–15% APY, with higher rates for stablecoins.

Another great way to monetize existing digital assets passively is to lend them out for respective fees. All you really need to start indulging in lending percentage profits is an e-wallet, some crypto on it, and a reliable platform where you can find borrowers.

How it works:

You lend your crypto to borrowers via a specialized platform and receive fixed amounts of interest in return. 

Why it’s relevant in 2025:

With more regulations emerging by the day, crypto borrower’s are better governed and safer to work with. On top of that, the spiking demand for stablecoin (as a hedging and reserve asset) has further made lending safer and more predictable. We expect crypto-backed loans to become extremely popular in the nearest future.

Note that you can use two types of platforms here, each to its own benefit: 
Decentralized platforms

 	No middleman: You interact directly with smart contracts.
 	Non-custodial: You keep control of your funds until you lend them.
 	Transparent: All transactions and reserves are visible on the blockchain.
 	Permissionless: Anyone with a wallet can lend or borrow — no KYC.
 	Risks: Smart contract bugs, protocol exploits, and volatility.


Best for: Users who value decentralization, transparency of operations, and control over funds.

 	Examples: Aave, Compound

Centralized services

 	Custodial: You deposit funds to the company, which manages them.
 	Easier UX: Apps have enterprise-grade support and insurance.
 	KYC required: You must verify identity to use services.
 	Opaque operations: Lending strategies and risks are less visible.
 	Risks: Platform mismanagement, insolvency.


Best for: Beginners or those seeking simplicity, fixed rates, and customer support.

 	Examples: Nexo, YouHodler

Yield Farming

 	Estimated returns: Varies highly, 5%–50%+ depending on the pool and volatility.

Yet another proven way to earn passive income with crypto is to help maintain liquidity and demand for various dApps by passing your crypto funds through them. Yield farming allows you to contribute to the uptime of a certain DeFi protocol and get maximized returns. 

How it works:

You move your crypto across DeFi protocols, contributing to their liquidity and gaining profitable interest, fees, or reward tokens.

Why it’s relevant in 2025:

You can simplify your strategizing of DeFi crypto investments, eliminate risks, and cut gas fees with the help of today’s automation tools and aggregators. Your best bet is to stick to blue-chip protocols and never move assets through unaudited platforms.

 	Platforms you can use: Yearn Finance, Beefy.

Liquidity Mining

 	Estimated returns: 10%–40% APY, with some pairs offering bonus tokens.

For more methods to capitalize on the cryptographic liquidity, you can also contribute to decentralized exchanges, or DEXs if you will. This is when you allow a certain DEX to use your tokens to maintain the network’s internal liquidity and thus keep operations stable and demanded.

How it works:

You store your crypto on a DEX, or move your crypto through DEX (via platform-wide transactions), contributing to this DEX’s overall liquidity and earning a share of transaction fees and/or extra token incentives.

Why it’s relevant in 2025:

Centralized platforms are becoming tightly regulated — even J.D. Vance has recently expressed the US government’s intentions to double down on decentralization. So liquidity providers like you are becoming all the more valued.

 	Platforms you can use: Uniswap, PancakeSwap

Play-to-Earn Games

 	Potential earnings: Varies by time, skill, and game, usually $1 to $20/day for casual players.

How to earn cryptocurrency while having fun at the same time? There’s actually a way, with an abundance of P2E games we have on today’s market. These types of games usually run on a cryptographic engine, where simple yet mass actions (e.g., tapping or clicking a screen) contribute to mining or other crypto and blockchain operations. 

How it works:

You play blockchain-based games and earn crypto and NFTs in the process (by contributing actions like clicks and taps).

Why it’s relevant in 2025:

Web3 has matured as never before, with games running on better economies and not necessarily being reliant on suspicious brands and speculative inflows. Many now include daily rewards and sustainable tokenomics.

 	Games you can play to earn: Axie Infinity, Gods Unchained, Pixels.


Cloud Mining

 	Potential earnings: Varies a lot, high ceiling, depends on the effort invested.

If you’re looking to start earning crypto but still don’t want to go all in with mining, there are less risky, cloud-based alternatives. With cloud mining, you don’t need to buy, install, and manage your own mining rig — you can rent out any extent of hash capacity from a data center and mine via a virtual environment. 

How it works:

You rent hash power from a data center and earn mining rewards without owning or maintaining any hardware of your own (except for your PC).

Why it’s relevant in 2025:

The cloud mining platforms available today allow you to mine profits in peace while the cloud’s owner takes care of all the maintenance and technical issues. You can track profitability and leverage tons of advanced features.

 	Platforms you can use: NiceHash, Bitdeer

Crypto Savings Accounts

 	Potential interest: 4%–10% APY depending on asset and lock-up period.

You can actually make money with crypto by saving and preserving it over time — a good crypto savings account will pay you a pretty penny in interest for it. By accumulating your savings’ interest rates, you are looking at up to 10% of profits that you can get as overtime interest.

How it works:

You register a savings account in crypto, deposit funds with a platform, and withdraw the interest accumulated over time.

Why it’s relevant in 2025:

Stablecoins and top market cryptos, like BTC and ETH, can be saved on trusted platforms that have grown to now offer insured, audited savings environments.

Platforms you can use: Ledn, Nexo
Affiliate Programs

 	Potential earnings: Varies a lot, depending on the price per and number of affiliates

If you’re wondering how to make money in crypto with a minimum involvement of the crypto itself, you can help established platforms, exchanges, and organizations promote and gain more users/customers by referring new people to their services. 

How it works:

You refer new users to a crypto exchange, wallet, or platform and earn respective commissions in crypto.

Why it’s relevant in 2025:

As competition over crypto heats up once again, many industry-dedicated platforms offer lifetime revenue sharing or up to 50% commission per referral. Just make sure to refer people to reputable platforms with a high-level UX to keep things organic.

Platforms you can affiliate to: Binance, Bybit.
Airdrops and Bounties

 	Potential earnings: Varies based on a specific event

Last but not least, you can hunt for special offerings online and take part in various airdrops happening regularly across startup launchpads, promotions, events, and websites. You can also complete tasks (e.g., create content, partake in bug testing, etc.) for bounties. With regular participation, you have all the chances to yield major profits. 

How it works:

You take part in project promotions, testing or launch efforts and get free tokens or other monetizable incentives.

Why it’s relevant in 2025:

Thanks to Layer-2s emerging on the blockchain market, gas fees drop and airdrops can be once again leveraged as an efficient passive income source. 

How to find them: Track sites like AirdropAlert or follow projects early on X and Discord.


Tokenized Real Estate and DeFi ETFs

 	Potential returns: 6%–10% annually, with more transparency and lower volatility than most DeFi.

You can get major profit yields by investing your crypto wisely, e.g., into real estate or ETFs tied to DeFi assets. You can tokenize any real estate bonds you have to get higher interest rates (e.g., based on crypto’s price and demand). 

How it works:

You invest in tokenized assets like real estate or crypto ETFs and automatically yield profits from rent, appreciation, etc.

Why it’s relevant in 2025:

You can tokenize investments via specialized platforms that offer fractional ownership with passive income streams, often in USDC or fiat-backed stablecoins.

Platforms you can use: ReaIT, MatrixdockDo you need to consult further or pick the best crypto for passive income for your purposes? Talk to specialists at EZ Blockchain for tailored assistance.

### Top Cryptocurrency Investment Picks for 2025

Right now, forward-minded investors are deciding which crypto to buy to get reliable long-term gains and diversify their investment portfolios in face of possible crises, like the tariff-caused commotion we’ve seen just recently. 

The emerging status of “new digital gold”, coupled with the hedging and reserve potential, keeps BTC the most go-to coin with the highest price. However, there are altcoins that have scopes of applications beyond Bitcoin’s. And BTC’s seeming “monopoly” situation stimulates competition among them as well. 

This article highlights the best crypto to invest in 2025 for different cases and purposes in the upcoming new era of crypto usage. 
Bitcoin (BTC)


 	Current price: ~$106,888
 	The original digital store of value and flagbearer of the crypto biz.
 	Widely adopted by corporates, public treasuries, and ETFs as an inflation hedge and macro asset.
 	Considered the digital gold equivalent in today’s investment portfolios.

Bitcoin is still the cornerstone of crypto investing, and not only due to its legacy. BTC’s role in shaping global finance has been evolving. It is more and more frequently called digital gold and leveraged by finance-minded parties as a macro hedge against inflation, currency debasement, and geopolitical instability.

BTC’s adoption has also sped up among institutional investors, sovereign funds, and public companies, with ETFs like BlackRock’s iShares Bitcoin Trust injecting billions in new crypto capital. U.S. and global spot Bitcoin ETFs now hold over 1 million BTC collectively, making the coin more increasingly regulated and thus legitimate.

BTC is the best crypto to buy right now (if you have the investment resource) because it boasts:

 	Macro hedge potential: Bitcoin’s capped supply and decentralization can be leveraged as protection against the devaluation of fiat money.
 	Liquidity and security: Deep market liquidity and battle-tested infrastructure make BTC perfect for large-scale entry.
 	First-mover advantage: Major institutional allocations tend to begin, and grow, with Bitcoin.

Ethereum (ETH)



 	Current price: ~$2,430
 	Leading smart contract platform adopting DeFi, NFT, and enterprise solutions.
 	Analysts expect a breakout to $4,100 by mid-year (~49% growth).
 	Lots of upcoming upgrades and tech scaling advancements.

If BTC leads in investment and financial demand, Ethereum is still the main shaper of the decentralized web. The ETH network serves as the foundation for thousands of dApps, DeFi protocols, and NFTs. In 2025, though, this coin gains a lot of financial relevance, as more institutions decide to build and stake on the Ethereum network.

ETH has also become much more energy-efficient and green since its transition to Proof-of-Stake, cutting down energy usage by over 99%. Over 27 million ETH is now staked, making its circulating supply tighter and reinforcing long-term value.

Ethereum is among the best altcoins to buy now for more reasons:

 	Smart contracts: Ethereum supports over 70% of DeFi and NFT ecosystems by volume.
 	Tokenization: Major banks and fintechs are using the network to issue real-world assets and stablecoins.
 	Institutional staking: ETH becomes attractive as another type of resource to hedge funds and crypto-native treasuries.

Binance Coin (BNB)


 	Current price: ~$645,7
 	Native token of Binance’s multi-chain ecosystem.
 	BNB’s token burn mechanism, loyalty rewards, and growing use across exchanges boost its value.
 	A very diverse scope of utility for both ecosystem growth and exchange performance.

BNB powers one of the largest crypto ecosystems — it is used to launch transactions across Binance Smart Chain (BSC), the Binance centralized exchange (CEX), and adjacent services like NFTs, DeFi, and payment gateways. BNB currently boasts 1 million daily active addresses on BSC and has a TVL of almost $6 billion.

BNB can be the best crypto to invest today because of the following advantages as well:

 	Trading fees: over 150 billion Binance users get to enjoy fee discounts and loyalty perks.
 	Gas token for BSC: Binance Smart Chain is one of the most active smart contract platforms.
 	Collateral asset: BNB can be used as collateral for Binance’s DeFi lending, margin, and launchpad systems.

Solana (SOL)


 	Current price: ~$142,3
 	High-speed, low-fee smart contract chain gaining momentum across DeFi, gaming, and memecoins.
 	Forecasted to grow up to $400–$520 in price by end of 2025 thanks to ETF anticipation, ecosystem growth, and DeFi activity.
 	Growing institutional interest.

JPMorgan expects Solana to hit $500 by 2026. This “new-age sweetheart” of a coin is gaining a lot of momentum. Ultra-fast execution, near-zero fees, and potential of a growing ecosystem make Solana the main runner-up for ETH.  

It is a great alternative for those seeking a foundation for flexible dApps, with over 2,500 developers already using it, and ~1.7 million users enjoying the results. The TVL on Solana has recently jumped beyond $6.5 billion. 

Solana is among the most promising crypto coins out there also due to:

 	Memecoins: WIF, BONK, and more SOL-based memecoins to come stimulate more user activity in the network. 


 	Diverse protocols: Solana makes dApp development truly flexible with protocols like Marinade, Jito, and DripHaus.


 	ETF anticipation: Solana is rumored to follow the ETF approvals of BTC and ETH.

Ripple (XRP)


 	Current price: ~$2,09
 	Designed for rapid, low-cost global payments and handling of fiat limitations.
 	Continues expanding regulatory licensure and enterprise adoption, e.g., the U.S. MTLs and Singapore payment licenses.
 	Low current price is a chance to seize a high asymmetric upside in the nearest future.

Yes, it looks like Ripple’s XRP coin is back and regaining momentum as a powerful asset for cross-border payments and institutional finances. XRP is purpose-built to fit financial infrastructures. That’s why, unlike many other crypto assets, it can offer low-cost transfers, instant settlements, and proper regulatory engagement. 

Considering XRP’s general potential, it may as well be the best crypto to buy now and witness overwhelming growth in the future, while also giving us:

 	SEC clarity: It was ruled in 2023 that XRP is not a security when sold on exchanges,  giving it regulatory clarity.
 	RippleNet traction: Over 100 financial institutions now use Ripple’s On-Demand Liquidity network.
 	XRP Ledger upgrades: There’s now smart contract support (Hooks) and NFT standards (XLS-20) for more non-payment utilities. 

Cardano (ADA)



 	Current price: ~$0,552
 	Peer-reviewed blockchain with a focus on scalable, secure smart contracts.
 	Bullish potential supported by technical setups and renewed development.
 	A “slow-but-steady” alternative to ETH. 

Cardano stands out in 2025 as a research-first, highly modular blockchain platform with a long-term focus on scalability, sustainability, and governance. It boasts an energy-efficient PoS design, and with over 60% of ADA staked, the coin’s price shows resilience to bear cycles.

More benefits of ADA include:

 	Voltaire governance era: ADA is getting on-chain treasury management and community-driven upgrades.
 	Wealth of dApps: Over 1,500 active DApps and projects are built on Cardano.
 	Hydra scaling protocol: Currently in rollout phase, the new protocol will support 1 million+ TPS capacity for enterprise and real-time apps.

Polkadot (DOT)



 	Current price: ~$4,59
 	Advancing web3 interoperability with parachains and cross-chain messaging.
 	Designed for decentralized, multichain infrastructure, future-proof dApps, and data connectivity.
 	Offers access to the emerging modular web3 stack.

Polkadot re-emerges as one of the most technically ambitious interoperability protocols in the crypto ecosystem. DOT is on a mission to unite independent blockchains into a scalable, secure multichain network running on Web3 capacities. Which makes it a promising coin to bet on future outcomes — seamless multichain internet. 

More reasons to invest in DOT include:

 	Parachains: DOT has over 50 parachains currently running live, covering DeFi, gaming, identity, and privacy solutions. 
 	The Asynchronous Backing upgrade: Significantly increases throughput and reduces parachain block time.
 	Mass recognition: DOT is backed by the Web3 Foundation, and a rich developer’s community. 

Avalanche (AVAX)



 	Current price: ~$25,99
 	Fast, scalable, and low-cost smart contract platform powered by Subnet.
 	Adopts DeFi, NFTs, and enterprise apps seeking custom blockchain infrastructure.
 	A high-throughput ETH alternative with real potential for expansion.

If you are focused on the crypto’s smart contract and DeFi utility, AVAX may as well be the best crypto to buy now and enjoy scaling benefits and profitability later on. It runs on a modular Layer-1 platform boasting near-instant finality (~1 second) and subnets. The coin’s staking yields of 8-10% APR are also very attractive.

On top of that, AVAX boasts:

 	Subnets: The unique layered infrastructure is adopted by institutions like JPMorgan, Citi, and Deloitte.
 	Tokenized assets: AVAX is well-tokenized due to the network architecture that supports real-world asset use cases like real estate, treasuries, and carbon credits.
 	DeFi protocols: Benqi and Trader Joe protocols continue to grow, with over $1.2B in TVL already. 

Strategizing Your Crypto Investments
The year 2025 sets stricter demands for crypto investment portfolios. Instead of picking a coin or two that fits you best (in terms of accessibility or profitability), it’s now crucial to diversify and keep your investment outlook relevant. 

That doesn’t necessarily mean investing in as many different coins as possible. Rather, you should target the crypto with most potential to fulfill unique purposes and support all angles of your investment portfolio. 

Here’s a cheat sheet of how you can diversify by purpose:

 	For store of value: 

 	BTC



The highest crypto asset price, increasing regulation, and undying legacy make BTC an obvious choice for a reserve fund backing up the portfolio.


 	For smart contracts and DeFi: 

 	ETH
 	SOL
 	AVAX



To cover the tech investment side, leverage utility-based networks that prioritize tech growth and expanding implementations — Ethereum is well-tried, Solana is extremely promising, and Avalanche is plain useful. 

 	For payment and/or utility assets: 

 	BNB
 	XRP



For investments in payment-focused and combined functionalities, investors should turn to the community-beloved Binance Coin or leverage Ripple’s cross-chains. 

 	For interoperability solutions:

 	ADA
 	DOT



To invest in the right coins in the wake of Web3, some of the most innovation-driven, technically promising cryptos right now are Cardano and PolkaDot. 

Which coin is best to invest now for your unique case? Talk to specialists at EZBlockchain for individual consultation and estimation. 

### Why Companies Are Embracing Cryptocurrency as a Strategic Reserve

Forward-minded CEOs and decision-makers are finding a crypto strategic reserve to be the most viable, long-term reliable hedge against the global financial unpredictability. There are numerous visible reasons for that.

Why does cryptocurrency get all this relevance today? What shapes the digital asset outlook and risks? Mainly, what is a crypto reserve and how soon will it become a tangible thing? This article answers all of the above. 
The Rise of Corporate Crypto Reserves
Bitcoin has been branded as the new gold. More legislative regulations are directed at controlling the flow of digital assets. And entrepreneurs and businesses of all sizes now use crypto to protect their ventures in times of fiat money instability. 

2025 marks a true milestone for corporate crypto usage. Over 90 public companies — ranging from software and capital markets to retail and energy niches — now hold Bitcoin on their balance sheets. Many of them reserve crypto as full-on backup funds.

Strategy, a pioneering Bitcoin treasury, leads the charge with 554,000 BTC — $38 billion. The company itself is very representative of the crypto rise, being the first-ever platform dedicated to “counting” and helping to manage and store Bitcoin and other cryptocurrencies.

Other corporate giants followed, with GameStop adding around $500 million of Bitcoin to its crypto reserves. Even non-BTC entities like SharpLink Gaming, VivoPower, and Genius Group are staking digital assets as treasury assets:

 	SharpLink Gaming: $425 million in Ethereum
 	VivoPower: $121 million in XRP
 	Genius Group: $10 million in BTC

Motivations Behind the Shift to Crypto Reserves
Just as gold has historically served as a store of value, more treasurers now see Bitcoin in the same role. That is especially the case in countries where fiat currencies are depreciating by the day. 
Diversification
Cryptocurrencies — especially Bitcoin — are inherently non-correlated assets. Put simply, they do not relate and are not bound to other traditional assets in major ways, which allows the use of cryptos for the diversification of one's funds. This diversification, where you have a range of currencies at disposal instead of just one, helps achieve a natural hedge against inflation, currency devaluation and instability, and geopolitical shocks. 
Technological Alignment
Tech-first companies, like Tesla, Galaxy Digital, and Block, and fintech firms now tend to align crypto holdings with their innovative identities, all with the goal of attracting tech-savvy investors. These new big crypto holders don’t simply diversify but integrate digital assets and mechanics with their tech-forward image, for a novel point of sale. 

There are more reasons for cryptocurrency strategic reserves gaining such spotlight. The overarching one is that crypto becomes closer to both corporate and mass consumers like never before. That’s mostly thanks to all the new crypto-favoring policies. 


Governmental Influence and Strategic Reserves
While the trading policies issued under President Trump seem to only test and squeeze economies and their players, the US actually favors all sorts of crypto-facing initiatives a lot. Just so you know, the U.S. government is estimated to currently hold ~200,000 BTC. 

Making crypto assets increasingly legit, the administration suggests very supportive policies, like:
SEC approvals of Bitcoin ETFs
January 10, 2024 marked a major turning point when the U.S. Securities and Exchange Commission approved 11 spot Bitcoin ETFs. These funds, offered by firms like VanEck and BlackRock, allow investors to gain Bitcoin exposure through traditional brokerage accounts, effectively merging crypto with mainstream finance.

The big result? Institutional players could now access Bitcoin as a regulated, transparent, and custodied asset, pushing away a major barrier on the way of the coin’s treasury-level adoption.
Trump-era Strategic Bitcoin Reserve executive order
On March 6, 2025, the White House issued an executive order establishing a Strategic Bitcoin Reserve and a broader Digital Asset Stockpile, effectively institutionalizing government-held crypto. Particularly, the order mandated that all BTC seized by the Treasury be transferred into a national reserve and not sold, likening it to a “digital Fort Knox”. 

A new office was assigned to manage these holdings, with authority to acquire more budget-neutrally — provided it didn’t add to taxpayer costs. Hence the newly-established US cryptocurrency reserve of about 200,000 BTC, which is worth ~$17 billion, and growing. 

Following all of that, the White House Crypto Summit happened, where the government explicitly expressed the intent to end the “war on crypto” and try to create growth opportunities and support industry instead.
Risks
One big but in this story is that crypto remains crypto, with all of its digital flaws, imperfections, and regulatory shortcomings. The horizons for global crypto assimilation are very promising, however, it’s important to keep in mind the risks and pitfalls that exist in spite of that. 

 	Volatility: Bitcoin hovering near $105,000 means a 10–20% drop in price could significantly dent corporate reserves.

 	Regulatory uncertainty: Global frameworks vary — SEC in the U.S., MiCA in Europe, with shifting rules that could impact treasury holdings in different ways.

 	Operational and accounting complexities: Treasurers must manage custody, audit trails, and integration with financial reporting, which can be quite challenging.

 	Market-exit triggers: A sudden price crash, regulatory clampdown, accounting standard reversal, or outright cybersecurity failures may force you to immediately exit the market.

Crypto Reserves vs. Gold: Which Is Winning in 2025?
So, who is winning the place of a go-to reserve currency to protect from the financial threats and crises of today and near future? Bitcoin or good old gold? At the moment, both types of assets are valid, each to their own extent, depending on which factors we compare. 

To compare and sum up:



Factor
Crypto Reserves
Gold


Diversification
High correlation to macro; digital hedge potential
Traditional but predictable


Volatility
High
Low


Accounting
GAAP asset; value swings reflect P&L
Long-standing standard


Liquidity
High, 24/7 global
Moderate physical settlement delay


Strategic signal
Innovation and modern branding
Conservative, heritage value



 

Gold remains a staple reserve, but lacks corporate-level adoption and digital utility. Bitcoin, on the other hand, is treated as a GAAP asset, offers strategic flexibility (hedge, yield, digital footprint), and is gaining favor among forward-minded corporations. 

And with the US government holding a huge amount of BTC, the question of a big US crypto reserve becoming a reality seems like only the question of time.


The Global Trend: Non-U.S. Companies Leading the Reserve Shift
Corporate crypto treasury strategies are not just a U.S. phenomenon — they’re being embraced worldwide for all the different reasons, from inflation hedging to focused innovation.
Sweden

 	H100 Group AB

A Swedish health-tech firm announced in May 2025 that it was entering the Bitcoin space with a modest ~$2.2 million convertible bond raise to acquire about 24.6 BTC. Investors responded positively, with the stock jumping over 40%, showing investor confidence in the move.
China

 	DDC Enterprise
 	Addentax

Most unexpectedly and boldly, two Chinese firms announced ambitious Bitcoin reserve strategies in May 2025:


 	DDC Enterprise (apparel and logistics) plans to acquire 5,000 BTC (~$500 million) via a secondary stock issue.
 	Addentax (textile and logistics) is targeting up to 8,000 BTC (~$800 million) similarly by raising new equity.

Indonesia

 	DigiAsia

Indonesian fintech firm DigiAsia unveiled a plan to invest $100 million in Bitcoin and reinvest up to 50% of future profits into crypto. 
Singapore

 	Basel Medical Group

Basel, a Singaporean orthopedic and medical technology firm, announced intentions to issue shares to raise $1 billion and purchase 10,000 BTC, just like the above-mentioned Strategy did.
Latin America
Argentinian companies are becoming more crypto-resilient by the day, now collectively holding 1,300 BTC (~$130 million):

 	Bitfarms (mining): ~870 BTC
 	Mercado Libre (e-commerce): ~412 BTC (held by user-placed wallets)
 	Globant (IT services): ~15 BTC

What more can be said here? Cryptos become more favorable around the world, and it’s important to have clear sights on the geography as well. 
What Would Trigger a Corporate Exit from Crypto Reserves?
To sum up all of the above said, as much as it can be a “safe-haven” strategic reserve, crypto retains many of its risks, and it is all about the way you mitigate them and manage any potential reserves in the long term. 

To fend off a fast market exit, here’s what you can expect and must be prepared for when dealing with digital assets like Bitoin and others:

 	Severe price drops — for instance, retreat below $90,000 in your reserve’s coin’s price could trigger losses for over half of this coin’s existing holders.
 	Regulatory pressures — unfavorable rules, like stricter KYC/AML, bans, or classification shifts, can force a company to offload holdings quickly or face penalties.
 	Accounting reversals — accounting for crypto under GAAP treats digital holdings as indefinite-life intangible assets, so impairments are recorded on price drops, but gains are only recognized upon sale.
 	Operational failures — Crypto is only as secure as its private keys, and a breach, hack, or error, no matter how small, can irreversibly drain assets.

Corporate crypto reserves in 2025 are shaping an essential pinnacle of finance, technology, and geopolitics. While offering a breath of fresh air for fund portfolios and tech investors, such reserves come with all the volatility, complexity, and under-regulation of cryptocurrency.

Whether you should adopt crypto depends on resilience to this crypto’s roller-coaster, ability to manage operational risk, and an upfront plan of an exit strategy.Interested in building or reassessing your crypto reserve strategy? Contact us for a tailored consultation, smart treasury management, and future-proof choice of a crypto reserve company.

### Bitcoin Conference 2025 Marks a Turning Point for the Crypto Industry

Amongst all the crises, however, crypto has stood its ground, finding new avenues for growth where other currencies and financial mechanics struggle. The latest Bitcoin Conference 2025 Las Vegas has demonstrated that the widely adopted, institutionalized crypto may be closer to reality than we think.

Bitcoin is fast becoming integrated with sovereign finance and political strategies of the US. Will it get its own national reserves, legislative backing, and widespread adoption? 

This article collects and highlights all the major announcements and takeaways of the latest big conference dedicated to all things Bitcoin.


The Conference
This year’s Bitcoin Conference took place May 27–29 in Las Vegas, and it was one of the largest such events to date, hosting over 30–35,000 attendees, 300 exhibitors, and featuring high-profile figures from finance, crypto, and, this time around, politics. The unique trait of this Conference in particular is the pronounced participation and support of political figures in the crypto environment.

This allowed this year’s Conference to actually blend technical deep dives with bold policy discourse, making for one of the baldest, most promising crypto events ever. 

Among the latest tech talk that was eagerly shared at the Conference were:

 	Layer 2s
 	new-gen personalized digital wallets
 	Lightning Network pilots by Block/Square

As for the policy discourse — it was mostly focused on a huge shift from the essential principles of using crypto. From very individual, “selfish” use of cryptocurrencies we now transition to its institutionalized implementation, regulation, and wide adoption for simple daily use within all the legal frameworks of the country.

With the latest insights we have from the Bitcoin Conference 2025, we may as well expect well-regulated cryptos becoming available anywhere, to anybody, for anything. Gradually but surely, crypto like bitcoin becomes a politically and institutionally embraced asset class. 

But these conclusions rest on a lot of info and highlights gathered during the Conference, so let’s inspect them first. 


Political Endorsements and Regulatory Shifts
Above all else, yes, politics. At this year’s conference, there was a visible domination of MAGA-dedicated speakers and respective messaging. Surprisingly, however, all MAGA politicians seem to unanimously praise Bitcoin as a mainstream political asset worthy of active support and growth. 

NY Mayor Eric Adams, VP J.D. Vance, Donald Trump Jr., and UK Reform-leader Nigel Farage all promoted crypto-friendly policies recently. Leading voices from amongst MAGA that took part in the Conference all doubled down on eventually removing any regulatory pressure on how cryptos operate, and instead providing supportive frameworks.

In particular, some of the tangible initiatives now include:

 	Ending “Operation Chokepoint 2.0”
 	Backing stablecoin legislation (“GENIUS Act”)
 	Pledging further non-interference

All of these should help grow crypto into 
Speech by Vice President J.D. Vance
“With President Trump, crypto finally has a champion and an ally in the White House.” 

One of the central Bitcoin Conference speakers this year, again, a very politically inclined J.D Vance. The US Vice President showed just how much the US authorities and big decision-makers are rooting for the digitization of money, and crypto in particular.

But it’s more than that — VP Vance delivered the first-ever vice-presidential keynote at the conference, on May 28, declaring Bitcoin as a “hedge against Washington’s poor policy”. VP Vance now heralds crypto in the White House under Trump. Can you imagine that?

You can hear out the whole speech, and form your own thoughts:

LIVE: Vice President JD Vance Speaks at Bitcoin 2025 in Las Vegas

To sum up, VP Vance really hopes (promises, even) to go through a couple of crucial steps that should help push the more global and legal adoption of crypto:

 	Battle and eliminate any aggressive regulations that might slow down or undermine the development of crypto and digital money initiatives;
 	Pass stablecoin frameworks on all proper legislative levels, intertwining cryptocurrency developments with national asset management;
 	And support broader “market structure” clarity for cryptocurrency-based networks, platforms, and solutions.

Establishment of the U.S. Strategic Bitcoin Reserve
Among the major discussed Bitcoin Conference news is that just in March 2025, via executive order, President Trump established a Strategic Bitcoin Reserve. It is the first-ever crypto Reserve, which was capitalized using forfeited BTC — about 200 000 BTC at the time of its establishment. 

The Reserve will exist with no intent to sell and eligibility for further acquisitions using non-taxpayer funds. Post-conference dialogue emphasized turning this executive action into law via legislation supported by Senator Lummis and others.
Pakistan's Announcement of a National Bitcoin Reserve
Following the highlight of the overwhelmingly pro-crypto U.S. views and shifts, several countries came out with similar, digital-first intentions and announcements in the same, crypto-inclined vein. And not only the countries of the scale of the United States. 

Namely, Pakistan revealed plans for an establishment of the national Bitcoin reserve of its own. Pakistani authorities demonstrated how much they recognize the crypto’s existing efficiency and future, post-assimilation potential. 

The spokespeople for Pakistan expressed the intentions to use cryptos like bitcoin to stabilize finances nationwide. They are also looking to allocate all the surplus power generated by crypto mining. 

We expect more initiatives to follow, from more locations that weren’t as crypto-equipped just recently. 
Technological Innovations and Milestones
Surely, there’s no crypto without the underlying technology. This year, there was a range of showcases, prototypes,and announcements, including:

 	Michael Saylor took a hard stance against public proof-of-reserves over security concerns, fueling an active debate about corporate custody practices.
 	Block's self‑custody wallet, launched in March 2024, is now gaining multi‑sig security, privacy features, and intuitive recovery systems.
 	More inside Bitcoin Conference buzz included wallets like Phoenix, Breez, Muun, BlueWallet, and Cash App — all focusing on Lightning usability.
 	Advanced tools were discussed, including Lightspark, Breez SDK (featuring nodeless support), native cloud nodes via Greenlight, Voltage LaaS, Lightning Dev Kit (LDK), and machine-learning routing via Amboss.

But all in all, we are looking at two core technical innovations that were highlighted the most.
Lightning-fast transactions by Block
First, Block (formerly Square) launched a Lightning Network pilot for onsite conference transactions, with a goal to enable merchant-wide BTC payments by 2026. The pilot was launched at the BTC Inc. merch booth in Las Vegas. Attendees bought T-shirts, hoodies, etc., using QR codes with near-instant Lightning settlement and backend conversion by Square.

The company is planning to complete several platform adoption stages:

 	 Distribute the working platform among the early select sellers in H2 2025
 	Do a full-on merchant rollout in 2026
 	Start pending regulatory approvals after the successful rollout

By the way, Block attempted a Guinness World Record for most Lightning network transactions in a single day with its demo. Great promotion overall.


Layer-2 scaling
There were numerous panels highlighting growth in Lightning and side‑chain development. Layer-2 protocols are definitely on the rise, and the crypto enthusiast community is now actively seeking ways to scale and integrate it efficiently. Discussions also covered advanced wallet tech — multi‑sig, MPC, and institutional-grade custody — backed by examples like corporate-grade security at the “Bitcoin for Corporations” event.
EZ Blockchain's Participation and Contributions
EZ Blockchain took its chance to dive in and take our own part in the Bitcoin conference in Vegas — as an established Bitcoin mining and infrastructure provider, we had our say!

We pleasantly took part among expo exhibitors and showcased our energy-efficient mining rigs and sustainability-focused infrastructure — specialized boxes and installations for heat-efficient, high-performance crypto mining farms. 

It was an awesome opportunity to show how we contribute to reinforcing the industry's environmental responsibility, with real, practical solutions that mining enthusiasts are using across the world.
Industry Trends and Future Outlook
This year’s Bitcoin Conference event marked a fundamental shift toward institutional adoption and political integration of cryptocurrencies with global financial realities. Bitcoin is now entwined with national reserves, policy agendas, and global alliances.

Analysts described the industry as a $2 trillion (and rising) ecosystem. It is not merely tech or ideology, but Wall Street and Washington’s asset of choice.

The conference set expectations for BTC prices rising, which should reach up to $170 000–$200 000 by late 2026. The mainstream accumulation will fuel the trend. However, market skepticism remains. Bitcoin fell ~2% around the conference, showing that sentiment ≠ immediate price reaction.

Be that as it may, for now, we have a bunch of post-conference questions as to the nearest future of all the crypto adoption:

 	Will the Strategic Bitcoin Reserve be codified into law?
 	Can Pakistan and other nations operationalize their plans?
 	Will on-chain Lightning adoption scale to mainstream usage?
 	And will markets reflect the newfound institutional tailwinds?

Only time will tell, but the Bitcoin Conference 2025 has certainly given us enough food for thought, speculation, and anticipation.Don’t know how to adopt cryptocurrency or coin mining for your purposes? Talk to specialists at EZ Blockchain for personalized blockchain solutions, custom miners, and more crypto products.

### How Bitcoin Miners Are Becoming Key Energy Consumers

In 2025, with all the financial crises and energy cost situations worldwide, the extreme rates of Bitcoin mining energy consumption give us a new paradigm, where miners come to actually help shape the future of global energy consumption as a whole. 

There are more than enough reasons and stats for them. Let’s inspect them to see how today’s crypto miners are becoming crucial energy consumers.

Key takeaways:

 	Does bitcoin mining use a lot of electricity?
Quite so — global demands are in the tens of GW and hundreds of TWh/year.
 	Why does bitcoin mining use so much energy? 
High security needs, round-the-clock operation, and Proof‑of‑Work consensus.

 	Why does crypto mining use so much energy?
Because its consensus relies on high hashing rates requiring constant power.

 	Innovations in heat reuse
already help turn waste into value for heating, agriculture, and industry.

 	Strategic grid participation 
turns miners into major energy buyers, stabilizing and monetizing renewable and surplus energy.

 	Smart-grid mining integration
could redefine energy management for more flexibility and demand response.


How Much Power Do Bitcoin Miners Use in 2025?
First things first, how much power does a bitcoin miner use on average?

According to the Cambridge Bitcoin Electricity Consumption Index (CBECI), just back in 2023, an average Bitcoin mining operation demanded roughly 120 TWh annually, with an estimated average load of 19 GW, and peaks perhaps approaching 44 GW. That translated to nearly 0.2–0.9% of global electricity, which already left a staggering footprint.

As of mid‑2025, Bitcoin mining draws around 10 gigawatts (GW) of continuous power. This turns into the annual energy usage rates of roughly 168 TWh per year — a figure reported for mid-2025 and consistent with other estimates ranging between 15–185 TWh. An extreme jump, and this may only be a beginning. 

To clarify, this is equivalent to powering 8–9 million homes, or a mid-sized country like Finland or Ukraine!

Why does bitcoin mining use so much energy? The intensive Proof-of-Work mechanism requires ever-more powerful rigs consuming kilowatts around the clock. The competition is high, and millions of rigs are contributing their power, maintaining stable performance at any cost.

However, as the owners of mining rigs and farms continue to consume power in extreme proportions, they gradually turn into something more than even a high-priority consumer. 
Strategic Shift: From Energy Burden to Grid Participant
Historically seen as load takers that consume a lot of global electricity for individual purposes, miners are now transforming into dynamic grid partners. They can now work as flexible energy buyers, ramping operations up or down based on grid conditions. 

In Texas, for instance, miners already serve as “shock absorbers,” switching off during peak stress to stabilize power supply. So we may want to put the question differently: why does crypto mining use so much energy in 2025? Because even more reasons appear to maintain high-performance, stable operations. Plus, miners can benefit from grid economics.
The Renewable Angle: Bitcoin’s Push Toward Greener Power
The favorite notion of today’s crypto critics is that mining relies too much on fossil fuels, which it consumes at such extreme rates it runs out swiftly. However, the Cambridge Centre reports a rising share of renewables powering existing crypto mining operations. 

In 2025, this advanced type of energy production makes up almost half of all power consumed by miners. To be exact, the mining operation consumes:

 	43% renewable energy
 	38% natural gas
 	10% nuclear energy
 	9% coal

Mining operations built near wind, solar, or flare-gas sources can consume excess green energy that would otherwise be curtailed, explaining why does bitcoin mining use so much power — but also highlighting its potential for supporting renewable infrastructure.


Heat as a Byproduct
About 100 TWh of thermal energy per year is produced globally by mining operations of all shapes and sizes, all over the world. This has grown to have a much graver impact than usual, so the situation must be optimized. 

Without some sort of efficient capture or redirection, all the generated heat merely goes to waste. But innovative setups are already changing that.
Heat Reuse Innovations
There are a number of innovative approaches to mining developed and produced at the moment. The most relevant and promising among them include:

 	Immersion cooling systems
Specialized liquid-equipped systems submerge ASICs in dielectric fluid, allowing up to ~96% of electricity to be captured as usable heat.
 	Heat exchange and digital boilers
There are also setups that combine miner racks with heat exchangers (“Digital Boilers”) and integrate directly with utility-scale heating systems, which enables efficient heat sale back to communities.
 	Modular co-located facilities
As a mining operations enthusiast, you can simply turn to a provider managing compact digital asset centers, placed beside or within urban heating utilities.

For instance, EZ Blockchain offers flexible crypto mining hosting solutions, with pre-equipped facilities optimized for perfect temperatures, in convenient locations. 

As for real-world cases and implementations, we can see a range of innovative solutions appearing across the globe:

 	Europe: Braiins’ “hashrate heating” uses smart heating redirection systems to warm homes and buildings.
 	North Vancouver: Bitcoin-powered district heating serves public buildings and industrial sites.
 	Norway: Hydropower-enabled miners now heat greenhouses and dry wood via heat exchangers.
 	BC, Canada: MintGreen has launched specialized facilities that recovers 96% of mining energy as heat for municipal water systems.
 	Bathhouses & pools: In Manhattan and Europe, pools and marble spas are heated using mining heat.

These and other similar systems demonstrate that all the miner-generated heat can be put to purposeful use — transforming a waste problem into value. If things continue to develop in this direction, bitcoin mining energy can become a crucial component for new, highly sustainable power grids and architectures.
Political and Regulatory Impact: Are Miners Friends or Foes to the Grid?
All of the above brings us to the next ultimate question: how will crypto miners affect global power grids in the long run? What should we expect — a new horizon of sustainable innovations, or just another tech bubble? Governments are split in their anticipations. Some support and incentivize mining initiatives while others impost bans or climate taxes.

 	Pakistan


 	

 	The government is proposing subsidized rates around $0.09/kWh, versus the $0.22/kWh commercial rate, looking to stimulate and maintain competitiveness among energy buyers.




 	Bhutan


 	

 	The country expects to expand local crypto mining capacity to 600 MW by 2025, thanks to low-cost hydropower available to pour into the operations.




 	Kyrgyzstan


 	

 	Introduced a special electricity rate for crypto miners at $0.066/kWh, plus a 15% mining tax on operations.




 	United States


 	

 	In Texas, miners get energy credits (e.g., Riot earned $31.7 million in August 2023) for cutting down power consumption during peak demand.
 	ERCOT requires large-scale mining operations (>75 MW) to register and report energy use for maximized grid transparency.
 	Some utilities cap discriminatory rates under “model bills” shielding miners from special utility tariffs.



National energy regulators now often evaluate mining’s net impact on emissions and reliability more than anything else. The global debate centers on bitcoin mining using a lot of electricity, but emerging factors like renewable share and load flexibility are now also major topics of discussion. So many opinions are changing and shifting in real time.
Miners as Energy Buyers
Today’s miners aren’t passive consumers anymore — they’re full-on bidders in energy markets. Firms like Core Scientific are even selling power capacity to AI companies. This ties into deeper questions of bitcoin mining energy consumption — but it flips the narrative: miners are becoming strategic purchasers, grid-balancing actors, and emerging energy-market players.
Future Trends: Bitcoin Mining and the Smart Grid
Looking ahead, we will certainly see more results stemming from the growing role of an average mining rig, farm, or facility. The most tangible trends that we can already predict include:

 	AI competition: AI data centers are projected to consume up to 23 GW by 2025 — comparable to Bitcoin’s load.
 	Surplus-energy monetization: Studies in South Korea show mining can monetize excess renewable generation, helping utilities manage grid debt.
 	Smart-grid integration: Mining rigs integrate to handle distributed flexible loads, acting like on-demand power plants to absorb renewable intermittency.

These developments really reshape the discussion around bitcoin mining energy consumption. We see how it can evolve into a foundational part of future energy systems. The future becomes all the more exciting if we think about all the crypto tech innovations seeping into energy sectors. 


Bitcoin Miners Are Reshaping the Energy Economy
In 2025, Bitcoin miners have matured dramatically. From just drawing in extreme amounts of energy, they’ve grown to dialogue with grids, recycle heat, and influence policies shaped by the global energy and financial regulators. 

With all of the above being said, one thing’s for sure — the future points toward energy-aware Bitcoin mining, where every kilowatt and BTU is purposeful. This shift is very important to note, as it ties bitcoin mining energy consumption directly to energy system innovation. 

Thus, if deployed thoughtfully, mining can become a crucible for smarter, greener grids, turning a once-criticized energy hog into a potential ally. Start optimizing your mining rig for maximum performance and energy-efficiency with EZ Blockchain — consult for free.

### Is Investing in Bitcoin a Smart Move for Your Retirement Plan?

With existing pension systems becoming more complex and redundant, and more hurdles emerging by the day, you need a sturdy retirement investment strategy. And cryptos like Bitcoin might serve as the best available alternative.

BUT. Is Bitcoin still a good investment? And can it potentially work as a winning hedge strategy to protect against today’s financial retirement obstacles? This article studies just that, so let’s take a look and figure it out.
Why Traditional Retirement Strategies Are Being Challenged in 2025
This year (2025) will go down in history of global financial markets as one of the most volatile, unpredictable periods of trade concerns. Geopolitical tensions are at an all-time high, trade policies between the biggest trade partners of the world are shifting drastically, and inflation seems more menacing than ever. 

As a result, traditional trading assets, like stocks and bonds, have taken the hardest hit yet, showing yields that are below historical averages. Investors and big financial decision-makers reacted accordingly, starting to either relocate their money flows or to switch focus for alternative investment niches altogether. 

However, in reality, there are more factors and causes, both internal and external, that form obstacles for today’s retirement fund planning. Each has a direct effect on even the most prepared retirees, making them research options even more scrupulously. Where does crypto come in, and why is Bitcoin a good investment decision in this context?

To learn that, we must first go through the most relevant, specific challenges, their underlying causes, and effects they have on individuals looking to “retire cost-effectively:”

 



Challenge
Cause
Effect on Retirees


Market volatility
Geopolitical tensions (reciprocal tariffs), shifts in monetary policies across the biggest tech sourcing countries, and the resulting technological and supply chain disruptions.
Unpredictable returns on retirement investments, complicating withdrawal strategies, and the growing risk of outliving savings.


Inflation and rising living costs
Economic factors that influence purchasing power for both consumer goods and basic necessities.
Increasing lack of fixed incomes, which makes it harder to maintain a stable post-retirement lifestyle and cover essential expenses.


Decline of defined benefit pensions
A global shift from employer-sponsored pensions to individual retirement accounts.
More responsibility on individuals to manage retirement savings, which can spawn more issues to be resolved individually.


Sequence of returns risk
Market downturns occurring early in retirement coupled with regular withdrawals.
Running out of retirement funds faster and jeopardizing any long-term financial security.


Prolonged workforce participation
Inadequate savings, longer life expectancy, and delayed Social Security eligibility.
Necessity to work beyond traditional retirement age, which brings income but also impacts health and quality of life.


Failing trust in pension systems
Political changes and uncertainty regarding pension policies.
Lesser sense of confidence in retirement planning, which makes retirees contribute less resources to their funds and remain financially insecure.


Intergenerational financial pressures
The need to support both aging parents and adult children, coupled with rising education and housing costs.
Strained finances for Generation X hinder their ability to save adequately for retirement.


Overly-complicated retirement frameworks
Traditional retirement ages and withdrawal schedules don’t really align with today’s work patterns and income streams.
A mismatch between retirement planning and actual retirement lifestyles results in anything from basic financial inefficiency to potential tax issues.


Healthcare cost increases
Aging population requires more medical care and associated expenses.
Higher out-of-pocket expenses for retirees, potentially depleting savings faster than anticipated.


Insufficient financial literacy
Lack of education on retirement planning and working investment strategies.
Hasty or under-researched financial decisions cause inadequate retirement preparedness and over-reliance on social safety nets.



 

Searching for the most efficient way to mitigate this entire collection of potential hardships, most retirees come to realize just how many formalities are beyond their control when dealing with centralized banking and financial bodies.

Which brings us to the next thought — perhaps, we should move towards decentralized options and seek backup in new types of assets? Can crypto retirement investment really be possible? It might as well.
Growing Interest in Bitcoin as Part of Long-term Financial Planning
You may already know that amongst all the global financial instability, Bitcoin actually demonstrates some awesome performance, surging in price to over $109,000 this May 2025. This has captured the attention of both institutional and retail investors, many of whom started regarding Bitcoin as a solid reserve currency and even a potential hedge against inflation. 

As a result, major financial institutions, including JPMorgan Chase, have begun offering Bitcoin investment options for individuals, with more crypto-enabled mainstream options coming. Tangible cryptocurrency retirement is further made possible with the emergence of crypto-based retirement accounts, such as Bitcoin IRAs.

Interested investors can already start using the Bitcoin IRA to register digital assets in their long-term financial planning schedules and retirement funds.


Bitcoin in 2025: A Maturing Asset or Still Too Volatile?
On the flip side of this story, while growing relentlessly, Bitcoin also remains worryingly volatile and dynamic in its market readings. Events like new policy announcements still send waves and provoke rapid price fluctuations, as seen with the GENIUS Act's impact on Bitcoin's value. So are bitcoins a good investment despite their unpredictable trading nature?

They certainly are expected to become more reliable with more involvement of institutional investors and the development of regulatory frameworks that we are witnessing right now. Thanks to Bitcoin’s extreme popularity, crypto is slowly but surely becoming a maturing asset class. 

On top of all that, due to little-to-no correlation between the mechanics of Bitcoin and traditional assets, crypto brings another great benefit — financial diversification.
Can Bitcoin Hedge Against Inflation in Retirement Portfolios?
A cryptocurrency retirement can be real and reasonable due to Bitcoin's fixed supply of 21 million coins. I.e., the fact that you can hold on to bitcoins growing in price even once you go bankrupt with all other resources makes it a potential hedge against inflation. 

However, its effectiveness in this role is debated. While some view Bitcoin as a full-on digital alternative to gold, others point to its price volatility as a limiting factor in its reliability as a real inflation hedge. 

So is BTC a good investment for long-term retirement? We’ve still yet to see, but with the knowledge surrounding this possibility, you’ll have more room to leverage crypto for retirement funds that are free from centralized finance challenges. 
Tax Rules and Retirement Accounts
If you decide to use crypto assets, namely Bitcoin, for your retirement account, you will have to consider the respective tax regulations (not many of them just yet, but still). Here’s what you’ll need to know:

 	In the U.S., if you hold Bitcoin in IRAs or 401(k)s, you get to benefit from tax-deferred or tax-free asset price growth, depending on the account type. 
 	Investors must also adhere to IRS reporting requirements, including the upcoming Form 1099-DA for digital asset transactions starting in 2026. 
 	In the U.K., HMRC mandates detailed reporting of all crypto transactions, with penalties for non-compliance.

Risks to Consider
Beyond tax regulations, there are common risks that you should keep in mind at all times when dealing with Bitcoin to any extent. 
Volatility
Bitcoin's price can experience significant swings over short periods and pose risks for retirees seeking stable income streams. While younger investors might weather these fluctuations, retirees must assess their risk tolerance carefully.
Regulatory shifts
The regulatory environment for cryptocurrencies is constantly shifting and moving. Changes in legislation or tax policies can impact the viability of Bitcoin in retirement portfolios. It is a must to stay informed and adaptable.
Custody
Secure storage of digital assets is all the more essential. Investors must choose reputable custodians or platforms that have certificates, systems, and specialists in place to protect against cyber threats of all sorts.

Given all the above, you can logically question “why is Bitcoin a good investment at all?” Really, it’s all in diversification and ever-expanding potential of this crypto. Bitcoin has grown from a niche interest to a valued asset, which will become even more valued once its fixed supply remains in the holder’s hands only. 
Diversification Strategies
Institutional investors have all doubled down on allocating Bitcoin for strategic diversification. According to Ernst & Young’s 2025 Institutional Investor Digital Assets Survey, a majority of surveyed institutions boosted their digital-asset exposure over the past year and plan to become more transparent still in 2025.

For you, dear reader, using Bitcoin to diversify a retirement portfolio can offer a range of potential benefits. Before making any sensitive crypto retirement investment, however, you must first adapt a fitting financial portfolio diversification strategy. 

Here are some pro tips to help drive your next big strategy:

 	Financial advisors recommend limiting cryptocurrency exposure to a small percentage of the overall portfolio, such as 1–5%, to balance potential gains with associated risks. 
 	Using Bitcoin ETFs or crypto IRAs will help you leverage structured avenues for investment and maintain financial diversification.
 	In the Bitwise/VettaFi Benchmark Survey, 56 percent of U.S. financial advisors indicated they were more likely to recommend cryptocurrencies — including Bitcoin — in client portfolios in 2025.
 	Use Crypto IRA (launched by Fidelity just last month), which enables investors to hold Bitcoin, Ethereum, and Litecoin in Roth, traditional, or rollover IRAs with zero account minimums and integrated cold-storage custody.

As you can see, while we need a little bit more time to see how Bitcoin matures further, you can already tap into tax-advantaged crypto investing for retirement. All you need is a well-researched, individualized strategy and plan of actions.

Is crypto still a good investment for your retirement strategy? Contact specialists at EZ Blockchain to consult individually and pick a best-fitting strategy for your case!

### The Effects of Trade Wars on Stocks and Cryptocurrency

However, right after President Trump’s reciprocal tariffs came into effect, we’ve witnessed global trade wars waged full-force, which couldn’t but shake up related stock markets and industries, cryptocurrency no exception. 

With Bitcoin gradually but surely taking the role of “new digital gold,” we see the ever-tighter connection between global finance flows, stocks, and currencies, both digital and fiat. Is it tight enough for trade-war risks and policies to bleed into crypto? We may find out if we put the whole trade wars and crypto situation under the microscope.



This article studies the milestones of the currently waging trade war, reaction of stocks and cryptos, effects and policies, future forecasts, and the ultimate impact of trade wars on cryptocurrency market in general. 
2025 Trade War Flashpoints That Shook the Markets
Let's start with a general outlook on the stages of the trade tensions happening mostly between the US and a bunch of EU and other countries with “unfair import pricing,” with China of course taking the hardest hit. 

Here’s what we see if we structure the chronology:

 	April 2: Trump hikes US tariffs on goods imports to 145% on selected Chinese items. Business Insider warned that Goldman Sachs expects these levies to eventually not do the trick, and Trump’s stimulus gains from tax cuts may only offset the economic growth, even after a brief tariff pause.
 	April 11: China retaliates with 125% tariffs on imports coming from the US. Beijing calls the US move “a joke,” and proceeds to slap harsh levies on a huge range of goods, from semiconductors to agricultural equipment.
 	April 17: Trump shows signs the tit-for-tat cycle may be winding down. He hinted at freezing further hikes and, eventually, watched as some of the stocks went sharply higher in hopes of an upcoming truce and stability.
 	May 12: Temporary truce cuts US rates to 30% (from 145%) and China’s to 10% (from 125%) for 90 days. Markets rejoice, with the S&P 500 hitting its highest close since March 3, though most warn that a lasting détente can hardly be expected.

Currently, we have a very fluctuating situation, where some stocks and markets are enjoying the tariff pause (while they can) and others are already experiencing intimidation before the pause terminates mid-Summer (circa July 31, to be exact).

However, the most important takeaway out of all this is that there are stocks that perform well during trade wars, potentially leveraging new opportunities in place of old, overdue ones. This gives a lot of hope, especially for new and progressive markets, like cryptocurrency. But let’s now go through some factual stock figures to get the big picture.
Stock Markets Under Pressure
If we analyze the effect of the 2025 trade crash on the biggest stocks, we can see that most of the global indices plunged in early April:



Index
April 3 Change
April 4 Change
April 7 Change
April 10 Change


S&P 500
-4.84%
-5.97%
-0.23%
-3.46%


Nasdaq
-5.97%
-5.82%
+0.10%
-4.31%


STOXX 600
-2.60%
-3.10%
-4.55%
+4.26%


Nikkei 225
-2.77%
-2.75%
-7.83%
+8.36%



(Data from the 2025 crash summary)

Most stocks, expectedly and understandably, dropped and struggled during the April riot of tariff fluctuations. Although, once things died down a little, certain stocks clawed back some losses: Dow futures plunged 1,500 points on April 6 but rebounded over the following week, right after the investors started acknowledging the truce coming April 17th. 
Cryptocurrency Reaction
Amidst the trade wars, crypto chains reacted promptly and in similar vein to all the other global trading market players and communities. Lots of assets and tied stocks were immediately sold so as to avoid the risks of going broke and burdened by a deflated currency (or other asset). 

For the crypto community, the April-May stretch happened as follows:

 	Most crypto equity holders — miners and exchange platforms — sold their stocks off sharply on April 3, right as the US tariffs hit. Everybody seemed to have taken a risk-asset flight, similarly to many electronics and consumer goods producers and stock holders. 
 	Bitcoin dipped below $82,000 in price due to the fear of just-announced tariffs. But it then rose back 15% in April. In the long run, Bitcoin outperformed the S&P 500 and neared $100,000 in expectations of eventual de-escalation of the global financial strain.
 	On May 8, bitcoin reclaimed the expected $100,000 as the trade truce lifted risk sentiment and $5.5 billion flowed into digital-asset funds in three weeks 

Mining and Hardware
Surely, the tariffs on semiconductors and high-performance chips couldn’t but undermine hardware supply chains for miner rig owners and crypto mining farms. Both US chip bans and China’s initial 125% duties forced numerous miners worldwide to at least delay their ASIC orders in order to try and optimize ongoing expenses. 

Others were fast to relocate existing rigs to locations where jurisdictions enforce lower tariffs, destinations in Canada, Southeast Asia, and Eastern Europe among them. Big hardware providers followed in to help balance things out by outsourcing their chip manufacturing — Qualcomm, AMD, and others escaped the harshness of China’s levies that way. 

Still, however, Pure-play ASIC makers see cost hikes of up to 44%, and if, say, a solo crypto miner decides to purchase the Antminer S19 today, they will hardly achieve profitable margins when attempting to monetize it at first. You’ll have to take an extra mile for that.
Capital Flight and De-Dollarization: Is Crypto a Global Alternative?
Given all of the above, it safely comes down to the possibility that, yes, ladies and gentlemen, crypto may potentially have the best performing stocks during trade wars. This cannot be stated for a fact just yet, but we have more and more external reasons to think so. 

These include:

 	US dollar volatility tends to expectedly spike in the face of credit-rating downgrades and tariff twists. The dollar index is wobbling near one-month highs amid mixed central-bank signals. 
 	BRICS de-dollarization efforts are still in their nascent phase, with Brazil’s central banker seeing no single alternative to rival the dollar yet. Still, blockchain-based payment rails are being actively explored and prototyped 
 	Analysts point out that continued isolationist policies could accelerate de-dollarization, and many institutions are eyeing bitcoin as a “sovereign-neutral,” reserve asset (like gold). If bitcoin becomes widely adopted, its market cap can potentially rise up to $1.2 trillion.

Although Bitcoin cannot be regarded as a full-on alternative to the dollar, other areas where it can help de-risk volatile situations (a back-up asset for hedging) and earn on priceless innovation potential are prioritized globally. 
Institutional Moves: Hedging or Retreating?
It’s important to note crypto’s emerging role as the saving grace in all of this — it is already viewed as a reserve asset to stock up on before volatile market times. It can be used at least as a partial sanctuary against new, extreme policy risks, which is reflected by $5.5 billion of inflows into digital-asset funds only in late April (mostly in hedge funds and family offices). 

Coinbase’s May outlook highlights also that rising twin deficits and tariff risks make bitcoin all the more appealing for finance holders and investors because it can help them diversify their monetary portfolios.
Central Bank Policy and Trade Wars
Up to date, there are but a few central bank decisions and policies influenced by the trade wars that can touch digital currencies. Digital-dollar ban under Trump prohibits US federal agencies from “developing, issuing, or promoting a central bank digital currency (CBDC)”, aka a “digital dollar.” 

This has already given China and Europe more room to advance their CBDCs. Also, questions are being raised about how positively the US shapes the future payments landscape at all.

Then, we also have the Fed vs. ECB/BoE situation: while the Fed holds rates steady amid trade fluctuations, other major banks (BoE, RBA) turn to cuts. As a result, we are looking at diverging monetary responses to tariff-induced fears. 
What Could Happen Next? 2025–2026 Trade War Scenarios
As dynamic and unpredictable as the situation is at the moment, the trade wars horizon can take on multiple possible scenarios:

 	Renewed escalation: Full-force tariffs return after the 90-day pause, which is why we will probably see more similar market slow-downs, supply chain disruption, and crypto volatility risks.


 	Selective agreements: The US government strikes deals with key partners, including the EU and the UK, isolates China, and pushes Beijing to pursue its own bilateral pacts, balancing out things by a bit.


 	Strategic truce: A broader US-China framework emerges, which would lower duties progressively and allow for supply-chain normalization for balance in both equities and digital assets of the world.


 	Multipolar fragmentation: Persistent trade blocs dictate a new reality, where de-dollarization is accelerated and crypto cements further as a go-to cross-border hedge.

Trade Wars Redefine Risk — and Crypto’s Role in It
Recent trade conflicts have shown us that today’s markets, as progressive as they can be, are as much about policy as fundamentals. And yet there are stocks resilient to trade wars in 2025. 

Equities plunged on tariff escalations yet rebounded on truce hopes. Crypto, initially hampered, has shown new potential eventually — drawing in fresh capital as investors seek alternatives to a fracturing global trade order. 

Whether bitcoin cements itself as “digital gold” or remains tethered to broader risk cycles will depend on the durability of any trade détente and the pace of de-dollarization. In this high-stakes environment, digital assets may prove both a risk-on lever and a protectionist hedge.

Do you need help preparing for the crypto-affecting tariffs after the 90-day pause? Contact specialists at EZ Blockchain to consult all things blockchain and crypto, discuss a new crypto farm project, outsource services, and rent hardware.

### Reciprocal Tariffs Explained: Their Impact on the Crypto Market

Just as world economies were shaking off the post-effects of the pandemic and all the recent political volatility, President Trump decided it’s time to reciprocate the tariffs that the trading partners applied to the US exports. 

The effects of this decision provoked short-term panic across most existing industries and business arenas, which rely heavily on the now highly-tariffed electronics and hardware components. But how do reciprocal tariffs affect crypto markets and Bitcoin specifically? 

To understand that in full depth, we will need to go through major post-tariff events in a chronological order and analyze.


Key Reciprocal Tariff Events Affecting Crypto in 2025
First off, what are reciprocal tariffs, and why is there an ability to impose them in the first place? See, the import/export duties charged by various countries spike, drop, and vary dynamically. The President’s right to impose additional or custom tariffs can be used as a tool to balance this out, align duty charges with other countries, and offset trade deficits. 

On the other side, however, as duty charges are usually raised to match the trade partners abroad, input prices for certain imported products grow accordingly. This hits especially hard in import-dependent niches, blockchain development and crypto mining included. 

So far in 2025, we've witnessed several major events that highlighted the direct impact of reciprocal tariffs on the crypto market:
U.S. Imposes New Tariffs on Chinese Goods
March 2025 was kicked off with active talks about trade imbalances between the US and its trade-partner countries, including China, the EU, and about fifty other countries. Shortly after, the United States announced a new, truly awe-inducing round of tariffs for an extensive range of Chinese goods, including electronics and machinery. 

Trump’s reciprocal tariffs came into effect on April 2, 2025, when the President signed an Executive Order instituting across-the-board reciprocal tariffs on imports from nations that charge over 10%.

The U.S. Trade Representative published a detailed annex (US reciprocal tariffs chart) showing country-by-country duty hikes — here’s an excerpt:

 	China — 84% (34% + additional 50% imposed later on goods)
 	Cambodia — 49%
 	Vietnam — 46%
 	Bangladesh — 37%
 	Switzerland — 31%
 	Japan — 24%
 	European Union — 20%
 	Philippines — 17%

For miners across the world these new, higher figures meant only one thing — an inevitable spike in prices for components, hardware, and energy exported from all the above locations. 


Immediate Chinese Retaliation on U.S. Semiconductors and Energy Products
As expected, China responded within days, slapping 125% tariffs on US-produced semiconductors and curtailed purchases of LNG and coal. Things escalated quickly into broader trade friction, prompting a so-called tariff war. 
Escalation of Trade Friction and Crypto Market Volatility
The economic tension between major trade partners touched all financial arenas, including digital-asset markets. Tech-heavy indices and crypto alike saw heightened swings — Bitcoin’s 30-day realized volatility jumped from 45% to 68% in April.
The Latest Tariff Pause
The tariffs have been constantly re-adjusted, right up until Mr. Trump decided to give us all a much-appreciated breath of air. Just recently, on May 12, a 90-day tariff pause took effect. This prompted headlines like “US stocks soar after Trump delays implementation of reciprocal tariffs.” And although the tariff tension is dropping slightly as a result, the overall situation is still very unpredictable. 
Impact on Bitcoin Mining Supply Chains
While the reciprocal tariffs definition is to actually protect domestic industries, they can only do so in the short term. On the flip side, they can stifle the improvement and adoption of advanced tech, like blockchain. Furthermore, they pour more fuel into existing market volatility and limit the cross-border capital flows that digital assets rely on.

For crypto, the biggest risk is that reciprocal tariff measures choke off the flow of essential hardware — ASIC miners, their internal components, and energy equipment required to run both solo mining rigs and bigger farms. 

We have already seen the most hard-hitting effects:


 	A 25% levy on ASIC miners (e.g., Antminer S19) adds roughly $1,250 per unit. 

In light of this, owners of crypto mining farms and rigs were fast to optimize or relocate operations, but overall network hashrate growth has still slowed, by 12% since March to be exact.

This brings us to the ultimate slow down and disruption of mining supply chains, since tons of Bitcoin mining hardware is manufactured in China. US-based miners and beyond will have to face inevitably rising prices for mining equipment. 

And all of that can have more global consequences, like:

 	increased capital expenditure (higher prices for rigs will affect profitability ratios for existing rigs).
 	and geopolitical concentration risks (if it is less viable to mine in certain regions due to tariffs, mining power could concentrate in locations that are less affected by trade disputes, limiting decentralization).


Eventual Price Movements of Bitcoin
With all of that being said, we can't help but be intrigued by how actually the price for BTC fluctuated. It is difficult to track such active dynamics, but Bitcoin kept quite resilient — it grew in price by 15% right after the announcement of the 90-day tariff pause. 

Logically, traders were anticipating lower hardware costs during the pause, which would have allowed them to renew regular tech purchases. However, the pause expires in mid-July, and, in the run-up to this, BTC has dropped 8%. Now, traders are uncertain over whether tariffs would resume at full force.

The impact of reciprocal tariffs on cryptocurrency prices, however, may be even more complex and multifaceted than it seems. Beyond the direct effects, the general sentiment of today’s market, prevailing economic uncertainty, and trade disputes can change the way investors see the crypto market, spawning two important tendencies:

 	Risk-off sentiment: A "risk-off" sentiment is when investors look for safer assets to avoid financial risks. If this sentiment spills over into the crypto market, even prices for assets as established as Bitcoin can seriously decline.
 	Safe haven narrative: Alternatively, some investors might view Bitcoin and other cryptocurrencies as extra stores of value or hedges against inflation and other hardships.

Altcoins and Stablecoins: A Different Story?
We can see that the impact of reciprocal tariffs might play out differently for altcoins and stablecoins:

 	Altcoins: DeFi tokens tied to on-chain activity fell 20% during peak tariff tensions. In contrast, large-cap smart-contract platforms gained 10% on speculation of capital inflows from equities. This means that altcoins with smaller market caps can be more affected by the tariffs than smart-contract cases with larger caps. 
 	Stablecoins: No pun intended — stablecoins remained stable, but saw a 5% jump in issuance because traders started using them as hedge against fiat volatility. This is why stablecoins are often regarded as saving graces for crypto investors. 

Investor Sentiment and Institutional Strategy in a Protectionist Climate
The rise of reciprocal tariffs forces both retail and institutional investors to reassess their strategies. For one thing, more focus must now be put on the volatility management of investments. Investors will probably want to diversify and allocate their capitals across different asset classes, each outlining an asset’s degree of trade policy sensitivity. 

But there is a positive side — while some investors might become more cautious, others might leverage new opportunities in a world of fractured trade relationships. There’s also evidence to a possible “undying popularity” of digital assets due to their hedge potential.

A recent EY Institutional Investor Digital Assets Survey found 62% of hedge funds now view crypto as a go-to hedge against policy uncertainty, up from 45% last year. Thus, Bitcoin is increasingly called the new “digital gold.” 

Meanwhile, U.S. SEC Chair Paul Atkins has highlighted that the rules for token offerings will tighten, and that we should expect regulatory spillovers that could further shape new institutional allocations.


Regulatory Spillovers: Could Crypto Itself Be Tariffed or Restricted?
No country has yet applied Customs duties directly to on-chain tokens. Still, seasoned economists believe there will be novel levies or capital-controls created exclusively for digital-asset transactions. If this happens, crypto enthusiasts will face more issues than hardware prices, like:

 	Specialized tariffs on crypto mining hardware
 	Restrictions on cross-border crypto transactions
 	Overall regulatory pressure

Will Trade Tensions Cement Crypto’s Role or Undermine It?
Time and again, we come down to ultimately regard two sides of this story — the blockchain tech and crypto arena faces intimidation and fateful changes on one side, and new horizons and scaling opportunities on the other. 

Let’s sum up this analysis with arguments for both possible outcomes:
Arguments for cementing crypto’s role

 	Decentralization and borderless transactions
 	Alternative store of value
 	Hedge against inflation
 	Development of new DeFi solutions

Are reciprocal tariffs good? They can help:

 	Level the import/export playing field (e.g., by matching duty charges)
 	Protect domestic industries (e.g., from foreign monopolization)
 	Boost national security (by making imports more actively regulated)

Arguments against crypto’s role

 	Risk-induced fear and uncertainty
 	Regulatory crackdown
 	Disruption of mining infrastructures

Why are reciprocal tariffs bad? Because they can also:

 	Increase consumer costs (as a consequence of electronics cost spikes)
 	Damage domestic SMBs (by putting more strain on a budget)
 	Cause retaliation and trade wars (like it happened with China)
 	Put off investors (e.g., the risk-off sentiment)

As you can see, while challenging, the reciprocal tariffs situation can still be leveraged to your benefit as a crypto enthusiast, active miner, or enterprise stakeholder. It’s all about grabbing the right opportunity at the right moment. 

Wish to leverage novel crypto opportunities but don’t know where to start? Contact EZ Blockchain for a consultation by seasoned specialists in blockchain, cryptocurrency, and mining farm instructure development. 

### Is Bitcoin Still a Reliable Hedge Against Inflation in 2025?

For one thing, businesses, entrepreneurs, and investors started using Bitcoin as a novel hedge against inflation, almost like gold — another asset that’s become more precious in its name and equity than market price. Even if a company runs out of budget, it still has this scarce, much sought-after currency that can be used for business-saving sale or investment.

In the year 2025, however, with all the global economic volatility and hardships, as well as Bitcoin gradually reaching its cap limit, we’re all interested in one question — can we still use it that way? Is Bitcoin a hedge against inflation in the new harsh realities of the now?

Let’s figure it out.


Global Inflation Trends: Where Are We Now?
Against all odds, global inflation seems to be easing in 2025. New U.S. tariffs in April surely injected some short-term chaos and panic, reflecting in overall international market instability. Still, according to the IMF’s January 2025 update, global headline inflation is forecast to decline from 4.3% in 2024 to 4.2% in 2025 (and further down to 3.6% in 2026). 

That is mostly due to energy prices cooling down by a bit and supply-chain disruptions receding, with most businesses getting back on track with their suppliers after the shock of Trump’s tariffs and whatnot. Another chart by the IMF shows that advanced economies are expected to converge to central-bank targets (around 2.5%), while emerging markets may stabilize near 5.5%. 



Other than that, OECD data show headline inflation in its member countries eased to 4.2% in March 2025, down from 4.5% in February. This disinflation backdrop is what stimulated institutions to make radical central-bank-focused decisions and investors to rush their assets into inflation-protected securities*.

*Treasury Inflation-Protected Securities, or TIPS, are types of bonds that allow investors to offset the mass effects on inflation by making investments in securities with the adjusted principal value. TIPS help maintain investment portfolios and keep above the water with over-time returns even in harsh inflationary conditions.

As such, if not a full-on alternative for TIPS, Bitcoin comes in as an additional backing asset with an overtime persistent and potentially recurring value. However, with the inflation situation in hand, it is crucial to investigate another side of the story, namely the inflationary impact on cryptocurrency. 
Bitcoin Price vs. Inflation: 2020-2025 Correlation Analysis
Understanding inflation across its global facets is only one part of the equation. Then, there’s also Bitcoin, with its own “crypto economy”, if we may. And the latest events have only proven that this economy is quite sensitively affected by macroeconomic volatilities and external inflation of the world economies. 

So, does Bitcoin really work as that saving grace in times of far-reaching inflationary challenges? Well, sometimes. If we look at some academic research, we can see that Bitcoin’s correlation coefficient (R²) with CPI changes at 0.27 over the past five years, which shows us a very important tendency: only 27% of Bitcoin’s price dynamics (i.e., spikes and drops) tend to match inflation events and surprises. 

A noteworthy example of the crypto actually not saving the day is when during the 2021 CPI surge to 9% Bitcoin fell over 35%, decoupling from rising prices. But that happened over four years ago when the sentiment for “underregulated cryptocurrencies still being risky” was still reigning supreme. 

Since then, trust in Bitcoin and other cryptos has grown hundredfold. Thus, forward-looking inflation expectations (e.g., 5-year breakeven rates) have shown a tighter positive correlation with Bitcoin rallies, which suggests that Bitcoin responds to anticipated inflation more than realized CPI.

It is also important to note that Bitcoin retains its hedge potential mostly thanks to its fixed supply and scarcity, the latter being maintained by halving. Every three-four years, the number of total bitcoins generated by the network is reduced — see Bitcoin halving explained for more details.

All of that gives us more hope for avoiding the eventual coin inflation, and Bitcoin remaining a hedge against inflation. But let’s dig deeper, shall we?
2025: Bitcoin’s Response to New U.S. Tariffs and Inflation Fears
More in-between effects of Bitcoin and global inflation can be seen when we put under the microscope exactly how the network reacted to new extreme tariffs and other economic intimidation in practice. In chronological order, here’s what we have:
Tariff announcement by Trump in April 2025
On April 2, 2025, the U.S. President Donald Trump imposed a 10% baseline tariff on most country-wide imports, followed by 125% reciprocal tariffs on Chinese goods. This sent waves of unexpected fluctuations in economies across the globe, with hardware costs rising sharply and macro volatility sparking out of nowhere.
Short-term volatility vs. long-term narrative
Shortly after the tariffs were announced and came into effect, the price for Bitcoin plunged 12% — falling from $105,000 to $92,000. But it then started quickly rebounding, however, because markets started pricing in possible tariff carve-outs (e.g., for certain types of electronics). Other possibilities to actually weather the tariff storm appeared as well.

In reality, the most tangible real-world effects that we all experienced were panic and uncertainty immediately after the tariffs’ announcement. But life went on, and Bitcoin remained as demanded as ever. 
Bounce-back
Within two weeks, Bitcoin recovered half its losses. This shows how much investors believe in its blockchain explained framework and decentralized nature as an inflation hedge with a multi-year potential.

Bitcoin’s tariff-responsive spike highlighted this currency’s crucial role as a speculative asset in the short run, even as long-term holders emphasize its halving-driven scarcity (with the next bitcoin halving slated for 2028).
Institutional Investors: Still Trusting Bitcoin as a Hedge?
What do we have now, a good while after the tariffs happened? Major allocators of funds and assets, including sovereign wealth funds and pension plans, have continued to add Bitcoin to portfolios. It is basically viewed alongside gold, and is considered as the possible new type of inflation-protected securities that will actually help diversify economies. 

Referring once more to Fidelity’s recent report, we found that while Bitcoin’s correlation to equities rose, its long-term return profile still outpaces inflation-linked bonds over rolling five-year periods. It is still a risk asset, but a very promising and enticing one.

However, economy-shaping players exercise caution: many institutions cap Bitcoin allocations at 1–3% of total AUM. This tells us that they are both convinced of Bitcoin's potential as a hedge against inflation and concerned about its regulatory obstacles.
The Role of Central Bank Policies and CBDCs
In order to timely tame the inflation, the Federal Reserve and the European Central Bank (ECB) introduced aggressive rate hikes. On the flip side, those hikes weighed on risk assets like Bitcoin. Meanwhile, launches of pilot central bank digital currencies (CBDCs) in China and Europe offer consumers digital money with lower volatility. 

This novelty can narrow Bitcoin’s unique appeal as a digital alternative. Ultimately, as CBDCs promise stability, Bitcoin must double down on scarcity (fixed 21 million supply). This way, it should be able to maintain its hedge argument.


Bitcoin in Emerging Markets: Inflation Shield or Volatility Trap?
In nations like Turkey and Argentina — where local inflation nears 50% and consumer prices surging — Bitcoin wallet activations jumped over 28%, probably due to citizens seeking inflation-resistant stores of value. On the other hand, Bitcoin’s 60% annualized volatility can deepen losses for unhedged holders during crypto bear markets. For them, the seeming inflation shield of crypto can turn into a volatility trap. 

In light of that, micro-hedging strategies have emerged, e.g., using perpetual futures or options to stabilize returns. But these require complex knowledge and are usually carried out by the highest-level investors. Retail users can only get limited access to micro-hedging tools, so it is important to know your stuff.  
Why Bitcoin’s Hedge Narrative Is Being Questioned?
To sum up, there are a bunch of reasons why people start questioning the reliability, even future possibility of Bitcoin acting as a hedge to shield one from the inflation. From dry figures and statistics to more in-depth analyses and tendencies, here’s what we have:

 	Correlation weakness: Low R² with realized CPI in high-inflation periods does not speak in favor of Bitcoin as a counter-inflation hedge, demonstrating unexpected backward dips in price along with inflationary pits. But the coin will still retain its value and usefulness as a funds-backing asset, due to its pure authority. 


 	Regulatory risks: Potential crypto-specific tariffs and AML rules could constrain investment and financial flows of Bitcoin hedgers. You do need to be prepared in the face of upcoming regulations, like the EU AI Act and others, to keep your Bitcoin hedge viable. 


 	Alternative assets: Specialized CBDCs and indexed bonds are out there and they offer more predictable inflation protection. Bitcoin cannot live up to their efficiency, but it doesn’t really have to, remaining a fitting auxiliary digital asset.


 	Behavioral factors: Bitcoin often fluctuates with risk appetite, not purely as a hedge against inflation. To be leveraged efficiently long-term, it requires a well-informed, knowledgeable approach, both technically and business-wise.

Bitcoin can still be used as a working hedge against inflation, but only with proper knowledge, tools, and professional assistance in hand. There are still risks and emerging realities waiting to happen. So it’s all the more exciting to see where it all takes us. 



If you need more info on Bitcoin’s counter-inflationary potential, you can get Bitcoin explained in our blog or contact us directly for a consultation and estimation of your new crypto farm.

### Bitcoin Output Declines Monthly as Miners Struggle With Growing Hashrate

Right now, it’s more important than ever to stay flexible and adapt in whichever way possible. For that, every miner has to have a clear outlook on the market, know the main triggers affecting the Bitcoin output, and keep up with the situation.

This article provides just that — the latest Bitcoin mining hashrate statistics, sources of today’s crypto volatility, outcomes, and ways to bear through mining difficulty spikes and Bitcoin minting drops. 


Monthly Bitcoin Output: What the Latest Data Shows
Bitcoin’s monthly output has dipped slightly since the April 2024 halving. Namely, the global production of the coin reduced to around 13,500 BTC/month. For the Bitcoin chain, this should help balance out the mining difficulty and stimulate the competition among miners, as well as not run out of Bitcoin too fast. 

But for miners this can be an intimidating event, especially when looking through the latest on-chain data. Thus, the halving has introduced new minor block-time delays, cutting the coin’s output by 2–3% month-over-month in early 2025. 
Decline in BTC Mined Month-over-month Since Early 2025
Following the halving of April 19, 2024, most existing, active miners, if not all, felt the pressure of rising Bitcoin hashrate demands. While there are plenty of other reasons for today’s miners to double down on their mining efficiency and ROI ratio, this halving is like a “cherry on top”, calling for not just temporary workarounds but sensitive, long-term decisions.

Currently, we have the following situation:

 	In dry numbers, block rewards dropped from 6.25 BTC to 3.125 BTC
 	Anticipated daily issuance was cut from ~900 BTC to ~450 BTC (≈13,500 BTC/month). 

In practice, the raised network difficulty briefly outpaced the hashpower poured into it, even as the average hashrate was growing. This provoked slight fluctuations in block times, which is the main reason Bitcoin’s monthly output went down by around 2–3% between January and April 2025.
Post-halving Impact
[Bitcoin halving is a pre-programmed event in the Bitcoin protocol that cuts in half the reward miners receive for validating new blocks, occurring every 210,000 blocks (roughly every four years). This mechanism slows the rate at which new bitcoins are created, enforcing scarcity and helping make sure the total supply never exceeds 21 million coins.]

The halving instantly halved miner revenue potential, which forced everyone in the business to sit down and do a big, industry-wide cost review. Yes, the halving helped keep the protocol issuance stable. However, due to a jump in mining difficulty, some rigs fell idle while others shifted to mining pools, where you can get higher returns for a fraction of your rig’s hashrate. 

So despite the overhauled crypto difficulty and chain stability, the real-world Bitcoin mining production output dropped also due to some unprecedented hashrate shifts. 
Current Estimates of Global Daily and Monthly Output
To date, we get the following estimates of how much Bitcoin is available to mine by day and month:

 	Daily: ~450 BTC (144 blocks × 3.125 BTC) 
 	Monthly: ~13,500 BTC (450 BTC × 30 days)

This is the new, somewhat limiting reality for crypto miners. Limiting because, due to sustained declines in mined Bitcoin availability, marginal mining operations may no longer justify the operational expense. For some rigs (especially solo rigs), overhead mined profits are just enough to cover power bills, generating next to no net profits. 

What was the immediate reaction of the global mining community? Quite interesting hashrate shifts, among other things. 
The Hashrate Surge
Bitcoin’s current hashrate has exploded, approaching 800 EH/s (ExaHash per second) by April 2025. The halving prompted mass launches of next-gen ASIC rigs. This, and new low-cost jurisdictions introduced in certain regions, additionally pushed the difficulty and squeezed smaller miners.


New Generation ASIC Miners
The release of Bitmain’s Antminer S21 Pro (234 TH/s, 15 J/TH) in March 2024 and the S21+ series (216–319 TH/s at ~15 J/TH) in late 2024 has super-charged Bitcoin’s global network capacity. This enabled a significantly higher mining throughput. However, older rigs’ share has eroded as a result, driving most solo and small-scale miners to re-assess their capacities and join up in mining pools. 
Expansion by Large-scale Mining Operations
While smaller rigs and owners of solo operations struggled to keep up, professional installations and enterprise-scale farms doubled their hashrate capacity in 2025. For one thing, such miners had the budget to level out equipment supply risks, often being vertically integrated with both hardware providers and energy producers. They also leveraged economies of scale to secure ultra-low power contracts.
Entry of New Mining Regions With Cheap Energy
As expectedly more loyal alternative locations, new mining hubs have emerged across Scandinavia, Canada, and the U.S. western grid. As a result, tons of mining rigs that are trying to avoid falling under Asian import restrictions have relocated to these destinations. Because of that, the global hashrate was diversified immensely, and swelled up to near 800 EH/s.
Why Miners Are Struggling to Keep Up
According to Coinwarz, Bitcoin mining difficulty grows slightly every day, boosting by almost 9% every thirty days. It can be naturally hard to keep up with this pace, especially for solo miners that fail to timely optimize their rigs in line with the mining difficulty growth. For mining farms and rigs that are above small- to mid-scale level, this means more ongoing investments, long-term planning, and proactive reaction to hashrate paradigm shifts. 



In parallel, mining costs are rising right along with increasing power bills in previously leading mining destinations (like the US). Of course, that is mostly due to extreme import tariffs imposed by President Trump and retaliatory taxes by Asia and Europe. Thus, ASIC prices jumped 30% under import restrictions, and U.S. grid tariffs have climbed to $0.08–$0.10/kWh, cutting into margins.

These are the main reasons the whole Bitcoin mining arena becomes especially demanding for small- and mid-scale mining operations, but there’s more. 
Performance Drop Among Small and Mid-Scale Miners
It all comes down to the ideal Bitcoin miner hashrate set too high for a moderate-scale miner to handle. Here’s a quick calculation of the hash power you’d need today to mine about 1 BTC per day:

 	Current network hashrate: ~ 925.76 EH/s
 	Block reward: 3.125 BTC per block (post-April 2024 halving) 
 	Blocks per day: 24 hours ÷ 10 minutes per block ≈ 144 blocks/day 
 	Daily BTC issuance: 144 blocks × 3.125 BTC = 450 BTC/day
 	Required share: 1 BTC ÷ 450 BTC ≈ 0.002222 (0.222%) of the network
 	Your hashrate: 0.002222 × 925.76 EH/s ≈ 2.06 EH/s

So, if you are mining solo, running an operation in a 24-hour period under today’s conditions, the required hashrate to mine 1 bitcoin would be 2 exahashes per second (2 × 10¹⁸ H/s) of sustained power. This translates to about 2 million TH/s (2,000 PH/s) for mining hardware.

On top of that, independent operators have noticed sub-optimal uptime in blocks, with older ASICs facing sharp difficulty spikes. The block time averaged 10.92 minutes in late April 2025, which is above the 10-minute target — this slashed the daily mining yield by ~8% for non-optimized rigs.

As a result, smaller-tier miners are resorting to centralized mining, with pool communities widening and centralized hashrate mounting. The top five pools now control over 60% of hashrate, making solo success ever rarer.

This only speaks in favor of readymade platforms and providers that help either optimize farms and rigs or help centralize the existing hashrate. 


How EZ Blockchain can Help Optimize Output
EZ Blockchain is one of such platforms, providing a range of qualified, custom-tailored services, tools, advice, and opportunities to maximize your mining potential and balance out the resulting ROI. 

Platforms like EZ Blockchain offer:

 	real-time performance monitoring via a feature-rich, adjustable dashboard
 	omnichannel KPI and power tracking and analysis for improvements
 	energy billing and payments right inside a dedicated app
 	individual ASIC maintenance state and performance tracking
 	pool-switching recommendations and personal consulting

Specialists at EZ Blockchain can consult your next step, help understand terms of the industry, and achieve the best hashrate for mining Bitcoin without going bankrupt. 
Strategies to Survive the Hashrate War
If you have time and desire to explore more alternative methods that may help you bear through this “hashrate war”, you can also try these methods:

 	Join low-fee pools: Browse popular Bitcoin solo mining pools, look for sub-1% fees, and join to gain a chance to lock in steady payouts even at moderate hashrate output.
 	Optimize energy usage: Time-shift operations to off-peak rates or integrate renewable energy sources to beat $0.10/kWh ceilings.
 	Merge networks or mine Altcoin: Explore merged mining or high-ROI altcoins to leverage existing ASICs and avoid idling.
 	Scale up hardware: You can also try to resell older mining units to secondary markets and reinvest in high-efficiency models (≤15 J/TH).

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Don’t know which strategy to pick for your mining case? Contact seasoned specialists at EZ Blockchain for an individual consultation and advice on picking the best long-term options.

### What Impact New Tariffs Have on Bitcoin?

Before diving into details, here’s some heads-up for you: sweeping new tariffs announced in April 2025 have driven up costs for mining hardware and energy, squeezed margins for U.S.‑based miners, and injected fresh volatility into Bitcoin markets. 

In fact, what we are witnessing right now is a real test of Bitcoin’s worth and reliability as a decentralized store of value — the true and promising non-fiat crypto currency. 

More so than that, however, this is a test for miners across geographies and preferred types of hardware, who should be fast to diversify their mining operations in line with the times. 

Takeaways:

 	April 2025 tariffs have materially increased mining costs through hardware duties and energy price inflation.
 	Bitcoin falls as Trump tariffs rattle markets, showing the direct effects of tariffs on crypto markets.
 	The Bitcoin network may come out the winner in the long term, benefitting from redistributed hashrate and diversified mining geographies.
 	Crypto enthusiasts should stay prepared for emerging risks, including potential crypto‑specific tariffs as governments look toward digital‑asset regulation.


Why Tariffs Are Back in the Global Spotlight in 2025
It’s difficult to pinpoint what exactly brought us to this point or swayed Mr. Trump to emphasize on global tariffs — America’s intensifying geopolitical tension? Post-pandemic effect on international supply chains? These and other major events had their effects, of course. 

A lot of things piled onto each other, which reignited the trade tensions in early 2025 when governments all over the world were faced with nationalist economic policies that were a bit out of line, to say the least. 

U.S. President Donald Trump’s decision was to impose broad‑based reciprocal tariffs — against China at 125% and a baseline 10% on most imports from other countries, including the EU locations.

On top of tons of immediate market turbulence, this stimulated new concerns about imported inflation and global supply disruptions. It’s important to note that, in the midst of all the commotion, major central banks warned that Trump’s extreme measures threatened to worsen inflationary pressures and slow the President’s own country’s economic growth.

Whether the new tariff situation is an elaborate part of Trump’s aggressive economic politics, a short-sighted decision of a desperate leader, or something else entirely — the best thing we all can do right now is to stay in the know.

Let’s now inspect what exactly you should know and expect, and, most importantly — how will tariffs affect Bitcoin?
What Are the Latest Tariffs and Who Do They Target?
Staying in tune with the tariff dynamics is the first thing we should prioritize. Among other things, this will help us welcome change in all arms and calculate the Trump tariffs’ impact on Bitcoin. 

Here are summaries of the tariffs imposed by Trump and retaliatory measures of other countries. 
New U.S. tariff measures

 	Baseline tariff: A 10% levy on all imports effective April 5, 2025, under a national‑emergency declaration.
 	Reciprocal tariffs on China: Escalated to 125% on select Chinese‑origin goods, including mining rigs and components, amid unresolved trade disputes.
 	Electronics exemptions: Smartphones, computers, and certain semiconductor devices were carved out to mitigate consumer pain, though ASIC miners remain subject to tariffs.

EU measures
In response to U.S. actions, the EU faces a 20% U.S.-imposed tariff on its exports (notably impacting machinery and chemicals). As a major counter-measure, the EU is also looking to increase limits on U.S. exports of steel and aluminum. 

While a forced measure in nature, the only immediate result we’re seeing from that are growing trade risks, especially in Atlantic-bound supply chains.
China measures
Beijing retaliated by maintaining and expanding duties on U.S. agricultural goods and energy products. China also enforced more restrictions and limits in their export controls on rare‑earth minerals, which are crucial for electronics manufacturing worldwide. 

Again, while retaliatory, these moves and decisions put more pressure still on all niches that rely on chip manufacturing and mining‑hardware flows.

 



All of the above means that, yes, unfortunately Bitcoin isn’t safe from the effects, and we’re to see more of Trump tariffs’ impact on Bitcoin price. This stems mostly from the rehauled conditions in hardware markets. 

Let’s take a look. 
Sectors Impacted: Semiconductors, Energy, and Electronics
Due to President Trump’s sudden levy decisions, semiconductor companies like Nvidia and ASML saw industrial-grade losses in billions of dollars, due to the blockage on selling AI chips to China. All thanks to intimidating chip-specific levies and new export curbs that made semiconductor stocks drop in a major way. 

Energy prices spiked as markets priced in slower global growth and supply‑chain constraints. Major hardware and software providers fed into electricity cost pressures, especially in energy‑intensive industries. It goes without saying that this has a direct effect on Bitcoin mining, which requires stable, powerful flows of energy to power operations. 

“The last frontier” of niches affected by the tariffs, if we may say so, is electronics, where a bunch of exclusions were issued by the White House — the so-called “carve-outs” intended for the sake of global economic balance. 

These carve-outs intend exemptions (under increased trade duties) for the following types of semiconductor electronics:

 	Smartphones
 	Flat-screen displays & TVs
 	Laptop computers & parts
 	Desktop PCs and workstations
 	CPUs, motherboards, memory chips
 	Hard disks & storage media
 	Discrete chips & integrated circuits

Exemptions are temporary — U.S. Commerce Secretary Howard Lutnick confirmed that electronics will face separate Section 232 or national‑security tariffs in the near future. 

Video game consoles remain classified outside the “electronics” carve‑out (treated as “toys”), and remain covered by all the duties.


How New Tariffs Affect Bitcoin Mining Costs
It all comes down to the main subject of discussion — the connection between the new tariffs and Bitcoin, direct effects on the main crypto network, and future predictions. 
Rising Prices of ASIC Miners and GPUs due to Import Restrictions
With China, Malaysia, and Thailand facing 25–125% tariffs on mining equipment, the spot price of high‑end ASICs jumped by as much as 30% in the first week of April. This made miners rush shipments out of Asia before duties took effect. 

Bloomberg reported that U.S. miners scrambled to be the first to pre‑position new Antminer S21 fleets ahead of the tariff deadline. This shows exactly how easily hardware delays can translate directly into lost revenue and other unwanted prospects.
Higher Energy Prices and Their Effect on Mining Profitability
Electricity, already the largest cost point for miners, became more expensive because tariffs on energy exports and industrial inputs drove up power‑plant fuel prices. Regions with low overnight tariffs (e.g., $0.03–$0.05/kWh) retained a relative stability, but many U.S. miners saw costs climb to $0.08–$0.10/kWh, which stifled their profiting margins in a major way.
Miners in the U.S. vs. Miners in Asia
U.S.-based facilities that locked in long‑term power contracts managed to bear through the price shock better than smaller Asian farms that deal with both rising local energy rates and equipment import duties. Still, Asia remains dominant in raw hashrate, inspiring some operators to shift rigs to more favorable jurisdictions before the reciprocal tariffs become even more stringent.
Supply Chain Disruptions and Equipment Shortages
Then, we also have supply chains. The tariffs basically induced new pipeline bottlenecks and left many small‑scale miners waiting weeks to receive replacement ASIC modules. This scarcity inflated secondary‑market prices. But, more importantly, it forced a number of owners to put their rigs on hold, with the resulting downtime not only spawning money losses, but also slowing down global hashrate growth and affecting network difficulty.
Bitcoin’s Price Reaction to April 2025 U.S. Tariffs
Bitcoin price reaction to Trump tariffs demonstrates the leading crypto’s sensitivity to macro trade policy shocks. Namely, following the April 2 tariff announcement, Bitcoin’s price dipped from $105,000 to a low of $92,000 — a 12% drop. It then partially recovered as the market priced in potential tariff suspensions on Canada and Mexico. 

However, these volatility spikes reflected the broader risk‑off sentiment. In particular, market players and stakeholders repositioned their sales strategies and offers ahead of potential policy rollbacks. This made the trading volumes surge, and dangerously so, what in such unstable conditions.
Impact on Bitcoin Trading and Market Sentiment
The Bitcoin price reaction to US tariffs April 2025 have spawned tariff-driven uncertainty in digital‑asset markets, too: open interest in Bitcoin futures fell 18% in the week after the announcements. However, premium levels for Bitcoin in the U.S.-based exchanges widened. Ultimately, this signalled higher risk aversion and hedging costs.

Despite this turbulence, some long‑term investors perceived this pullback as a buying opportunity. In fact, retaining authority under such challenging macro conditions, Bitcoin plays a historical role of an inflation hedge, and can even become a mediator in this whole “tariff war” thing.
Could Tariffs Accelerate Bitcoin’s Global Decentralization?
High‑cost U.S. mining may motivate rig owners to shift geographically, toward regions with favorable energy prices and free‑trade agreements. Thus, we may see most of the world’s generated hashrate potentially move to Canada, Iceland, or parts of Scandinavia. 

Over time, this redistribution could help further diversify the network’s power base away from any single jurisdiction. In turn, this will reinforce Bitcoin’s censorship resistance and global decentralization ethos, growing and stabilizing Bitcoin future price as well.


Regulatory Risks: Are Crypto Tariffs Next?
The big question on everybody’s mind right now is whether we’ll see new tariffs emerging dedicated especially to crypto regulations? 

With policymakers already leveraging tariffs as an economic weapon, some analysts believe that specialized crypto duties could emerge next. These could be targeted at existing exchange platforms or mining equipment imports, creating another layer in an already complex economic stand. 

There is no visible jurisdiction yet for digital‑asset‑specific tariffs and any tangible concept of “Bitcoin tariffs” is far from existence. But the influence of global economics shifts on the network creates the precedent that calls for regulatory fragmentation in the crypto space.

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When it comes to such major shifts in market economics, it’s crucial to stay informed and prepared. Contact specialists at EZ Blockchain to get help fending off new tariffs, consult your next crypto mining steps, and build a cost-effective rig!

### Will Solo Bitcoin Mining Still Be Worth It in 2025?

Solo mining became a thing right when ambitious crypto buffs got their hands on custom mining setups. This gave birth to a whole niche of home-based mining farms and solo crypto entrepreneurs. 

The buzzkill here is that managing independent mining operations becomes more challenging by the year. The Bitcoin supply cap is tangibly limited, and to stimulate the coin flow and mining competition, halving takes place once in a couple of years, raising the overall difficulty of mining and lowering mining rewards. 

This and the ever-competitive state of the crypto market make us question — is solo mining still viable at all? 


Key Changes in Bitcoin Mining Since the 2024 Mining
The main reason for asking this question in the first place is the effect of halving. The last halving took place in 2024, and it completely reshaped the Bitcoin mining ecosystem by slashing block rewards and tightening coin supply dynamics. This brought on a slew of ultimate changes. 

To recap:

 	Halved block rewards
The most immediate change is that miners now earn 50% fewer bitcoins per block compared to what they used to get. This bears a direct impact on miners’ revenue streams and motivates many to re-assess profitability of their operations.
 	Adjusted mining difficulty: As the network’s total hash rate grows, more blocks must be produced and their mining time must be kept consistent. This is achieved by raising the principal difficulty of cryptographic operations in a block.
 	Limited economic viability: Now that the block rewards are about half lower, mining rig owners must mind every article of expense even more carefully. This includes electricity bills, hardware maintenance, and overall efficiency-profitability ratio. 

These factors make the space for solo mining Bitcoin stifling and overly challenging unless you re-prioritize and double down on energy management and maximization of profitability on reasonable investment. 

This is the first essential change in Bitcoin mining as a whole — in order to stay efficient and up-to-competition, existing mining rigs must run on the latest hardware and software. 

Because not everybody can afford that, we get the second big outcome — the hashrate centralization trend. This pushed the popularity of mining pools — collective platforms where enthusiasts can gather and combine the hashrate performance of their ASICs.

But more on that below. Right now, let’s try and clarify this question. 
Profitability in 2025: Is Solo Mining Still a Viable Path?
As Bitcoin solo mining can be very individual based on how exactly you approach and manage your venture, there cannot be a definite fit-for-all answer as to the profitability of staying solo. It is important to make an individual analysis here and understand whether the game’s worth the shot exactly for you. 

Here are the metrics that will help you ultimately decide. 
Estimated Costs vs. Potential Block Rewards
Your crypto mining’s profitability is shaped by the operational expenses your rig generates more than by anything else. This is why you should start with the calculation of your return-on-investment potential. 

Important. Make sure to factor in both fixed and variable types of expenses:

 	Fixed costs: Upfront investment in an ASIC miner (ASIC hardware, extra fans,  energy source), farm setup (racks, housing for a rig), and infrastructure of your rig (connections, interior, etc.).
 	Variable costs: Electricity usage, cooling (fans might need to be switched from time to time), maintenance (tech support, troubleshooting, repairs, etc.).

First thing you should do is list all of these and compare them with the profitability of your mining rig. You can approximate the rig profitability by taking its energy consumption specs and maximum hash capacity (hash mined per second), and calculating Watts per Terahash (W/Th) consumed.

To make things simpler, use a specialized solo mining calculator, where you can specify any required specs and even simulate custom mining scenarios to get an approximation that considers all variables.
Electricity Prices and Energy Efficiency
Today’s high-end ASIC miner might consume up to 3.3 kilowatts (kW). Running twenty-four hours a day, this translates to roughly 80 kilowatt-hours (kWh) consumed daily.

Here’s a breakdown for you:

 



Power consumption
Daily cost
Monthly estimate
Annual estimate
Regional variability


~3.3 kW (~80 kWh per day)
~$4 per day per machine (at the energy cost of ~$0.05 per kWh)
~$120 per machine
~$1,425 per machine
x2 potential depending on the regional energy prices



 

At an electricity rate of about $0.05 per kWh, your Bitcoin solo miner would cost roughly $4 per day per machine. That’s about $120 per month or roughly $1,425 per year for each miner. And in regions with higher electricity rates — say, $0.10 per kWh — these costs could easily double. 
Break-even Analysis for Solo Miners
To give you a practical example, we have conducted a break-even analysis based on the hypothetic purchase and usage of Antminer S19 Pro. 

 	Assumptions:

 	ASIC Miner: Antminer S19 Pro
 	Hashrate: 110 TH/s
 	Power consumption: 3.25 kW
 	Cost: $3,000




 	Economic factors:

 	Electricity cost: $0.03 per kWh (low-cost energy scenario)
 	Bitcoin price: $85,000 per BTC




 	Network conditions:

 	Total network hashrate: 350 EH/s (350 × 10¹⁸ H/s)
 	Block reward: 3.125 BTC per block
 	Blocks per day: 144



In order to get a break-even, we need to calculate all underlying factors step-by-step. 
#1 Calculate miner’s share of the network

 	Convert miner’s hashrate: 110 TH/s = 110 × 10¹² H/s
 	Miner’s share = (110 × 10¹² H/s) ÷ (350 × 10¹⁸ H/s)
   ≈ 3.14 × 10⁻⁷

#2 Determine daily mining revenue

 	Total daily Bitcoin reward:
   144 blocks × 3.125 BTC/block = 450 BTC/day
 	Daily BTC earned by miner:
   450 BTC × 3.14 × 10⁻⁷ ≈ 0.0001413 BTC/day
 	Daily revenue:
   0.0001413 BTC × $85,000 ≈ $12.01 per day

#3 Calculate daily electricity cost

 	Daily energy consumption:
   3.25 kW × 24 hours = 78 kWh/day
 	Daily electricity cost:
   78 kWh × $0.03/kWh ≈ $2.34 per day

#4 Determine daily profit and break-even time

 	Daily net profit:
   $12.01 (mining revenue) – $2.34 (electricity cost) ≈ $9.67 per day
 	Break-even period for hardware:
   $3,000 ÷ $9.67 per day ≈ 310 days (about 0.85 years)

Under these optimistic conditions, the daily mining revenue is estimated at around $12.01. After subtracting the electricity cost of $2.34, the net daily profit is approximately $9.67. With a hardware cost of $3,000, the break-even point should be achieved in around 310 days (just under a year).
Hardware Requirements: Can You Compete Without Top-Tier ASICs?
As you can see, today’s solo Bitcoin mining conditions can be quite harsh. You have higher chances to maintain a profitable operation with a high-end ASIC. But things aren’t so simple and even a top-tier ASIC rig cannot guarantee a maximized costs-to-profits ratio. 


Hashrate Centralization
That is mostly due to the overwhelming centralization of hashrate among a few dominant crypto market players. This phenomenon makes solo mining riskier — your chance to win a block becomes highly stochastic compared to pooled resources.

This reduces the probability for an individual solo miner Bitcoin to successfully mine a block, as rewards are distributed based on hashrate share. For solo miners, winning a block reward becomes largely a game of chance. Even if your equipment is top-tier, a few days without a reward can severely impact cash flow and ROI.
Alternative Strategies for Individual Miners
If you do run (or expect to run) into that sort of a situation, your best bet is to consider alternative ways to maximize your mining profits. A lot depends on hashrate capacity, but truly successful mining operations are consistent. You can achieve that consistency by exploring the following options. 
Joining Mining Pools With Low Fees
Transitioning from pure solo mining to joining a Bitcoin solo mining pool can provide more consistent returns while still maintaining some degree of independence. You should research and pick the best bitcoin solo mining pool options based on fees and reward frequency. There are increasingly loyal platforms with minimum fees appearing each day. 
Using Platforms Like EZ Blockchain to Optimize Performance
A specialized, all-in-one, innovative platform like EZ Blockchain can give you a bunch of tools to optimize mining operations and boost a mining rig’s performance. Namely, you can maximize the energy-efficiency and minimize maintenance expenses with:

 	A convenient dashboard with real-time monitoring statistics, metrics, and tweaking features
 	Analytics and data processing that helps get performance insights, predict profits, and prevent failures
 	Sensitive resource management with KPI and power monitoring, in-app bill payments, and profit calculation

Exploring Merge Mining and Altcoins
Last but certainly not least, there are ways you can diversify how you solo mine Bitcoin. First off, you can mine two or more blockchain networks simultaneously by merging your mining operations. A novel technique, merged mining allows you to profit from an auxiliary chain that you can dual-mine as a secondary network without an increased performance burden.

As yet another alternative option, you can take your mining beyond Bitcoin and explore altcoins. These include any cryptos other than Bitcoin. Setting sights on other, both established and promising networks, such as Solana, Cardano, or Polka Dot, each bearing the potential to bring increased profits, especially during bull markets. 


Final Verdict: Is Solo Mining Worth It — or Is It a Thing of the Past?
Solo mining definitely becomes substantially harder to take on single-handedly, what with all the halving events, stable competition, and growing costs of energy. To answer the ultimate question — yes, solo mining can be quite profitable in 2025 if you know your market, leverage insights, and calculate things beforehand. 

At the very least, you can see that from our break-even analysis. If you need a more personalized estimation or wish to consult the next step in your crypto mining journey, you can turn to specialists at EZ Blockchain for individual guidance and services.

### Cryptocurrency vs. Fiat Money: Key Differences and Advantages

If you’re into blockchain and crypto, you know how digital currencies can already make a viable alternative for regular financial systems. But how well do you understand the essential difference between crypto and fiat money?

This article goes into depth on what exactly sets fiat money apart from digital cryptocurrencies, giving you just enough insight to plan a reliable financial future.

But, first things first — the definitions. 


What is Fiat Money?
Fiat money is your usual currency, minted, issued, and regulated by the government. Fiat currencies also don’t have to rely on any back-up assets, like gold. Its value is built on the stability, value-efficiency, and social trust for the issuing authority. Your regular cash, bank deposits, and physical currency notes — all are categorized as fiat.



Key takeaways:

 	Government-issued and legal tender: Fiat money is issued and authorized by a central government. Formally, it is recognized as legal tender for anything a person might need to compensate for (including regular payments, debts and loans, utilities, etc.).

 	Centralized control and regulation: Fiat money’s supply and value are managed by central banks, its flow being directed through a range of governmental monetary policies.

 	Dual nature — physical and digital: Fiat money exists both as tangible cash (coins and banknotes) and as digital currency, which can be kept on bank accounts and transferred online.

Governments control the flow of fiat money with the help of numerous regulatory bodies, specialized policies, and institutions. To give you some real-world instances, these include:

Central banks

 	The US Federal Reserve: Sets interest rates, controls money supply by enabling public market operations, and provides last-resort landing opportunities.
 	European Central Bank (ECB): Manages the euro and the Eurozone’s monetary policies, as well as financial stability policies in member countries.

Regulatory bodies

 	

 	U.S. Securities and Exchange Commission (SEC) 




 	Financial Industry Regulatory Authority (FINRA) 

Both oversee a range of aspects in financial markets that impact the flow and stability of money.
What is Cryptocurrency?
Cryptocurrency is a currency that exists only digitally. It is virtual, yet fulfills the same monetary function as any other fiat currency. Based on its name, cryptos aren’t minted — they are the result of a range of cryptographic operations taking place in the blockchain network. 

Today’s crypto maximizes the benefits of blockchain — the immutable records of fully visible transactions, smart contracts for decentralized, secure deals, and innovative coin supply mechanisms for a stable flow of currency. 



Key takeaways:

 	Digital-only nature: Cryptocurrencies exist in digital form. They automatically remove the need for physical cash, which is considered their main trait.
 	Limited supply mechanisms: For many digital currencies, such as Bitcoin, there is a capped supply built into the protocol, which can create scarcity and potential long-term value retention.
 	Programmability: Many cryptocurrencies, such as Ethereum, leverage smart contracts, which are a self-executing code that automates and enforces agreements without intermediaries.


With cryptocurrencies like Bitcoin leading the charge, these digital assets promise greater autonomy, faster transactions, and a novel way for users to manage value without intermediaries. But there’s more. 
Key Differences Between Cryptocurrency and Fiat Money
While it’s easy to set cryptos apart from fiat knowing their baseline definitions, there is more depth to the difference between these two modern formats of currency. Let’s get into a bit more detail here — it can help you weigh out your options for business or personal financial management purposes. 
Control & Regulation
→ The regulation of fiat currencies is managed by central banks and governmental agencies.

→ Cryptocurrencies operate on decentralized networks maintained by communities and miners. 

This significant shift in control sparks lively debates on fiat currency vs cryptocurrency dynamics and how authority is redefined in our digital world. For cryptos, the lack of large, official regulatory bodies is the bane of existence and main reason why they cannot possibly replace fiat money to full extent. 

Although, some countries are making advances in developing legal sides of maintaining the crypto assets flow. We also have the upcoming EU AI Act, which prompts some of the first ever tangible regulations for cryptos on a government level. 
Supply Mechanism
→ Fiat money is regulated and affected by government-led monetary policies. These often provoke inflationary pressures and other hardships. 

→ Cryptocurrencies like Bitcoin have a capped supply embedded in their protocols. This mechanism controls their scarcity, which also supports their potential value appreciation. 

Keep in mind, a disadvantage of fiat currency is that its supply can rapidly increase, but its value dilute over time. This is where cryptos take on a more progressive approach, albeit an experimental one at that. 

Namely, individual crypto networks set a supply cap for coins they mint, which is much easier to manage and regulate (and implement in the first place) with digital tools and personalized platforms. 
Transaction Speed & Costs
→ Traditional financial systems can take random stretches of time to transact money, and instill costly fees. 

→ Cryptocurrencies offer near-instant settlements with minimal fees and no attachment to location.

Notoriously, physical transactions can take as long as “2 to 99 business days”. Then, there are commissions, especially when processing international transactions. This and the overall fragility of regular money are other points that make fiat rather inferior to cryptos. 

A primary talking point in discussions comparing crypto vs fiat systems is how cryptos have the potential to dramatically speed up and cheapen cross-border money transactions by removing the physical attachment entirely.
Security & Transparency
→ Fiat money relies on centralized systems and external control of your personal budget.

→ Cryptocurrencies operate on immutable blockchains where every transaction is recorded and verified individually by the secret key holder. 

Now, the question of ultimate security and reliability of choosing, say, Bitcoin vs fiat assets, is where the discussion branches out. Yes, centralized financial institutions may be susceptible to manipulations and practices that are invisible to you. But crypto networks also have their risks, especially being all-digital and going online to carry out most operations. 

One thing’s for sure, there are enough technological opportunities and best practices available to reinforce the security of crypto wallets, and you should certainly turn to them proactively if you’re into crypto. 
Physical vs. Digital
→ Fiat money exists both as physical cash and digital entries.

→ Cryptocurrencies are exclusively digital. 

This radical difference creates a paradigm where traditional banknotes and coins face off with blockchain-verified digital assets — an essential discussion in fiat money vs cryptocurrency debates. Right now, both fiat and crypto currencies exist simultaneously. But if it comes down to it, what will we choose — a well-proven, familiar option or a novel alternative? Only time will tell. 


Advantages of Cryptocurrency Over Fiat Money
We still have yet to see whether crypto is a viable alternative to replace money completely, but in places it is used right now, it is on a steady rise. There is a huge cryptocurrency market that is worth an insane $2.71 trillion, and to its adopters, cryptocurrency offers a bunch of compelling benefits, like:

 	Decentralization: Cryptos allow bypassing any intermediaries, like banks or money transfer agencies, which is a fresh perspective when considering cryptocurrency vs fiat currency models.
 	Cost- and speed-efficiency: Low transaction fees and near-instantaneous transfers reshape global commerce, particularly beneficial in cross-border transactions.
 	Reinforced transparency and security: Blockchain’s open ledger system safeguards against corruption and malicious hacker intents, and boosts user confidence with sensitive verification.
 	Digital-native integration: As economies move further into the digital realm, integrating cryptocurrency fiat systems enables seamless connectivity and financial innovation.
 	Borderless transactions: Cryptocurrencies enable fast, low-cost transfers across borders. They also help avoid exchange fees issued by most services handling such transfers today.

The Future of Money: Will Cryptocurrency Replace Fiat?
As we forge ahead, the discussion around cryptocurrency vs fiat can be larger than we think. We are talking about a new financial ecosystem, after all. One that may as well become our future norm. 

Right now, we can say for sure that with undying trends, highly advanced cybersecurity achievements, and total efficiency of digital currencies, we get a glimpse into a more democratized economic landscape of the future. 

Whether comparing bitcoin vs fiat in terms of value storage or assessing the fiat money pros and cons, the future likely holds a blended approach. Rather than replacing, digital assets will rather complement — and potentially transform — the established monetary system.

For companies and entrepreneurs looking to inspect the forefront of these progressions, it is essential to stay in the know. The insights provided here are meant to equip you with the knowledge to take on an insightful approach to money as a whole, and gain confidence for your innovative crypto strategies.

Hope they come in useful!


Bottom Line
Questions like “is bitcoin fiat money?’ still arise all over the web, underscoring just how fundamentally different these systems are. You should have your knowledge straight by now. All in all, while fiat money remains the backbone of today’s economies, the transformative advantages of cryptocurrency are paving the way for a future. 

The future where you gain principally more control, transparency, and efficiency over your finances. To embracing these shifts to the max, you may need a reliable tech and software partner. Let the seasoned specialists at EZ Blockchain help you pick the best digital transformation directions — consult with us!

### What is a Cold Wallet and How Does it Work?

While there are many available cyber protection methods out there, for crypto asset security, a more traditional, even basic approach can be best. Routinely overlooked due to the abundance of technology, a cold wallet can safeguard digital assets immutably. 

But let’s figure it out in more detail. What’s a cold wallet? Do you need to get one? And how does a cold wallet work to boost the safety of crypto in particular? 


What is a Cold Cryptocurrency Wallet?
Crypto wallets are no novelty these days. Even a person who doesn’t necessarily own one probably manages finances digitally in some way or another. With both fiat and crypto finances stored, managed, and traded online being a total norm, hackers and digital thieves of all sorts gain more ways to potentially put their malicious hands on your assets. And they get this opportunity simply by going online.

You use a cold wallet when you store cryptocurrency in a place that’s completely offline — no connection to the web whatsoever. This isolation of valuable assets helps to fully avoid the risk of hacking or unauthorized access. Ultimately, this is where the old but true way is probably the best way, what with all the volatility of the crypto market and a range of threats lurking online. 
Core concept
As opposed to hot wallets (online crypto wallet solutions), cold wallets have two basic advantages that make them so relevant for today’s crypto holding practices — offline storage of assets and the solid security of holdings stemming from that. 

Cold wallets store your private keys — essential for accessing and transferring crypto — on devices or paper, which aren’t online or digitized at all. Without an online connection, the wallet is immune to common online threats like phishing, malware, or remote hacking. But there’s more. 
Why cold wallets are considered the safest option
Despite a huge progress of the latest crypto protection mechanisms, traditional, cold crypto wallets remain the most foolproof storage method, for a bunch of reasons. By minimizing the exposure of your wallet to any third parties, you get to completely avoid cyber attacks, cutting down malicious intentions of hackers and scammers at the root. 

Storing all your data secrets and keys offline is a sure way to get past all the common vulnerabilities of digital and online environments. And even if your connected device or online account is compromised in any way, a cold wallet will remain untouched.


How Does a Cold Wallet Work?
A “cold wallet” is more of a format than a definition of a certain type of storage as is. You can turn any offline device, ledger, or even a piece of paper into a cold wallet. The main principle is that only you can access it, and none other than physically, by hand.

Crypto assets are defined by secret keys, and by storing these keys outside of web-connected systems, you isolate this highly sensitive, confidential information used to authorize the cryptocurrency for access and transactions.
The tricky part
The tricky part of managing cold wallets is keeping the keys untouched by the Internet on all ends. But what is cold wallet’s use when transfers must still happen online, you may ask? If you need to conduct a transaction, you’ll have to put some extra effort into keeping the keys fully offline. 

But it’s more than doable. Namely, you need to:

 	turn off the web connection completely
 	sign the transaction offline
 	once signed, re-connect and go online
 	finish the transaction online

This way, your private keys will stay outside of the web’s reach and won’t be processed by any online intermediaries. 
Types of Cold Wallets Explained
Cold wallets can vary in format, shape, and function as far as the imagination goes. From specialized offline apps to classic notebooks and ledgers to more intricate yet effort-intensive ways, crypto keys can be preserved via a bunch of practical solutions. 

With the cold wallet meaning out of the way, let’s take a look at the essential options we get. 
Hardware wallets
First off, you can use any physical device with space available to hold data and store your private keys beyond the network’s reach. The most basic and widely-used example is a simple USB stick. You can also use spare hardware, like old flesh drives, mobile phones and devices, and external HDDs or SSDs, throwing a text file on it and letting it rest securely offline. 

There are also specialized apps that help automate the offline-based transaction process while keeping it fairly manual. For instance, you can automate transfers with the help of Ledger or Trezor, making sure that once connected to a computer or smartphone, the USB stick signs the transaction internally without exposing the keys.


Paper wallets
Yes, keeping records purely on paper is still one of the best, most reliable backups, especially when it comes to crypto. So take an extra mile and make physical printouts or handwritten copies of your public and private keys.

The keys themselves can be generated offline and written on paper or printed out. In this way, to transfer a crypto, you simply have to manually specify the keys in a software crypto wallet.

The only downside here is that you have to be extra careful with all your sheet records because paper can be easily lost, damaged, or destroyed. You need to make sure to maintain careful handling and storage.


Air-gapped computers
Last but not least, you may have an old, unused computer laying around, or you can invest and get a separate cheap machine dedicated to holding key data, for that matter. Just make sure to keep this PC, Mac, or laptop air-gapped. 

An air-gapped computer is a type of machine that has never gone online. Not even once, which ensures there is no possible way to access the data and any other stuff it stores. 

Thus, you get to store and manage private keys completely offline. Just launch an air-gapped PC or laptop when you need to sign a transaction, then finish the transfer by other means. For extra security, you can:

 	Sign the transaction offline
 	Transfer it via a QR code

This is a go-to method for high-net-worth crypto holders looking for some extra firm crypto protection.


Pros and Cons of Cold Wallets
However inherently safe and non-accessible by third parties they may be, cold wallets still have both beneficial and weak points to them. It’s important to know all aspects to weigh out your options and boost your crypto key storage security knowingly.
Pros

 	Reinforced security
Since you generate and store crypto keys purely offline, you get to dramatically lower or fully avoid the risk of online hacks and malware attacks.
 	Long-term storage
If you are holding large amounts of cryptocurrency and you don’t plan to transact it any time soon, a cold wallet is a perfect solution to just let it rest safely.
 	Control over keys
With a cold wallet used to conduct end-to-end offline transactions, you retain full ownership and control of your private keys, avoiding third-party custodians.

Cons

 	Convenience sacrifices
You may have to put a bunch of manual effort into managing keys entirely offline, which can make transactions a bit more longer and cumbersome.
 	Risk of physical loss
Devices or paper can be lost, stolen, or damaged, and you won’t get your keys back unless you’ve taken care of sufficient backups.
 	Added complexity
Installing the wallet software, taking care of copies and devices, and managing an air-gapped computer may require you to go an extra mile or two.

Cold Wallet Security: Best Practices
As you can see, there are still possible dangers and flaws to the cold wallet and offline key storing approach. But you can boost the safety of your cold wallet by tapping into these best practices:

Create multiple backups
Make sure to always have extra backups of your private keys kept in different locations, preferably offline ones.


Use strong physical security
Store hardware wallets and paper records in a safe or bank vault, especially if your assets are formidable.


Regularly update firmware
For hardware wallets, make sure to keep the device’s firmware updated, to benefit from the latest security patches.


Avoid digital copies
Forget about digital files or cloud storage services when it comes to storing crypto keys — any of those can easily leak or get hacked. 


Who Should Use Cold Wallets?
A cold wallet method is something you should consider if you’re into crypto at all. Whether you trade, mine, or simply hold cryptocurrency assets, cold wallets will help safeguard them in an immutable fashion. 

Of course, such wallets can also serve as perfect backups or additions to hot wallets, existing storage systems, and various other software solutions related to crypto. 

As for the core audience of users, cold wallets come in best for anyone looking to store major amounts of cryptocurrency, particularly for long-term investment. This may include:

 	High net-worth holders
Cold wallets are a necessity for anybody holding large crypto portfolios that require a respective level of protection.
 	Institutions and enterprises
Companies that require secure storage for reserves and internal digital assets should certainly dedicate to cold wallets.
 	Investors not requiring frequent transactions
If you’re holding crypto as a long-term investment rather than for daily trading, a cold wallet is a must.
 	Security-conscious enthusiasts
Anyone prioritizing security and not shying away from some extra steps to boost it should consider cold wallets.

Still need clarifications on what is a cold cryptocurrency wallet or how does cold wallet work? Contact EZ Blockchain to get a personal consultation and full assistance in launching and managing crypto solutions of any size and purpose!

### Individual Monitoring by ASIC: Why it Is Critical for Mining Success

In the arena, every terahash counts. That’s why if you have an ASIC farm or a setup built out of multiple rigs, individual crypto mining site monitoring should be among your top priorities. For this, you need to track each ASIC and consistently react to bad readings. 

If you don’t know where to start, this guide will tell you what’s what, including more reasons to prioritize focused ASIC monitoring and ways to actually do that. 


Why Individual ASIC Monitoring Is Essential for Success
First and foremost, it’s important to have a full realization of just how much a consistent, individual monitoring approach can turn things around in your mining routines. 

See, your ASIC miner is like a good sports car. Yes, it runs its own, but you wouldn’t just let it run on autopilot all the time without checking its engine, right? To keep the profits coming and growing consistently, you need to keep a close eye on each unit, which allows seeing exactly where performance issues and lags stem from. 

With dedicated ASIC monitoring, you get a full report on every miner’s health and performance in real-time. No more guesswork — just clear, actionable data that helps you preserve your mining workflow’s efficiency.

There are more ultimate reasons to prioritize rig-by-rig monitoring.
Maximizing Hashrate and Performance
When it comes to mining, every bit of hash power is money in your pocket. Individual monitoring means you’re not leaving any terahash out of the pocket. However, if you track all performance metrics down to the nitty-gritty, you can squeeze every drop of efficiency out of your rig. 

This is where your ultimate purpose is to make sure every bolt is tight and every component is maximized in its productivity. All in all, boosting your hashrate isn’t just about having the best mining hardware — it’s about keeping that hardware running at peak performance 24/7.
Identifying and Resolving Hardware Issues Early
You may be mining in peace when, bam, one of your ASICs starts acting up. And without proper monitoring, you might not even notice the issue until your overall performance dips, losing precious coins in the process. With individual monitoring, you get to catch glitches early. 

Whether it’s a cooling fan that’s about to quit or a power supply starting to go out, you get a heads-up before things spiral out of control completely. Early detection allows you to fix the issue fast and get back to mining your own business.
Reducing Downtime and Increasing Uptime
Every minute your miner is offline adds up to a total profit loss. But if you keep a pulse on each ASIC, you can prevent and eliminate potential failures beforehands. This is a sure way to minimize unexpected breakdowns or lengthy repairs. 

Ultimately, sensitive mining machine monitoring comes down to a minimum of downtime and a maximum of uptime, which ultimately translates to a healthier hardware, period. Remember, in crypto, It’s all about staying in the game and keeping your operation humming.
Optimizing Energy Efficiency for Cost Savings
Yes, electricity expenses, again. The notorious topic for every crypto enthusiast with a mining setup. Well, guess what? Detailed ASIC monitoring lets you track power consumption like a boss, so you know exactly when your machines are eating too much energy. 

Sensitive monitoring also allows you to timely fine-tune settings or make a decision to upgrade or migrate to more efficient hardware. The best thing is that such decisions become a no-brainer when you have data at your fingertips. That way, you can save on energy bills, cut waste, and boost your ROI.


What Exactly to Track and Monitor?
In order to maintain an efficient tracking and monitoring routine of your ASIC setup, you first need to make clear which points you should focus on.

Here are the essential aspects to track for individual ASIC rigs for the most exhaustive reports:

 	Hashrate performance: You should monitor moment-by-moment hash rates to quickly spot underperforming chips.
 	Power consumption: Track wattage, voltage, and current draw to detect abnormal spikes and optimize energy efficiency.
 	Temperature levels: To watch out for overheating, get a stable measurement of board and chip temperatures.
 	Fan speed and cooling efficiency: Keep an eye on fan RPMs and airflow to ensure proper cooling.
 	Voltage and frequency clocks: Check operating voltages and clock speeds for overclocking or undervolting stability.
 	Error and fault logs: Record system errors or anomalies to catch hardware issues early.
 	Network status: Monitor signal quality and ping times to avoid downtime.
 	Other KPIs: To gain overall performance insights, make sure to review efficiency metrics like:

 	 J/TH
 	uptime
 	ROI



This pretty much covers all angles you need to keep in closer watch to maintain profitable ASIC performance and increase its efficiency where possible. Now, you need to also know particular metrics and KPIs that you must track.
Essential Metrics and KPIs
There are a range of points and factors affecting the overall performance, sustainability, and profitability of the ASIC mining rig. 

Here’s a concise breakdown of the primary metrics you should be tracking on your crypto mining rigs along with some brief takeaways about each KPI and characteristic:

 	Hashrate — TH/s or GH/s


 	

 	Measures the computational power
 	A drop might signal hardware or network issues




 	Power consumption — Watts


 	

 	Tracks the total energy draw
 	Important for calculating operating costs




 	Performance efficiency — J/TH or W/TH


 	

 	Indicates how many joules or watts are used per terahash
 	Lower values mean higher efficiency




 	Temperature — °C


 	

 	Monitors chip and board temperatures
 	Helps prevent overheating and thermal throttling




 	Fan speed — RPM


 	

 	Reflects the efficiency of ASIC’s cooling and airflow
 	Abnormal speeds can indicate mechanical issues




 	Voltage and frequency settings


 	

 	Reflects the safe parameters of ASIC operation
 	Helps overclock or undervolt




 	Uptime/downtime and error logs


 	

 	Tracks system reliability and fault incidents
 	Useful for diagnosing hardware issues early on




 	Network connectivity metrics


 	

 	Indicate network latency and packet loss
 	Critical for maintaining stable mining operations



Getting each of these metrics under control allows you to ultimately fine-tune your rig’s performance, cut downtime, and grow profitability, all thanks to a timely implemented crypto mining monitoring system. How to get it all in one place without going far?


How EZ Blockchain Dashboard Simplifies ASIC Monitoring
When it comes to keeping a thumb on all your miners, the EZ Blockchain Dashboard is the ASIC miner monitoring software to centralize, synchronize, and track things in one convenient place, using a versatile dashboard and easy-to-manage settings and features. 

Here’s how it can help you stay on top of your crypto mining game:
Real-Time Performance Tracking and Alerts
Get instant notifications if any miner starts underperforming. Use EZBlockchain Dashboard as a radar, which notifies you the minute something’s off, so you can jump in and sort it out pronto.  Keep in mind also that this is your customizable ASIC monitoring software that you can configure in line with your individual needs and rigs. 
KPI & Power Monitoring for Cost Optimization
With detailed KPIs and power usage stats acquired with the help of mining remote monitoring, you can break down your costs and fine-tune the workflow accordingly. The EZB Dashboard gives you the full scoop on efficiency metrics so you can squeeze out maximum performance without blowing your budget.
Individual ASIC Health Reports and Maintenance Alerts
You don’t need summarized, surface-level reports if you seek truly essential details. What you need are individualized hardware health reports that let you know which machine might need a little maintenance intervention. This is a sure way to keep your ASIC’s fleet in top shape and avoid any nasty surprises.
24/7 Monitoring with a Personal Manager for Support
Mining never sleeps, and neither does EZ Blockchain Dashboard. Around-the-clock monitoring paired with a dedicated support manager who’s ready to clarify your questions live means you’ve always got someone in your corner ready to help if things go south.
Start Tracking Your Miners with EZ Blockchain Dashboard
Why mine blindly when you can have a dashboard that provides a sheet of all performance indicators and running characteristics clear as day? Leverage EZ Blockchain Dashboard and to track miners in real time, gain personalized data, use instant alerts, and gather smart analytics.


Wrap-Up
At the end of the day, individual ASIC monitoring is something too expensive and risky to overlook. And only a specialized mining monitoring software solution will help you cover all of the aspects discussed above. For instance, EZ Blockchain Dashboard offers an in-depth combination of real-time data, energy optimization, and 24/7 support. 

Are you looking to set up a crypto miner and don’t know how to monitor it? Do you need proprietary tracking software or better opt for cloud mining monitoring? How to boost your existing setup? Contact specialists at EZ Blockchain to discuss your options and consult your next step. And happy mining!

### Can You Make a Profit with ASIC Mining?

Since then, ASICs have grown to form a huge market of its own valued at more than $100 million, with an outstanding 6.1% CAGR growth rate. There are certainly some sweet pieces of pie to grab in that arena. 

But the purpose of this article is to provide a more in-depth answer to the question that bothers many ambitious miner’s minds — what is the potential profitability of ASIC mining, if any?


The Rise of ASIC Mining: Is It Still Profitable in 2025?
The main reason why this question is on the agenda in the first place is the booming history of ASICs’ introduction. Expectedly, crypto go-getters that adopted ASICs early on had a chance to grab some extreme gains, and grow them exponentially for some time. 

The situation with ASIC miners profitability has changed since then, but no other worthy competitor has appeared on the technological arena as of yet to actually outrun ASICs in their mining performance. Before ASICs, people mostly used GPUs, leveraging their processing power by assembling custom setups. 

In 2025, the amount of profits you can make with ASICs depends on a nuanced balance between well-maintained hardware performance, operating costs, and market conditions. In particular, miners must upgrade and optimize every facet of their mining activities in the face of Bitcoin network’s difficulty escalation and halving events, which alter the size of rewards.
How ASIC Miners Work
To gain a better understanding of how ASICs make crypto money in the first place, let’s recap their basic mechanisms of work. 

ASIC stands for Application-Specific Integrated Circuit, which means that there’s a functional circuit at the core (a CPU-powered central block) that is designed for a specified range of applications, i.e., for crypto mining processes. 

As opposed to multi-purpose, media-inclined computers, such machines are purpose-built to handle very repetitive, complex, high-speed calculation flows. The flows that enable efficient, focused crypto mining in general. The underlying integrated circuitry has the sole responsibility of solving cryptographic problems, thus assisting the validation of transactions.  

The ultimately streamlined design of ASICs — all-in-one, built-in functionality out-of-the-box — allowed for incorporation of the highest-end mining capacities. To give you an instance, owing to the slick design, ASICs enable a completely different standard of:

 	Hashing power: ASICs boast stable delivery of terahashes per second (TH/s), which far exceeds the highest readings of general-purpose hardware.
 	Energy use: ASICs are initially engineered to optimize and maximize performance at a balanced energy consumption, mostly by preserving the energy that’s usually wasted on irrelevant functions or downtime.
 	Dedicated functionality: Compared to GPU- or even CPU-based, ASICs require minimal software and hardware adjustments .

In order to achieve and maximize these beneficial capacities, however, ASICs require a certain amount of effort. In particular, here are the main factors you need to be able to maintain to optimize ASIC profitability. 


Factors That Affect ASIC Mining Profitability
Now, there are various factors big and small that shape the ultimate profitability potential of a certain ASIC rig. Knowing these essentials will help you find ways to cut down on and optimize costs. 
Mining Difficulty and Network Competition
As more miners join the network, the difficulty of finding the next block increases. In 2025, this competitive environment means that only devices with high hashing power — and those capable of maintaining performance under rising stress-load — will remain profitable. The first and foremost priority here should be not only to maintain the hardware, but also timely upgrade it in order to preserve a competitive edge.
Electricity Costs and Energy Efficiency
The operational cost of ASIC mining is defined in a huge way by electricity. Here, it’s crucial to track your performance-to-energy consumption ratio, which is measured in joules per terahash. 

Right off the bat, there are two ways to start saving on energy from the very outset of mining operations:

 	Mining in low-cost regions: Miners in areas with cheaper electricity (for example, regions averaging below $0.10 per kWh) can enjoy much better investment-costs margins.
 	Device efficiency: Newer models such as the Bitmain Antminer S21 XP and MicroBT’s Whatsminer series are designed with a focus on energy efficiency, which means you can return your hardware investment quicker.

Bitcoin Halving and Its Impact on Mining Rewards
Bitcoin’s halving is required so that the limited stock of Bitcoins can be maintained, and the conditions for its mining kept competitive. Each halving event cuts the block reward by half. This directly changes the revenue per mined block. The result is that the reward gradually declines, and you need to invest more performance capacity into it. 

The takeaway? In 2025, ASIC miners must be both power-efficient and capable enough to compete even when rewards are diminished if a decent level of Bitcoin ASIC mining profitability is expected.
Hardware Costs and ROI Calculation
Upfront costs for state-of-the-art ASIC miners make up quite a penny, but if you really want to invest the smart way, these costs should be weighed against their lifetime return on investment. 

Namely, these factors should be considered:

 	Original purchase price: Newer, high-performance models are set at higher prices, but still can pay off due to beneficial characteristics.
 	Lifespan and reliability: Machines that can perform consistently over time can save you from costly downtime and hardware repair expenses.
 	Resale value: With rapid technological advancements, older devices can depreciate quickly. It’s good to know the ASIC’s overall worth just in case.

To make your calculations easier and more precise, try using a specialized ASIC miner profitability calculator, using pre-defined parameters and custom inputs. 
Best ASIC Miners for Profitability in 2025
In the current market, several models stand out:

 	Bitmain Antminer S21 Pro: With a hash rate exceeding 234 TH/s and at the 15 J/TH energy efficiency reading, this is a high-performance model with great cooling.
 	Antminer S21 and S21 XP Models: The XP version of S21 is the fastest-running thus far, boasting a 270 TH/s power rating at a 13.5 J/TH energy-saving capacity. 
 	Emerging Models: Newer ASICs with integrated cooling and advanced firmware management are entering the market, further improving energy efficiency and operational uptime.

Miners are advised to evaluate each option based on their local electricity rates, climate conditions, and available capital for both hardware and ongoing maintenance.


Reducing Costs and Maximizing Mining Profits
Got all that down? You could already achieve a stand-out ASIC miner profitability, but there are more cost-reduction strategies you should know that will help cut costs even further, like:

 	Choosing Mining Hosting services: Opting for a professional mining hosting provider can significantly lower electricity costs, improve cooling efficiency, and ensure optimal hardware uptime.
 	Going for a mining pool: There are specialized mining pool platforms where entire communities of crypto enthusiasts gather, combine their hardware powers, and acquire shared rewards that are evenly spread.
 	Optimizing cooling solutions: This can’t be stressed enough — mind your cooling. In particular, put more priority into it if you live and mine in a hotter-climate region.
 	Fine-tuning firmware: Fine-tuning performance via firmware improvements can boost efficiency by optimizing power consumption and hash rates.
 	Doubling down on operational planning: Prioritize proactive maintenance schedules, where you sensitively respond to each deviation.

Challenges and Risks of ASIC Mining
Despite the potential rewards, ASIC mining comes with its share of challenges, which are also important :

 	Rapid technological obsolescence: ASIC miners can become outdated quickly, forcing miners to reinvest frequently to maintain the ASIC profitability rating.
 	Market volatility: Fluctuations in cryptocurrency prices and mining difficulty levels can lead to unpredictable returns.
 	Environmental and regulatory factors: Increasing scrutiny on energy usage and environmental impact may impose additional operational costs or restrictions.
 	Centralization risks: As ASIC mining becomes more capital intensive, mining operations may consolidate, reducing decentralization.

Alternative Ways to Profit from Crypto Mining
Even with all of the above said, you may still hesitate to invest in physical hardware. And that’s fine, especially if your region or some other conditions are too unforgiving. In this case, you may turn to these alternative crypto mining methods:


Cloud Mining: Is It Worth It?
Cloud mining allows you to not invest in your own hardware setup right away, but instead to rent hashing power from an established cloud service provider. This can be used to pay fewer upfront costs, as well as save on maintenance and electricity management, and other bothersome logistics. 

However, while all these technicalities are handled on the provider’s side, cloud platforms have disadvantages in that they don’t give you full control over your mining routines and you must be careful with contract terms.

All in all, cloud mining is safe to try and leverage, but not as much as well-proven ASICs, which give you their full money’s worth. 
Mining Altcoins and Converting to Bitcoin
Some miners opt to mine altcoins using ASICs or even GPUs and then convert their earnings into Bitcoin or other major cryptocurrencies and boost the overall BTC ASIC mining profitability. This strategy can diversify risk, particularly if certain altcoins become more profitable during periods of high network difficulty.
Selling Hashpower Instead of Mined Coins
An emerging model is the direct sale or rental of hashpower. By participating in hashpower marketplaces, miners can lock in predictable revenue streams without the complexities of managing mined coins, while also avoiding risky price volatility and boosting the ASIC miner value-profitability ratio. 

Are you looking to dive into profitable crypto mining but don’t know where to start? Turn to EZBlockchain for consultation and guidance on picking the best mining hardware, locations, and mining approaches.

### Merged Mining Explained: What It Is and How It Works

To make things easier, today’s mining pools let you compensate for a lack of hardware power and providers and platforms like EZ Blockchain to consult operations, launch without any mining hardware, or optimize processes. 

One other thing you can do is merge your mining foutput, spreading your hash rate evenly for energy-efficient operations at a higher profitability rate. There are more benefits you can achieve through merged mining. What is merged mining all about? 

Let’s figure things out from the beginning.


What is Merged Mining?
Merged mining is a technique where you run a single mining operation to validate blocks in two or more blockchains at once. Simply put, the merged mining gives miners an opportunity to dedicate the same hash computations to verifying blocks for two networks: 

 	a primary chain (like Bitcoin) 
 	and one or more auxiliary chains

This innovative, multi-chain approach enables miners to double the rewarding potential of mining. You can reap profits from each blockchain that you help secure, all without splitting or dividing computational resources. Essentially, this lets you maximize the mining output without any extra strain on your hardware.

As a side note, it is important to understand the distinction between mining pools and merged mining: 

 	Pools allows crypto miners to join forces for a higher mining capacity;
 	Merged mining allows crypto miners to mine extra chains for higher profits.

To clarify things further, let’s go through some technical details and specifics of merged mining. 
How Does Merged Mining Work?
If we look under the hood, the merged mining approach, in fact, embeds auxiliary chain data into the mining process of a primary chain. Here’s how this process breaks down:

 	Unified hashing process
Miners generate a hash that must meet the difficulty requirement of the primary chain. If that hash also satisfies the auxiliary chain’s threshold, it becomes a valid block for both networks.
 	Block submission
When a miner finds a valid hash, it submits the block to the primary network (e.g., the Bitcoin network in case of BTC merged mining) while also including auxiliary information that confirms validity on the secondary blockchain. This means a single solution can work for both chains.
 	Software and pool coordination
Whether you’re joining a merged mining pool or setting up your own system, specialized software helps coordinate which chains are being mined. This software checks the hash based on any number of set difficulty targets and automatically distributes rewards across the chains.



The process isn’t limited to Bitcoin. With growing interest in Ethereum merged mining and other protocols, miners now leverage the same principles — often using a specialized merged mining Bitcoin pool or similar platforms — to expand their earning potential. And tools like a merged mining calculator can help mining operation owners determine the most profitable combinations of chains to target.
Key Benefits of Merged Mining
Increased Mining Efficiency Without Extra Costs
One of the most compelling advantages of merging mining objectives is the ultimate efficiency. Miners don’t need to double their energy consumption or invest in extra hardware. At the same time, with the same resources in place, they can secure two blockchains simultaneously. This means that every hash counts toward earning rewards on multiple networks.
Enhanced Security for Smaller Blockchains
For emerging or smaller blockchains, merged mining offers a way to gain a security boost. By piggybacking on the vast hash power of larger networks, these blockchains become more resistant to attacks. In many cases, the increased security provided by Bitcoin merged mining or even merged mining ETH boosts the overall trust and reliability within the ecosystem of the coin you mine.
Higher Profitability for Miners
It all comes down to a higher profitability bar for a crypto enthusiast indulging in merged mining methods. With merged mining, the same computational work is spread across the primary chain and auxiliary networks, doing the main job while generating more passive income. 



For miners evaluating returns, a merged mining calculator is the tool to help approximate whether all the potential extra rewards justify the challenges and hurdles you’ll have to go over.
Challenges and Limitations of Merged Mining
Merged mining is a very forward-minded way to maximize one’s mining operations. However, it is not without its flip side of complexities and challenges, like:

 	Complex setups
Implementing merged mining calls for an in-depth configuration of mining workflows that take time. Sometimes, you must also go and join a specialized merged mining pool. The integration of multiple protocols required for this technique to work requires custom optimization. A one-size-fits-all approach rarely works here.
 	Unpredictable rewards
The additional income from auxiliary chains can vary dramatically based on different specs. There’s the network difficulty, pre-ste block reward size, and other market conditions, like coin pricing, market cap, profitability, etc. Sometimes, the extra revenue may not always cover the added administrative overhead.
 	Interoperability issues
Differences in block times, consensus algorithms, or upgrade cycles between chains can lead to operational hiccups. For example, combining BTC merged mining with Ethereum merged mining might require constant adjustments to stay in sync with both networks’ evolving protocols.
 	Risk management
Although merged mining helps expand the range of security for smaller blockchains, it also introduces risks. Keep in mind that there is an additional chain being connected to the main flow of operations. Therefore, a failure or significant change on one chain could potentially impact the operation’s overall performance.


How to Start Merged Mining?
Now, you may already have a running mining operation of some scale or are looking to launch one. In both cases, merged mining can come in as an innovative way to expand your take on mining and try to reap more profits by covering more on-chain objectives.

In any case, it is crucial to start things off well-consulted and with knowledge of how the process goes. For starters, make sure to go through these preliminaries:

 	Audit and check hardware
First thing first, make sure an existing mining rig or an ASIC you’re looking to buy has the capacity. It must have enough to handle the computational load of the primary chain plus some spare capacity to validate auxiliary chain blocks.
 	Try a merged mining pool
Many available mining pool platforms provide features for merged mining. Joining a specialized merged mining pool can be an easier way to integrate with multiple chains. Such pools can handle much of the complex coordination for you, as well.
 	Install the right software
Next thing you need is the mining software that explicitly supports merged mining. Many packages now include options for configuring multiple chains in a single operation. EZ Blockchain Dashboard, for instance, can help you centralize the outlook on all operations you need to manage in one app. 
 	Use a merged mining calculator
Before going all in and actually investing tangible resources, use a merged mining calculator or an estimate service provided by a crypto agency. It can help you detail out and measure the potential profitability of merging operations based on current network conditions.
 	Monitor and adjust
Stay updated with the latest protocol changes on all chains you are mining or are looking to mine. The conditions on some chains can be beneficial enough to merge with. It is important to grab an opportunity that you can actually maximize. 

 


Is Merged Mining Profitable?
Almost half of ALL bitcoins mined, 49-50% to be exact, have been mined while merging with other networks in some or another way. All in all, profitability in merged mining is shaped by various factors, including hash rate, network difficulty, and the current market value of the mined cryptocurrencies. 

One thing’s for certain — while the concept of earning multiple rewards for the same energy expenditure is attractive, each miner must carefully calculate potential returns. The bottom-line pro tip here would be to use the available tools, plan things out, and consult with seasoned providers for more confident optimizations and improvements.
Should You Consider Merged Mining in 2025?
In 2025, merged mining is not so novel, yet it stands out for the reasons that are always relevant — it balances out expenses and grows profits by allowing you to leverage more power in a savvy way. 

Whether you’re considering BTC merged mining or exploring opportunities in merged mining ETH, this is a great way to scale efficiency if you have enough hardware capacity. As the market around this and other forms of mining matures, new merged mining pools emerge, making it easier to join and indulge in such methods. 

So yes, merged mining is totally a thing to consider in 2025 and beyond, bearing a lot of potential profitability for ingenious miners. 


Bottom Line
There are numerous cryptocurrency networks and respective chains available to miners. Why limit our efforts to operating on just one chain? Merged mining is a clever evolution in mining workflows that helps cover more chains and grab higher profits. 

By clarifying the questions about the merged mining basics and “how does merged mining work?”, miners can take advantage of increased efficiency, enhanced network security, and diversified revenue streams. 

While challenges remain, the benefits and ever-expanding markets make merged mining pretty integral for today’s crypto mining. All you need to kick things off is a specialized tech provider to consult your merging and walk you through the first steps to optimize your setup.

### Three variables of Crypto mining business

Now you may be thinking, Okay, I have an electrical outlet right next to me… How much energy does it take to mine crypto?

There are a lot of variables that need to be labeled before answering this question. The first is the type of hardware you are using.

Are you running a CPU, GPU or ASIC?

Each type requires a different amount of energy and produces a different output of hashpower. ASIC stands for application specific integrated circuit. This bitcoin mining machine is generally more advanced and more powerful than CPU and GPU mining. This BTC miner can calculate hashes 100,000 times faster than the best CPU.

Some popular coins mined with ASICs are Bitcoin, Bitcoin Cash, Verge and Zcash. The popular bitcoin mining and bitcoin cash mining Antminer S9 has a computing power of 14.5 Th/s and electrical power of 1350 Watt, consumes 32.4 kWh per day and 972 kWh per month. That is around the consumption of hairdryer which runs 24/7.

GPU mining (graphics processing units) is another type of crypto mining, it is more versatile because one can mine different types of coins at the same which is not possible while using ASICs for crypto mining. GPUs were originally designed for rendering 3D animations, videos and games and now those gaming rigs have become mini crypto farms at home. Some popular coins mined with GPUs are Ethereum, Monero, and Bitcoin Cash. CPU stands for Central Processing Unit that is a core of any computer.


The vast majority of the CPU consists of the intel and AMD. This unit performs common tasks such as saving documents to your hard disk. Even though there is not much crypto mining can be done with CPUs there some popular coins which can be mined with CPUs, like Bytecoin, Electroneum and Aeon. To figure out their profitability they will need to use some bitcoin mining calculator or crypto mining calculator. Now going back to the variables that need to be filled in, the second variable is the power source. Where are you getting your power from? Not from the wall obviously. Energy is produced at power plants all around the country, then gathered at the power gathering facilities and sold to the grid, from the power grid it is transported by local utility to your outlet going through a few intimidate parties on its way.

So is crypto mining causing CO2 emissions? Well, yes, but no more than any other energy users, like me and you. According to Cambridge University, (pg 84) more than half of crypto mining facilities run on an energy mix that contains a share of renewable energy. For example in Illinois, home of EZ Blockchain, primary source of power is nuclear power source EIA.

The environmental impact your mining rig makes is dependent on your energy mix. In certain areas of the world such as Xinjiang, crypto miners rely 100% on the burning of fossil fuels for energy. This is uncommon throughout the world but is pretty common in Asia. Most countries in Asia have little to no regulations in regards to fossil fuel burning. However, mining farm operations in China travel to Sichuan during their wet season for cheaper hydroelectric power. During these wet seasons hydroelectric prices are three times cheaper than the dry season. In Sichuan electricity prices can be as low as one penny, while during the dry season they can be $0.04 USD.












Cambridge University found that identified facilities draw on average 28% of their energy requirements from renewables


Among the types of renewables, hydroelectric power generated from the movement of water is the most common used for crypto mining. Now miners are looking for facility locations that have an abundance of low-cost renewable energy that is unused and stranded, which can usually be found near these renewable energy plants. Like China, mining facilities in the United States are also using hydroelectric power. Facilities in the State of New York have capitalized on the hydroelectric from the Valatie Dam while facilities in Washington are taking advantage of dams located on the Columbia River. One problem this relationship may encounter is overproduction.

If the production capability is less than the demand of the mining operation, it may result in an increase in local energy prices, ultimately hurting local businesses. Having an energy mix not only helps the environment but it can also save you money in the long term. The first and most obvious way renewables can save you money is by decreasing your electric bill.

The last variable I will mention is the crypto itself. What cryptocurrency are you mining? Each crypto utilizes a particular mining algorithm for it’s proof of work. The algorithm that is supported the most by hardware manufacturers is Ethash, which is used by the Ethereum network. SHA-256 & Equihash are tied for the second most supported. In today’s market there are a few companies to buy hardware from some well known manufacturers are Bitmain, Nvidia and Canaan.

Cambridge University's research team found that there are 128 reported mining facilities around the globe. The crypto industry is primarily driven by companies based in North America, China, India and western Europe. Over the past few years there has been a substantial growth of mining activities in North America, but China remains to be the biggest hub. It is estimated that China controls around 70% of the markets Bitcoin and 73% of the world’s ASIC manufacturers are located in China.

As mining facilities continue to distribute throughout the world, this will make it more difficult for attackers to shut down mining facilities. Having facilities dispersed around the world will also decrease the impact that local economies and political parties play on the mining industry.

### 6 Things to Consider Before Choosing a Crypto Hosting Company

A trinity of essential factors guide this journey:

- Streamlining technical complexities
- Achieving nearly flawless hashing performance
- Minimizing electricity costs.

Realizing these goals requires the expertise of a reputable and seasoned crypto-mining provider. They possess the knowledge to elevate your mining operations and steer them toward profitability. Amidst many choices, determining the crypto hosting company that holds the key to maximizing your mining returns can be challenging. Only some providers live up to their promises.

So, how can you navigate this maze of options and find the ideal partner for your mining venture?
This article will reveal 6 critical considerations for selecting a crypto-hosting service. Let's embark on this journey together.





 







1. Location and Security
The governing environment for cryptocurrency mining varies significantly between regions. Because of weak rules, specific locations are more open to cryptocurrency mining. Others may enforce tight limits or place complete bans on mining activities. To reduce any legal issues, ensure that the hosting provider works in a location with a stable and supportive structure.

Cooler climates also help maintain ideal operating temperatures. Lower temperatures eliminate the requirement for expensive cooling operations and the danger of hardware failure. If the hosting company is in a region with excessive dust, rain, or snow, ensure they have suitable equipment. They should also have filtration to reduce the danger of climate to your miners.

A trustworthy colocation service should provide physical security measures. At the minimum, they should have active surveillance cameras, access restrictions, and restricted access. Furthermore, find out about their network security measures, such as firewalls, encryption, and defense against DDoS assaults.

On-site maintenance is also helpful since qualified technicians can make basic fixes. This includes board or fan replacements, reducing downtime, and increasing mining productivity. Additionally, by ensuring that any required repairs or replacements follow the warranty conditions, these specialists may assist in managing the warranties attached to your mines. By investigating a hosting facility’s security and maintenance options, you can guarantee that your mining business is secure and adequately supported.


2. Pricing


Evaluate the contract conditions and prices offered by various hosting companies. The hosting company should know how to find cheap, sustainable electricity that guarantees the maximum possible uptime. For investors dealing with many miners, ensure your technicians have experience with tier 3 and tier 4 servers. Compare the prices per Kilowatt-hour and any additional charges for installation, maintenance, or early termination. Choosing a provider that fits your budget and provides various contract options can help you adjust to the changing crypto-mining environment.

Colocation service providers like EZ Blockchain charge actual power price passthrough plus an added fee per kWh for hosting operations and maintenance. Since electricity prices vary by state and region, the company works directly with the local utility to negotiate the best available electricity rates. Customers ship the miners to and from EZ Blockcain’s hosting locations. Prices tend to differ based on location, but miners can use EZ Blockchain’s mobile mining containers to allow them to switch locations.
3. Reputation and Flexibility
It’s critical to look into a crypto hosting company’s character and reviews from other miners before signing a contract. Look for unbiased opinions and encounters those other miners have shared. Reliable sources like industry forums or review websites may show the service provider’s performance, trustworthiness, and customer satisfaction.

You should look into the company’s history and the people in charge. Confirm their capacity to store your data on their servers securely. This includes who will handle your private keys and whether they are insured. Find out whether they have ever lost crypto due to inadequate data management or insider hacking due to faulty software. Read reviews and conduct your research before choosing the most decent one.

As the crypto market changes, it is critical to have a hosting provider to grow along with your mining activities. Examine whether the hosting platform offers flexible choices for adjusting your mining power and contracts as your demands change.  Select a provider that allows you to add or remove mining equipment without causing any disorder. Having the capacity to scale up or down guarantees means mining companies can accommodate changing market conditions.
4. Mining Pool Transparency
The mining pool operator must work reasonably and maintain openness and confidence among pool members. Check if the overall hash rate stated at the pool level looks correct. You should also search for proof that the pool owners use reduced payment plans. Make sure the mining is valuable for you as well.

If the mining pools you’re considering don’t provide a real-time dashboard that gives transparency, you should look elsewhere. EZ uses our own internal Data Center management tool to manage and monitor the customers online and hashing status of customers’ equipment. We do not monitor or have access to the customer’s pool status. The customer’s mining pool of choice will receive the mining returns directly.
5. Energy Supply
The ideal business should have an electrical supply to keep the machinery operating effectively. The top hosting companies have automated power backup sources. Grids are prone to power disruptions that can significantly undermine mining output. With sustainable power backups, hosting services ensure that your mining equipment keeps running amid major grid power disruptions. Bitcoin mining operations have also come under criticism for consuming much energy and leaving a massive carbon imprint.

Green energy sources, including wind, solar, hydropower, and geothermal thermal power, are becoming more popular among hosting firms. Investors may search for mining colocation service providers that support green crypto mining and are concerned about the environment. Shifting to green energy is more profitable and sustainable in the long run. This is because these forms of renewable energy are cheaper, and they ensure Bitcoin mining isn’t thriving at the expense of the environment.




6. Customer Support and Reliability


Quick and qualified customer assistance is essential when dealing with technological difficulties or inquiries. Determine that the hosting provider offers 24-hour customer care service. Clients should be able to reach customer support through various means like live chat, email, or phone calls. In addition, evaluate the service provider’s technical skills. Experienced teams can help you improve mining rigs. They diagnose hardware and software issues and recommend good mining strategies. If miners break, your ideal hosting service should fix many issues onsite with a complete inventory of known parts and pieces. Some miners work directly with manufacturers for warranty repair logistics and out-of-warranty advanced repair centers to get your miners repaired and back hashing as quickly as possible. The ticket system tracks primary support through email 24/7.

When selecting a hosting provider, reliability is essential in sustaining operations. Downtime can cause substantial losses, given the high cost of mining equipment and energy. Look for a hosting company that guarantees at least 95% uptime and a track record of reliable operations. The goal is to keep miners hashing 100% of the time.





However, there are many reasons why the miners could sometimes shut down. These involve; bad fans, hash boards, power supplies, or required utility limitation periods. Some organizations promise a set percentage of uptime. That way, they demonstrate their belief in providing a steady and ongoing mining environment. Moreover, some providers may refund you for the loss if the monthly uptime falls below the agreed rate. They guarantee that you obtain a fair deal as per their agreement. Customers can also inquire whether the hosting facility participates in demand response plans and other critical programs that could affect colocation service providers’ reliability.
EZ Blockchain’s Colocation Service
Crypto mining remains the oldest way to profit from the larger crypto space. Regardless, many investors tend to shy away from Bitcoin mining over its high power consumption and soaring electricity prices. Only a small percentage of the global crypto community participates in Bitcoin mining with the help of colocation services.



At EZ Blockchain, we are your trusted hosting partner. We have been in the business since 2017, mastering the art of saving dollars for investors in every aspect of crypto mining.
Why EZ Blockchain?

 	We have sufficient energy to power all your needs

We have 50 MW for our projects and another 50 MW under construction

 	High industry standards

We provide the highest quality industry standards in the industry. Our technicians have the experience to work with Tier 3 and Tier 4 server protocols

 	High miners uptime

We guarantee 95% uptime and the industry’s fastest project deployment. We also designed automation processes to monitor mining efficiency

 	Best industry prices

We provide the best energy rates of approximately $0.07-$0.08 all in

 	We work with sustainable energy sources

More than 65% of electricity in our hosting locations comes from renewable energy sources of solar, wind, gas, and nuclear power

 	Best cooling solutions

We have air and immersion cooling systems


Summing Up
Many factors make up an ideal mining hosting facility. Most mining hosting services provide the necessary infrastructure. However, customers seek more than just the mining data center setup. Miners are high-cost facilities, so the security of a colocation service is indispensable. Large companies such as colocation services can get low-cost electricity from power companies. That way, they should be able to offer more affordable colocation rates.

Additionally, companies like EZ Blockchain are able to explore alternative energy sources, including wasted energy. They also provide innovative solutions like immersion cooling, guaranteeing high mining efficiency and longer mining equipment lifespan.

In any case, the above points should be able to provide miners with complete criteria for choosing a good crypto-mining hosting service.

### 7 Common Mistakes When Choosing A Crypto Mining Container

Today's article will explain the common mistakes made in choosing mining containers and the factors to consider before selecting one. Let's dive in.




Types Of Cryptocurrency Mining Containers 


The first step in selecting a mining container is to be educated on the different classes. There are many factors to consider when setting up your personal mining rig and it’s necessary to pick one that’s perfect just for you. There are various classifications for mining containers. They are:
Mobile Or Stationary






This class of bitcoin mining containers is exactly as the name suggests. Mobile mining containers are mining equipment that can be deployed anywhere. As long as a region offers affordable electricity and no ban on mining, miners can simply move their equipment there.

The opposite applies to stationary containers. These containers are fixed and cannot simply be transported at the miner’s whim.

Although the mobile miner sounds more appealing, it is important to carefully consider your mining needs before settling for either of the mining containers.
Regular Container vs Custom Frame
Typically, Bitcoin mining trailer is built using regular 20ft or 40ft shipping containers. However,  companies such as EZ Blockchain, Power mining, etc., also offer Custom crypto-mining containers.

Already, each mining container is designed for easy transportation and installation but can be further customized for a miner’s needs.  So if you’re a miner with specific ideas about your mining rig, a custom mining container may be a better choice.
Air cooling vs Immersion cooling






This is a very important choice to make in mining equipment. Overheating is one of the biggest problems miners face, and choosing an appropriate cooling method is vital.Air cooling involves the use of ventilation fans and atmospheric air to regulate the temperature of mining equipment. On the other hand, immersion cooling is the practice of completely submerging the mining rig in a thermally-conductive liquid. The latter is globally accepted as the more effective method.


Wattage
Lastly, we have the classification of mining containers according to wattage. Wattage determines the power consumption of mining rigs. Also, most companies offer containers ranging from 1MW to 3MW. The miner should carefully consider their power requirements as well as budget before selecting the wattage of their mining container. Besides, a 1MW container holds approximately 300 BTC miners.

At this point, you are aware of the various classes of miners and you’ve started to lean towards your ideal rig. Perhaps you’d prefer a custom-made, mobile, and immersion-cooled container or just something completely different. In any case, careful research is necessary before selection. There are crucial factors to consider before settling on a cryptocurrency mining container.

Let’s consider each one.

 

In explaining the classes of containers, we often stated the importance of selecting what suits you best. But how do you know this? Through what criteria do you determine what works best for you? Below are some of the factors to consider in selecting your ideal mining container:
Your Goal
This point might seem ridiculous at first glance. After all, every miner’s goal is to earn rewards for their computational power in some form of cryptocurrency. However, there are still different goals in mining. For example, a miner who is part of a mining pool requires less computational power than one who mines solo.

This is one of the first factors to consider in selecting your mining container. Once you have decided to either mine solo or join a pool, you can then pick the crypto mining trailer that suits your needs.
Mobility
This is another important question for a miner to consider. Do you stay in a place with cheap electricity and favorable regulation for cryptocurrency mining? Or are you on the lookout for a better place? Answering this question will help narrow down the appropriate container for you.

Besides, a stationary container would be a poor choice if you’re still looking for greener pastures electricity-wise. The best thing is first to decide if you will move soon or if you have found your mining goldilocks zone. After this decision is made, you can select between a stationary and mobile mining container. Remember, each miner has different goals. Always keep yours in mind before any decision.
Maintenance
Overheating is the bane of every miner and it often affects the efficiency of mining containers. Therefore, the cooling method chosen by a miner most often determines the amount of maintenance required. For example, immersion-cooled containers require less maintenance and are less prone to overheating. This is not the case for air-cooled. However, overheating might not pose a challenge if you live in a cold region. As always, weigh your needs before making a decision.
Electricity






This is the driving force behind any mining decision. After all, it will determine your mining farm’s efficiency, productivity, and even profit. Finding a cheap source of electricity is a necessity and it also influences your choice of mining containers. Should you select low-watt containers and join a mining pool to reduce electricity costs? Or are you blessed with a cheap source of electricity and can afford to go all out in your mining? This factor also influences your choices concerning the mobility of your mining equipment.

Regardless of your final decision, this is a factor you must consider.
Budget
How could we forget? We have left the most crucial point for the last. Although it is important to consider your energy needs, mobility, and even your mining goals, all these decisions must be made while considering your budget.

While picking the best miner on the market might seem like a good idea, it is important to remember that cryptocurrency mining is somewhat risky and its profits are irregular.

Therefore, any miner starting out should first set a reasonable budget and then select their mining container within the cost boundary of said budget.

Now you know what factors to consider before selecting a mining container but wait! You are not ready yet. Miners who are just starting out tend to make some common mistakes. Let’s explore them.
7 Common Mistakes Made When Choosing A Cryptocurrency Mining Container
We want you to avoid some common mistakes made by miners. We compiled this list so you can avoid these mistakes and the painful repercussions. Below are 7 of the common mistakes made while choosing a cryptocurrency mining container:
1. Buying less or more than you need
This might seem ridiculous, but many miners often miscalculate their mining needs.

This miscalculation often results in buying fewer or more miners than are necessary.

Buying fewer miners than you need severely cuts down your competitive advantage and reduces your likelihood of earning profit. Each miner is expected to contribute sufficient hash rates even in a mining pool, and your profit depends on how much you contribute.

On the other end, you may make the mistake of buying more than you need. This mistake also comes with its repercussions.

Miners who buy more containers than needed often end up with massive electricity bills, which hinder their profitability. This is already a bad foot to start mining on, excluding the cost of excess mining equipment.

All forms of wastage end up reducing profit in mining, so this is something to watch out for.

Therefore, it is important not to fall into either of the traps.

Do your research and calculate how many miners you need while giving allowances, so you don’t fall short.
2. Not Considering Equipment Lifespan
A common mistake made by novice miners is sacrificing equipment lifespan for cheapness. Many miners who try to cut costs fall into this trap.

Mining equipment is expensive, so it is important to find a long-lasting miner. Miners close to the end of their lifespan often break down easily, perform less efficiently, and overheat frequently. These combined effects often erode profitability in mining.

Moreover, the average well-maintained miner can last between 3-5 years. It is far more profitable to purchase good equipment with promised lifespan than cheap ones which will soon need to be replaced.
3. Electricity:
We cannot overstate the importance of a cheap source of electricity. Energy and electric power costs are the biggest expenses in mining. Also, many miners are stuck in a race, constantly using all their profit to pay energy bills. Therefore, a miner’s profitability is determined by their energy costs. There are various ways to reduce the cost of electricity. One of the ways is to move to a region with lower energy charges. Another method involves selling your excess energy back to the grid or switching to a sustainable source favorable to your location. Whatever choice you make, cheap energy will determine your profitability. Choose wisely.
4. Air cooling vs Liquid Immersion cooling
It is a globally acknowledged fact that overheating results in reduced hash rates, lower productivity, and even reduced miner lifespan. The need for an efficient cooling method birthed both Air cooling and Immersion cooling.

Initially, air cooling appears more affordable, but that’s only in the short term. Over time, immersion cooling provides up to  40% long-term return on investment and it also works in warmer climates.

Besides, immersion cooling is far more effective and boasts about 10 times the heat rejection capacity of air cooling. There is also the possibility of paying in installments if the initial cost is too high.



Single-phase Immersion cooling system


Regardless, if air cooling is still your choice, a custom mining container may be more appropriate.
5. Security
Many miners neglect security in their calculations. However, it must be considered, especially for large mining rigs in isolated areas. Theft and vandalism can be devastating and lead to massive profit losses.

It is necessary to install security cameras and monitoring software to prevent such occurrences. Another form of security is to provide a few layers of protection against voltage spikes which would hinder productivity. Lastly, having skilled data center engineers who implement tier 3 and tier 4 protocols of work would bring double security to your mining farm.
6. Installation
This is another mistake miners make. They forget to factor in the process and cost of installation. Your mining equipment goes through processes like delivery, installation, cable connection, testing, internet setup, and other software installation before it’s ready to use.




These processes must be factored in alongside their cost and the space required for your mining container.


7. Cost
Just as we mentioned earlier, your budget must be the underlying consideration in any decision you make mining-wise.

Many miners do not carefully consider their budget and end up with regrets. Another major mistake is buying cheaper containers that later cost more in the future.

It is important to calculate your power needs, select the best product for you, use great ventilation and prepare adequately for your mining journey.

Remember, don’t get stuck in the profit for electricity bill race.

Finally, we’ve gone through the common mistakes made by miners at the beginning of their journey. Hopefully, you will avoid these mistakes and make the best choice possible in your mining journey. Goodluck.
Selecting your mining container is a very important decision in your mining journey
And that is why you must carefully consider the factors stated while also avoiding these mistakes.

At EZ Blockchain, we are committed to maximizing the hash rate of your miners, all while increasing your ROI. Also, our cutting-edge immersion technology allows us to increase hash rates, cut down on heat and noise generation, and increase equipment longevity.

Our mission is to breach the gap between the energy sector and the blockchain ecosystem by innovative solutions to the global waste energy problems.

EZ Blockchain revolutionizes crypto mining through the introduction and sale of various mining containers as well as the immersive cooling container, which makes solar and wind crypto mining services more effective.





EZ Blockchain is an innovative company that utilizes bitcoin’s high power consumption as a tool to capture leaking methane from capped wells, flared Gas, and vented gas. We believe in the utilization of waste energy and that solving problems associated with gas flaring and stranded gas problems is a true win-win for both the energy and crypto industries.

### Self-Mining Vs. Bitcoin Mining Hosting Service

But is setting up a mining rig in your basement still viable in 2025?
While self-mining may seem appealing initially, it won't be profitable long-term as competition rises.
In this article, we'll compare self-mining vs Bitcoin mining hosting services.
And explore smarter approaches to enter Bitcoin mining and make the most of your investment.
Read on to determine if self-mining is right for you.





Self Bitcoin Mining Explained
Solo mining is the mostly used term to describe self-mining. In solo mining, ASIC miners are the most fondly used miners, although a miner may use other miner types. Initially, you could use your PC to mine. However, due to the computational power needed, miners had to shift to specialized mining equipment like ASICs and Antminer S19.

The mining equipment and power are the most critical investments. Once you have a reliable power source, you’re almost set to start mining. Mostly, the return on investment depends on the price of BTC at the given time. At the moment, miners receive a reward of 6.25 BTC per block, although the reward changes after every halving cycle is due.

High Power Rates
 






Energy is the most critical resource in crypto mining. According to one of the latest solo Bitcoin mining analysis reports, a solo miner requires an average of 266,000 kWh of electricity to mine 1 BTC. Even so, it would take about seven years to complete the process, which means the miner would need about 143 kWh of electricity per month.

Still, electricity prices have been at an all-time high, according to the International Energy Agency. In Europe, the average electricity prices in 2023 are more than double their levels in 2019. The costs were expected to fall slightly in 2023 before accelerating further in 2024. With such high power demands and the rising cost of electricity, solo miners will only face it rough in the future. They may struggle with high power demands and growing power bills.
Limited Infrastructure
The increased complexity of Bitcoin mining means more demands in terms of resources and infrastructure. Today, it’s more than just your PC and reliable internet connection. Miners need more than just a few miners to achieve a hashing power that can compete favorably in the network.

For these miners to work efficiently, they need reliable power and an internet connection. Most solo miners lack the resources to build alternative and cheaper energy infrastructure to power their miners. In most cases, they rely on the grid, which is already strained. Additionally, they must build racks for their miners from scratch and install all the necessary amenities.
Dealing with Noise and Heat
According to a report published by the Wall Street Journal in 2021, Bitcoin mining noise was a nuisance driving neighbors insane in Quebec, Canada. The report described the noise as a giant dentist’s drill that doesn’t stop. Ideally, Bitcoin mining uses powerful GPUs or ASIC miners, which are not environmentally friendly. With their high power consumption, the mining rigs dissipate alot of heat and require potent fans to cool them. Due to the extreme heat, the fans must run at top speed to cool the miners down, thus emitting noise from their fast spinning, and the noise can go up to 95 decibels. 

This significant challenge for self-miners can force them to close operations. First, they have to install fans, which adds to the initial cost of the mining setup and the monthly power bills. Additionally, you must find solutions for the noise to avoid being a nuisance in the neighborhood.
Equipment Breakdown
Mining equipment runs in extreme conditions. As such, they are prone to breakdown from the heat, dust, and the fact that they must operate 100% of their lifetime. Miners want to optimize every minute due to the stiff competition within the network to increase their chances of cracking the hash first. Therefore, considering that most solo miners are not mining equipment technicians, they must meet the cost of equipment breakdown whenever it happens.
Operational Issues
Operating your mining hardware is not a DIY affair that everyone can handle. The most efficient output requires a good grasp of software and hardware configuration procedures and electrical engineering. Besides setting up the miners, you must actively monitor and resolve any issues to ensure they remain operational. Without the expertise, hiring professionals means a new challenge for self-miners or an additional cost. Ultimately, what started as a hobby could become your day-to-day job if you have to look out for your miners alone.

With all these factors into account, solo mining leaves one with quite slim chances of profiting from Bitcoin mining. Besides, self-mining could have been profitable if the price of BTC remained closer to its all-time high of $60,000. Even so, mining will become more difficult as the block rewards diminish. After the Bitcoin halving event, it will only get even more challenging in 2024. The current block reward of 6.25 BTC will be slashed to 3.125 BTC. The profitability of mining activities will diminish significantly, even as mining difficulty increases after the halving.
Bitcoin Mining Hosting Services
Bitcoin mining hosting service, also called collocation mining service, involves having a third-party company hold and manage all mining processes on behalf of miners. The hosting company shoulders all the hassles associated with crypto mining. They provide all the necessary amenities for Bitcoin mining, including:

 	Power
 	Racks
 	Cabinets
 	Internet
 	Cooling systems
 	Handle all operational issues for a fee.

To put it into perspective, here is how a Bitcoin mining hosting service differs from self-mining.
Competitive Power Prices
Bitcoin mining hosting companies know that power is the most crucial factor in crypto mining. They also understand the vast power demands of crypto mining. As a result, most of them are keen to provide clients with the most competitive power prices. Ideally, by shouldering the power demands of multiple miners, hosting services can bargain better energy prices from power providers.

Additionally, crypto hosting services like EZ Blockchain exploit alternative and cheap energy sources like wasted energy. EZ Blockchain uses renewable sources of wind, solar, gas, and nuclear. Thus, they can provide more affordable power rates of between $0.067-$0.08 per kilowatt-hour.





With these energy rates and considering that about 266,000 kWh of electricity is required to mine 1 BTC, EZ Blockchain provides an affordable option compared to energy costs in most countries. At EZ Blockchain, the cost of mining 1 BTC would be $18,620, which is significantly lower compared to the cost of solo mining in the USA ($46,300).
Experienced Team
Most mining hosting providers are exclusively in the business of providing collocation mining services and overseeing all crypto-mining activities. Consequently, they have an experienced team dedicated to ensuring miners run efficiently. For instance, EZ Blockchain has a dedicated maintenance and support team with on-site technical staff and a group of engineers. They have the expertise to work with Tier 3 and Tier 4 server protocols. They pride themselves on 6+ years of experience providing crypto mining hosting services.
Cooling Infrastructure Ready
With a hosting facility, miners do not have to invest extra money in cooling infrastructure. The collocation mining service has all the necessary infrastructure in place. Your work as the client is to deliver your miners to the facility. For companies like EZ Blockchain, clients enjoy perks such as choosing between air and immersion cooling systems. The company developed its own immersion cooling systems with sensors to maintain consistent temperatures.

With these innovative cooling systems, you are guaranteed that your miners are running efficiently, and their lifespan is also guaranteed.
Takes Care of All Operational Burdens
The crypto mining hosting solution will handle everything related to mining, from the security of your equipment, maintenance, repairs, and cleaning to ensuring the maximum possible uptime. EZ Blockchain has a friendly technical support team on site that supports the operation of your miners 365 days a year.
No Heat and Noise
With technology such as immersion cooling, you can rest assured there is no heat to damage your equipment or noisy fans to make your mining a nuisance. Additionally, professional hosting companies like EZ Blockchain deploy their mobile data centers in oil fields to utilize cheap alternative energy and away from neighborhoods that can be affected by your mining activities.
Make 50% More By Working with a bitcoin mining hosting company
EZ Blockchain is an innovative mining hosting company in the business since 2017. It’s one of the best mining hosting service companies with a guaranteed miner-up time of 95%. With EZ Blockchain, you can make up to 50% more from Bitcoin mining because of their methodology that ensures efficient crypto mining.

### How Do We Build Our Crypto Mining Containers?

The transactions are all encrypted with powerful equations to protect Bitcoin from ever being stolen, making them the most secure form of currency in history. Because of the complex nature of the equations, purpose-built Bitcoin mining devices are needed to solve mathematical problems. Solving the problems is called “hashing.”



Over the last two years, the total hash rate across the global network (or “Blockchain”) has grown exponentially. Technological shifts (like moving from GPU-based mining to ASIC-based mining) have increased global power, and Bitcoin demand has grown in tandem.

As a result, the growth in the Bitcoin mining hash rate has reached over 250% annually for the last two years.


How to Model Bitcoin Mining on Energy Efficiency


The more Bitcoin mining happens, the more electrical power is needed to feed it. Opponents of cryptocurrency have called the energy requirements a serious defect. The mining and technology industries supporting Bitcoin miners, however, have answered the energy demand with improved solutions.

The power supporting the current Bitcoin network was recently estimated to be 129 terawatt-hours (TWh). That’s more than 1,700% of what Google consumes.



Designing an efficient mining farm container became the new focus for Bitcoin miners to gain a competitive edge (and help save the world while they were at it).

Miners’ incentives for modeling greater energy efficiency are many: 

 	Power is expensive, and miners who are useless for the same hash rate will create bigger margins.
 	Bitcoin mining power needs aren’t always something local grids can support, either.
 	Public perception is central to greater cryptocurrency adoption, too, and if the Bitcoin mining industry invests in green energy, it will benefit their bottom line and the community that sees benefits in supporting them.

The efficiencies that today’s Bitcoin miners seek to optimize include:

 	Better use of energy for cooling equipment
 	More powerful computers for faster hash rates
 	Better mining farms for optimal computational environments







It’s this last point that interests us most. Mining machines and even mining software will run better in an environment designed specifically to support them. These heavy-duty machines won’t run optimally if they’re stacked in some server room somewhere with deregulated temperatures and electrical problems.Building mining farms on-site inside facilities also takes away the cost control miners have when sourcing their electricity.

Bitcoin mining containers are a kind of Bitcoin mining farm, and a Bitcoin mining farm is any space where Bitcoin mining equipment is used. That could even be a server room or someone’s garage. Bitcoin mining container design has become crucial in this context, setting it apart from traditional mining farms.

Bitcoin mining farms and mining containers have been terms used interchangeably by some, but the competition in cryptocurrency mining today demands a closer look. A Bitcoin mining container is specifically a mobile data center built in a shipping container-like unit. The Bitcoin mining container design is optimized for mobility, energy efficiency, and effective heat dissipation, making it a distinct and increasingly popular choice among miners.

Bitcoin mining containers have become the new industry norm. They’re purpose-built spaces with complex structures to support engineering needs and optimal performance.
Types of Mobile Data Centers
The original Bitcoin data centers imitated Google’s and Facebook’s “open approach” to server hardware.

In those original iterations, Bitcoin data centers used actual shipping containers. They were retrofitted to support a set number of mining computers installed with all the fans and cooling systems needed to keep the machines from overheating.

Datacenter temperature is one of the biggest engineering considerations for any mobile mining container. The sophisticated computers inside run 24/7 and can easily overheat. If they overheat, they shut down; and if they shut down, sometimes they can damage the electrical port they’re on, which in turn damages any other machines on the same port.






The electrical setup, as it turns out, is one of the biggest challenges to designing an efficient mobile data center. The data centers currently in production are much newer than the electrical component industry supporting them, meaning there are no successful models to build from. This makes it hard to source the necessary components since the electrical industry never had this kind of demand before.

Bitcoin mining has changed the landscape of almost every industry it’s touched. The market is responding fast.
Types of BTC Portable Mining Farms
There are three principal types of portable mining farms:






1. Server rooms – Whether in someone’s garage or occupying the whole floor of a skyscraper, any Bitcoin mining operations set in a fixed location are considered a “server room.”2. Bitcoin containers – The earliest iterations of mobile data centers were the shipping containers retrofitted for Bitcoin mining.






These are still considered a relatively professional solution, however, the manufacturing differences between dedicated containers designed for mining versus retrofitted shipping containers has drawn a line in the sand that few miners are willing to ignore.

3. Mobile data centers – The mobile data centers designed from the ground up for high-power computation are the third and most competitive type of mining farm. This Bitcoin container miner architecture includes more sophisticated cooling systems and is built with special walls and insulation.





The capacity of a mobile data center versus a retrofitted container is where performance starts to deviate. How many miners should a container hold?

EZ Blockchain, for example, installs twice the number of data ports in our mobile crypto containers that container retrofitters do. This is what allows the EZ Smartbox to reach better energy efficiency and avoid crashes.



Not all mobile mining centers are created equal. For clients interested in self-regulated and efficient Bitcoin mining operations, the mobile data centers designed for Bitcoin will be the option with the fastest and biggest ROI.
EZ Blockchain Bitcoin Crypto Mining Container
EZ Blockchain’s mining-specific design, the Smartbox, has evolved through multiple iterations.

When we first asked ourselves how to build a Bitcoin mining farm, we started with retrofitted containers. This design was short-lived. Temperature control was not realistic, meaning large-scale mining operations in USA geography would be limited to mild-weather climates.

This was not viable.

It was three iterations of the EZ Blockchain Smartbox that got us to the current iteration.

If you’re asking how long does it take or how to set up a Bitcoin mining farm, contracting the right manufacturer is what makes the difference. The answer will vary depending on the company and its experience.
Operationally, here’s how to roll out your own small or medium Bitcoin mining farm:

 	Start with a shift in thinking. For businesses like oil and gas producers (OAGs) that are faced with greater stranded energy problems year after year, a mobile data center is the one solution they can easily implement. Other industries are now ready to “see the light” and visualize Bitcoin mining as a new revenue stream.
 	Contact Bitcoin mining container manufacturers and be ready to compare. How many ports does the unit use? Is the unit retrofitted or an original design? Are miners, space, cooling, and bandwidth all included?
 	Install your mobile data center. If you work with the right crypto mining box manufacturer, your data center installation should be as simple as opening the door. The right manufacturer will come and install the unit with all systems included.

Hardware Requirements to Build a Bitcoin Mining Farm
The design of the EZ Smartbox is a direct response to the requirements of the top hardware for large-scale mining.

The in-house originally engineered design takes an innovative approach to the heat and power needs of an efficient and well-built data center. Within that data center are multiple—usually hundreds—of mining rigs.









A crypto mining rig is essentially a computer with quite a bit of hash power. It has a motherboard, RAM, and storage. Where it does differentiate from a standard PC is that it requires the most powerful graphics cards developed. It’s those cards (GPUs) that are essentially doing the work in deciphering blockchain equations, which is why they have to be so powerful. For those looking to scale up their operations, a GPU mining container can offer a more robust and efficient setup. These containers are specifically designed to house multiple mining rigs, optimizing for both energy efficiency and heat dissipation.







Most of the best mining rigs require multiple GPUs per bitcoin miner at a time.

A motherboard has to be equipped to handle these GPUs, too. These sophisticated parts are why crypto mining equipment requires so much power supply to run.

If you build any of your mining rigs, remember that you aren’t building a regular PC. Building your own will become a game of trial and error to ensure your equipment is ready for the demands of crypto mining.
Computers and Temperature
The equipment required to mine cryptocurrency tends to run hot. These highly-sophisticated ASIC miners run 24/7, which adds to the wear and tear on each mining rig and individual data center components.

That’s why the EZ Smartbox was designed to optimize airflow as well as power efficiency. This keeps operating costs while the ASIC miners are also kept in the best condition for as long as possible.

One EZ Smartbox can hold up to 720 ASIC miners. The power consumption is colossal as a result, which is factored into the design of the Smartbox. For instance, look at the redesigned Smartbox installed at one facility that was optimized for even greater airflow. This enabled the installation of 720 Bitmain S17 miners while still keeping machines cool and in peak condition.
IT Infrastructure
Another piece of the hardware puzzle is understanding what IT infrastructure is required for profitable large-scale mining.

The EZ Smartbox is equipped with the newest infrastructure by Ubiquity. The router itself has a firewall, and—more importantly—each unit can have its network security.

Ethernet cables can be connected to each rack for simpler installation, too, plus more rapid deployment and ease of maintenance. This is something that EZ Blockchain discovered and implemented in the EZ Smartbox design in the most recent iteration.
Electrical Components
Then there’s the electrical hardware. The electrical components in a mobile mining container have to protect the ASICs from power failures and surges.

Cue the ultimate circuit breakers.

The EZ Smartbox uses the highest quality circuit breakers by Hyundai and ABB & Schneider Electric. These act as a failsafe if the rest of the equipment fails to do its job. The machines are also guarded by a minimum of three layers of surge and heat protection.

Can you imagine a surge damaging dozens of ASIC stations in your crypto mining container? On second thought, better not imagine it. Protect your equipment instead of with layers of heat and surge protection plus top-grade circuit breakers.

A high-performing crypto mining farm will also use copper wiring for continuous operation while retaining and preserving as much of the power supply as possible.
Cost of Bitcoin Mining Containers
The cost of Bitcoin mining containers evolved with the iterations of the containers themselves.

In the case of EZ Blockchain’s Smartbox, we’ve found new and more efficient ways to engineer the shelves, the incoming air systems, the cooling systems, and the materials used for the containers.

The electrical system, for example, is now on the outside of the data centers, giving them a characteristic and recognizable look no matter where they’re installed.

The resulting operational improvements have impacted our clients and set new industry standards as a result.

The current time required to build a three-megawatt Smartbox is 8-12 weeks. The essential electrical components take the longest to source because the electrical industry is just now catching up to new demand from Bitcoin mining.

The energy ports for EZ Smartboxes, take time to source as well, especially since our mobile data centers have twice the number of ports of any other mobile mining crypto container. This protects machines from the failure of anyone’s computer.

EZ Blockchain has the capacity to build 10 of these three-megawatt containers each month. The lights are always on at the manufacturing facility, where factory teams work round the clock.
The cost of an EZ Smartbox runs $100 per kilowatt of the finished box capacity.
See These Mining Rig Components In Action
There was a recent processing plant in the Uinta Basin that installed an EZ Smartbox with the goal to process excess flared gas into something productive (and profitable).

The single 30-foot Smartbox was installed in a couple of days and opened up immediate possibilities with the self-generation, gas-electric generator powered by what would have otherwise been flared gas.

The 30-foot container mining farm brought tremendous power potential. With 300KWs and 1MW capacity at the site, this extra high output wattage was a special case. A high output generator was picked specifically for this project because of the infrastructure and deadline required by the client.


Other challenges directly impacted the efficiency of the parts and components, too. Specifically, the drastic temperature changes after nightfall meant that standard mining hardware voltage input would have to be adjusted.


The client’s goal was to eliminate flaring at the gas processing plant, and that return was almost instantaneous. The client also wanted to monetize that flared gas, which is where Bitcoin mining came in and hit another priority right out of the park.
EZ Blockchain Bitcoin Mining Services
Comparing the efficiency of a mobile data center with that of a retrofitted container—or even an on-site mining server room—leaves no doubt: investing in a Bitcoin mining farm for sale with the design and components already accounted for is the fastest way to ROI. It’s also the most sustainable way.



The infamous “weakness” of Bitcoin mining is its growing power consumption requirement. That same “weakness” has also led to one of EZ Blockchain’s most influential innovations and services: gas crypto mining.

Specifically, OAG companies are burdened with systemic challenges like stranded natural gas. Now, they can employ mobile data centers in what EZ Blockchain calls the Smartgrid. This has turned Bitcoin mining’s need for more cheap electricity into an asset for miners and for OAGs previously forced to waste fuels.

EZ Smartboxes are for sale for other mining operations, too, not just in the OAG industry. All boxes come equipped and ready for plug-and-play Bitcoin mining with all its cryptocurrency mining rewards.

Read more about EZ Blockchain or get in touch with us today.

### Is Bitcoin Mining Legit? Evaluating Its Earning Potential and Navigating the Risks

For one thing, you need to separate legitimate operations from scams, and understand what it takes to mine profitably and in a legit fashion. Now, this may take practice and experience, but the baseline knowledge of the arena you are about to enter is more than crucial. 

Let’s break down everything you need to know — from picking hardware and genuine mining opportunities to choosing strategies and avoiding common risks. 
Is Bitcoin Mining a Legitimate Way to Earn?
First things first, let’s cover the most pressing question on every non- or soon-to-be crypto enthusiast’s mind. But to answer this question, we need a recap of how crypto mining functions in general. 

Cryptocurrency mining is the process of validating transactions on the Bitcoin (or other crypto) network. Miners must dedicate cost-demanding hardware resources, as well as organizational efforts, time, and skills, for which they are rewarded with, e.g., newly minted bitcoins. 

Initially, mining was mostly done by die-hard enthusiasts modifying regular PCs into miners. Today, however, mining has evolved into a highly competitive arena that has specialized hardware and a slew of communities dedicated to specific coins. 

All this makes it quite a legit and viable arena. But one thing is for sure — with ever-expanding technologies and crypto mining competition growing by the day, there is no safe and legit way to start mining unless you plan things thoroughly. 
What Do You Need to Start Bitcoin Mining?
That leads us to the next question — where do you start to take on a new mining venture reliably, free from common pitfalls, and unwanted expenses? 

Right off the bat, to kick off a bitcoin mining journey, you must invest in the right tools and resources. The essentials include:

 	An ASIC miner
 	A load-resistant power supply
 	Good cooling
 	A mining wallet 
 	Mining software
 	Stable web connection



Setting up a proper mining operation requires initial capital and some extent of technical know-how, but with thorough research and a good tech partner by your side, you can build an operation that’s both legitimate and highly profitable in the long run.
Legitimate vs Fraudulent Mining Opportunities
The world of bitcoin mining offers a mix of genuine operations and fraudulent schemes. Questions like "is bitcoin mining legit?" or "is my crypto miner legit?" are often raised by starting-out miners. 

Legitimate mining operations are transparent about their costs, provide clear data on performance, and have verifiable track records. 

In contrast, fraudulent opportunities, often labeled as bitcoin mining scams or Ponzi schemes, promise outsized returns with little effort or upfront investment.
How to Identify Reliable Mining Operations
To identify reliable mining opportunities, research is key. Look for the following indicators:

 	Transparency: 

 	Genuine operations publish their mining statistics, hardware specifications, and payout structures.
 	Scammers promise unusually high yields




 	Reputation: 

 	Reputable companies often have positive feedback and reputation backed by online forums, reviews, and third-party ratings. 
 	A scammer will most probably lack all of those.




 	Clear fee structures: 

 	Reliable miners clearly outline costs and fees. 
 	Scams tend to hide fees or make vague promises.




 	Regulatory compliance:

 	Trustworthy mining companies follow local regulations and maintain proper business registrations.
 	Scammers miss out on all of those, posing huge risks.




Red Flags: Mining Scams and Ponzi Schemes
To reinforce your confidence when choosing reliable mining opportunities, you can also refer to these red flags:

 	Unrealistic returns: If an offer guarantees extremely high returns with minimal investment or effort, it’s likely too good to be true.
 	Lack of transparency: Scammers often provide limited details about their operations, hiding information about their hardware, energy costs, or mining location.
 	Aggressive recruitment: Ponzi schemes may focus more on recruiting new investors rather than actual mining, using funds from new users to pay earlier investors.
 	Shady fee structures: Hidden or unclear fees can be a warning sign, as legitimate operations detail their costs openly.
 	Pressure tactics: Be wary of urgent calls to invest immediately. High-pressure sales tactics are common in fraudulent schemes.

When encountering these red flags, it’s best to steer clear and opt for well-reviewed, transparent operations.
Cloud Mining: Is It a Viable Option?
Today’s readily available cloud platforms can power mining operations as an alternative to physical hardware management. Clouds allow you to pass on buying an ASIC altogether, instead renting the capacity for mining, as well as managerial assistance if needed, from a cloud platform provider. Is cloud mining legit? It is as much as the ASIC-powered mining, but, it certainly isn’t a fit-for-all alternative. 

Cloud-based mining can be riddled with its own kind of challenges, like:

 	Long-term contracts: Many cloud mining providers tend to bind their services provision with deals and agreements, limiting your flexibility in case of market changes or freedom of choosing and switching coins to mine.
 	Lower profit margins: Surely, each provider has its own set profit margin, plus the fees that you must cover continuously. While this investment can be profitable eventually, it will be more difficult to maintain this profitable operation. 
 	Risk of fraud: The cloud mining sector certainly has its share of risks and scams. What you can do to battle it is make sure you research and select only proven providers.

All in all, cloud mining may fit certain operational goals, mainly at the kick-off stage or at a lack of investment, but how you balance convenience with the potential for lower control and ongoing profitability is on you.
Challenges and Risks of Bitcoin Mining
While a well-tested and legit in nature mining network, it’s important to understand that mining Bitcoin can be risky and challenging in its own way:

 	Ever-growing difficulty: More miners in the network means higher mining difficulty rises.
 	Costly investments: ASIC and its maintenance can be cost-intense.
 	Energy: High energy prices pose a felt obstacle, adding up to the investment.
 	Coin volatility: Bitcoin’s price can be notoriously fluctuating.

Having a clear understanding of these risks is the first step to actually avoiding them. One other thing you will need, apart from a reliable tech partner, is a good plan of action.
Strategies to Maximize Bitcoin Mining Earnings
To not only preserve costs and return investments but to maximize your bitcoin mining earnings, consider these pro tips:

 	Pick top-end hardware: Check the latest bitcoin miner reviews to see their profitability rates and use mining calculators to estimate the ROI potential.
 	Minimize energy use: Not a lot can be done here if a miner is based in a region with expensive utilities, but we’re already seeing the first fruits of renewable energy sources (more on that below).
 	Join mining pools: A mining pool is a sort of a community of miners who share their resources, allocating hardware powers in one centralized environment, and reaping shared, yet guaranteed and consistent payouts.
 	Monitor performance: Mining stat visualizers and management solutions, like EZ Blockchain Dashboard, help the uptime, hash rate, and overall efficiency ratio of a mining rig.

Of course, you must not forget about keeping your software and hardware updated and upgraded. However, you will have to bother much with that for the longest time if you make a smart miner choice initially. 
Selecting the Most Efficient ASIC Miners
Your ASIC miner of choice will define most if not all outcomes of your mining venture. It’s in your interest to invest in a long-term efficient device. Hash rate is the foremost characteristic to consider — the higher the hash rate, the more calculations a miner can perform per second.

Other characteristics you should also consider include:

 	

 	Energy efficiency (Usually indicated in watts per gigahash (W/GH), lower values mean less power consumption per unit of work)




 	Size and weight


 	Noise level


 	Temperature
 	ROI and profitability (Use online tools and bitcoin miner reviews to compare expected returns over the device’s lifespan)


Reducing Electricity Costs with Renewable Energy
Electricity is often THE largest operational cost in bitcoin mining. One promising way to reduce these expenses is by switching to renewable energy sources. Solar panels, wind turbines, or even geothermal energy allow for felt cuts in energy bills. Going green also minimizes your carbon footprint. 

Some mining operations have already begun to integrate renewables, finding that the long-term savings and stability in energy prices make a huge difference in overall profitability. 

If you’re exploring ways to cut costs, consider the long-term benefits of investing in renewable energy solutions, as they can provide a more sustainable and cost-effective power source over time.
Using EZ Blockchain Dashboard for Performance Monitoring
One other crucial thing in kicking off, optimizing, or efficiently maintaining mining operations, is the choice of software that will help:

 	Centralize and manage miner performance
 	Get invaluable stats and readings
 	Maximize mining profits by easily switching coins



With EZ Blockchain Dashboard, you can do all that and more in one handy app. It can help you boost productivity and cut tons of extra costs by giving a simple outlook on all processes and tasks.
Is Bitcoin Mining a Legitimate and Sustainable Income Source?
So, is bitcoin mining legit?

Yes, when approached the right way, bitcoin mining is an absolutely legitimate way to earn income. However, the rate of your miner setup’s profitability is shaped by points such as mining difficulty, hardware efficiency-to-energy consumption ratio, underlying costs, and market conditions. 

A reliable specialized technological provider will help you achieve all that without going far or goin broke.
Start Optimizing Your Mining Operations with EZ Blockchain
EZ Blockchain is a seasoned provider of crypto mining services to consult, guide the implementation and launch, and optimize your mining operations, no matter their scale. 

We will show you the best individual way to start your crypto journey, with mining farms located across the US and Canada available for rent and a full range of auxiliary services.

Contact us to discuss your crypto ambitions and start maximizing them ASAP!

### Top 10 Questions Every Investor Must Ask About a Bitcoin Mining Hosting Service

In this article, we cut through the noise and highlight the 10 questions every investor must ask about a Bitcoin mining hosting service.
By the end, you’ll know how to select a reputable, reliable, and affordable service tailored to your needs.

We’ll provide a quick rundown of the pros and cons of using a hosting service, from ease of use to security. But the meat lies in the 10 key questions—your guide to picking the perfect mining host and maximizing your investment.
So plug in your rigs, and let’s get mining!







1. What Type of Service Are They Providing?
Before you contract a mining hosting service provider, you want to understand the type of service they provide. That way, you save yourself unnecessary stress and possible financial losses.

Here is a quick list of what the service involves for most colocation services.

 	Miners storage infrastructure
 	Power
 	Cooling
 	Security
 	Bandwidth
 	Equipment maintenance

While these are the bare minimums in a hosting package, a colocation service with some extras would be preferable. For instance, you want to ensure they maintain high-quality standard services. Do they monitor your miners around the clock to ensure maximum mining output? Does the company use specialized tools to monitor the mining process and detect problems?

Additionally, you need to consider their mining approach regarding the type of data centers used. Most companies use purpose-built data centers, retrofitted data centers, or containers. Containers provide a more adaptable solution due to their mobility. It’s easy to deploy them where there is cheap energy, so they are currently a popular solution for hosting services like EZ Blockchain.

Purpose-built data centers may provide quality services, but they may come at a cost. They are quite capital-intensive, and this may reflect on the hosting package. Retrofitted data centers may cost less to establish. They are typically warehouses, mills, or smelters converted into colocation data centers. However, their energy costs may be high. Most depend on the national grid, and it’s impossible to move them to use alternative or stranded energy.
2. What’s Their Pricing Approach and Cost Per kWh?
Understanding the Bitcoin mining hosting service costs intricacies helps you break down the different packages and see where there’s value for money. Ideally, the mining hosting service cost is a subject of several factors that include:

 	Power
 	Space
 	Infrastructure (racks, cabinets)
 	Bandwidth
 	Security
 	Cooling
 	Maintenance
 	Additional services

Each colocation service determines the cost of their services based on their situation. They can adopt a costing model based on any of these factors. However, most of them tend to use the power consumption model.

Notably, there are significant differences in power costs across different countries and locations. Consequently, you should expect each data center to offer different packages to cater to the energy costs in their region as appropriate.



However, some data centers are using alternative energy sources and are thus able to provide value for their clients. Due to their access to cheap and alternative energy, companies like EZ Blockchain can provide low rates of between $0.067-$0.08 per kWh.

To be clear about the pricing, it may help to probe further and ensure you understand the contract terms. Check the price per kWh, compare it with competitors, and determine if there are extra charges for maintenance, installation, and any extras.

Typically, a good hosting service will have no hidden costs. The hosting company should know how to find cheap and sustainable power that guarantees maximum possible uptime at reasonable rates.
3. How is Their Energy Supply, and What Type of Energy Do They Use?





By RCraig09 – Own work, CC BY-SA 4.0, https://commons.wikimedia.org/w/index.php?curid=134464385

For your miners to work efficiently, they need an uninterrupted power supply to ensure they have the maximum possible uptime. As a result, you want to know whether a colocation service has the power supply and backups to ensure your miners do not stop.

The ideal colocation service should have a reliable power source with enough power capacity to meet the demands of its clients. Most companies reveal their power capacity in their different data centers so you can get the figure easily.

Besides the primary power source, a backup supply is also indispensable. It gets even more critical if the company relies heavily on the national grid. Grids are prone to breakdowns which can affect your mining output massively. Therefore, only engage companies with automated power backups that step in immediately after a disruption occurs.

Further, with the high power consumption associated with Bitcoin mining and the massive carbon footprint, it makes sense to determine the type of energy used. Renewable energy sources of wind, solar, gas, and nuclear provide solutions for the massive carbon footprint. Additionally, they provide an alternative to the rising electricity cost, Therefore, crypto mining hosting providers who use renewable energy can provide hosting services at more affordable rates.
4. Is The Location Convenient?
The cryptocurrency space still needs a solid governing structure. As a result, there are different rules across different regions. You want to consider the governing environment of the mining hosting company’s location to see if it’s favorable for uninterrupted mining.

For instance, due to weak crypto mining laws, some regions are more open to Bitcoin mining. In others, you may find a complete ban or strict laws regarding mining activities. For you to carry out profitable Bitcoin mining, ensure your hosting company operates in a place with a stable and supportive legal structure for Bitcoin mining.

Additionally, you need to consider the location in terms of the climate. Although the right hosting company maintains your mining equipment in the best conditions, the climate plays a part concerning durability and performance. Above all, the location could affect the mining costs to your advantage. For instance, a data center in low-temperature regions can reduce or eliminate the need for expensive cooling operations and the possibility of equipment failure.

Finally, think about access to cheap or alternative energy. For example, a data center in oil fields can use wasted or flared gas and tap it for Bitcoin mining. EZ Blockchain is one of the crypto mining hosting companies that have data centers in oil fields, giving them access to cheap renewable energy. This translates to more affordable rates for their clients.
5. Do They Guarantee Miner Security?
Bitcoin mining equipment comes at a high cost, depending on the type of miners you use. According to an article published in September 2023, a Bitmain Antminer S19 HP Hyd costs $8,481. Even so, miners can use hundreds of miners to contribute the highest computing power in the network. Thus, a colocation facility can have tens of hundreds of miners at a given point.

With such figures, it’s evident that colocation services need top-notch security protocols to guarantee the safety of the miners. They must have adequate physical and network security features. At the minimum, they should have active surveillance cameras with video backups, biometric sensors, and physical security personnel. Network security measures should also be in place, including DDoS protection, firewalls, and data encryption.
6. What Type of Cooling Do They Use?

Bitcoin mining generates about 100 TWh of heat annually. Even though the mining process requires large amounts of power, much of the electricity dissipates as heat. Miners must invest in cooling systems to protect their machines from damage by the excess heat.

For a data center hosting thousands of miners, it takes more than just the basic air conditioning or computer fans to cool the machines. Investing in high-quality cooling systems is indispensable for a data center.

Ideally, there are two types of cooling systems:

 	Air-cooled systems
 	Immersion-cooled systems

Air cooling is more affordable and is the most widely used cooling system. It involves using ventilation, heatsinks, high-velocity fans, and sometimes cooling containers to dissipate the heat. Atmospheric air is forced to blow over the mining rigs’ components, but recirculated air can also be used.  Typically, air-cooled systems are cost-effective, readily available, easy to install, and versatile.

Immersion cooling, on the other hand, is considered a more advanced or emerging cooling technique in Bitcoin mining. Here, you can use a closed-loop system with a liquid coolant circulating within the loop to absorb and dissipate heat. The miners can also be completely submerged in a thermally conductive fluid with excellent insulating properties. With the liquid in direct contact with the miners, the method is highly efficient. It guarantees excellent cooling and quiet operation and gives room for overclocking.
7. How Are The Air Filtration Systems?
Air filtration systems help to remove dust, debris, and any other unwanted particles that may find their way onto the miners. The systems ensure there is no accumulation of particles on the miners. That way, the miners can perform better and have a longer lifespan. An air filtration system is essential where air cooling systems such as dust and debris can quickly enter the miners through the circulating air.

Besides having an air filtration system, the ideal colocation service provider should also prevent the corrosion of miners with water or humidity. They can integrate temperature and humidity sensors in the filtration system for humidity control.

With these features, you can rest assured that your mining equipment will serve you long enough and provide value for your money.
8. Does the Company Maintain Redundancy?
Does the Bitcoin mining hosting company provide a redundant network, power, and cooling system? It’s a desirable feature that will ensure your miners run 24/7. When your mining rigs are idle, you are not mining any Bitcoin, so you are not making any profits during that period. Most serious miners will want a 99.9% redundancy, although this comes at a cost.

Adding redundancy could add up to $650 per square foot of data center space, which could harm the return on investment. You can weigh between the redundancy costs and having your miners idle for about 36 hours annually.
9. The Colocation Service Reputation and Adaptability?
You feel at ease about your Bitcoin mining operations by contracting a reputable colocation service provider. Here, you want to ascertain the company’s character by seeking unbiased reviews and opinions of former and existing clients. You can explore reliable sources such as industry forums and review websites to see the hosting service providers’ performance, trustworthiness, and client satisfaction.

Look into the company’s history and the people in charge and confirm their capacity to store your data on their servers securely. This includes knowing who will handle your private keys and whether they are insured. Also, find out whether there are recent cases of losses due to inappropriate data management cyber breaches due to faulty software.

Additionally, as the Bitcoin mining industry grows, it is critical to have a hosting service provider that grows along and is adaptable to changing markets. You can examine if the company offers flexible choices for adjusting your hashing power or the general contract to suit arising needs. Think about how easy it is to add or remove mining equipment. If it is easy to scale up or down, the hosting service can accommodate changing market conditions.
10. Are their Mining Equipment Maintenance and Customer Support Reliable?
Quick and qualified customer support is essential when dealing with technological difficulties or inquiries. Consequently, you must establish whether the hosting company provides round-the-clock customer support. You should be able to reach the support team anytime via different contact methods like email, phone calls, or live chat on their website.

Further, evaluate the company’s technical skills to ascertain how effectively they can handle the maintenance requirements. An experienced team will help you improve your miners by diagnosing issues and recommending appropriate strategies for the most efficient mining operation. They should be able to fix problems onsite and provide a comprehensive inventory of parts and pieces.

Some companies work directly with the mining rig manufacturers. The direct contact simplifies warranty repair logistics and out-of-warranty advanced repairs. Your miners can get corrected with speed and continue to mine.
The Pros and Cons of Bitcoin Mining Hosting Service?
Pros

 	Convenience. Convenience is the most significant advantage associated with a mining hosting service. Ideally, the company agrees to handle all the hassles related to crypto mining for a fee. Therefore, once your miners are at the hosting facility, you will be mining and profiting from Bitcoin without doing a thing.
 	Round-the-clock specialized monitoring of mining rigs. Miners need the maximum possible uptime to be profitable. As such, they need constant monitoring. A hosting service monitors the operation of the miners for you. Sometimes, they use specialized software to detect faults in your Bitcoin mining setup.
 	Time-saving. With the colocation service provider handling all the technicalities for you, it helps you save the time you would spend running and manning the setup. That way, you have time for other activities besides Bitcoin mining.
 	Cost-effective. Most hosting service providers can access cheap energy due to the economies of scale. Consequently, they can offer you power prices that are lower than what solo miners would pay for home mining. Additionally, investing in the entire Bitcoin mining infrastructure would be quite costly.
 	Top-notch security. Most colocation service providers invest in top-level security. They have security cameras, sensors, and security personnel. That way, they provide advanced security to your mining rigs than a solo miner would manage.
 	Professional maintenance and repair. It’s hard to rule out that miners can break down at any point. As such, hosting services ensure they have a professional technical team to address maintenance issues when they arise. Additionally, some work with the equipment manufacturers for warranty repairs and trustworthy equipment maintenance.
 	Redundant network, power, and cooling. It’s more costly to maintain a redundant network, power, and cooling infrastructure. Therefore, working with a facility that guarantees redundancy is a plus.

Cons

 	Limited control over the mining operations. Once you deliver your mining rigs to the hosting facility, they handle all the mining operations for you. You no longer have control over your miners.
 	Overreliance on the trust and integrity of the hosting solution. Working with a crypto mining hosting service means you have to trust them and rely on their integrity. Accept to give up your high-value equipment and trust that they will run the mining operations as per the contract and keep your miners safe.
 	Service fees. You must pay a hosting fee to the provider, which reduces your Bitcoin mining profits. Also, the service fee varies among the hosting service providers.

Summing Up
Bitcoin mining can be lucrative but comes with its share of challenges. From acquiring high-value mining equipment to handling the complexities of setting them up and ensuring continuous mining. As a result, it makes sense to tread carefully when looking for a mining hosting service. You should ensure you are working with a company you can trust and one that steers profitable Bitcoin mining.

Luckily, with Bitcoin mining hosting service providers like EZ Blockchain, you can enjoy a streamlined mining experience. The company guarantees the fastest deployment of your mining rigs and a 95% uptime. They constantly seek cheap power and will provide between $0.067 and $0.08 per kWh. Besides, over 65% of their power comes from renewable energy, which ensures your Bitcoin mining profits do not come at the expense of the environment.

### Bitcoin Mining Companies – Who Has Declared Bankruptcy and Why

Argo Blockchain, the UK-based digital assets mining company, issued a warning in December that it might have to file for bankruptcy protection over insufficient cash. It’s among the companies that came close to bankruptcy toward the end of the year but survived after selling one of its mining facilities, Helios, for $65 million.

Unsurprisingly, the next year could bring even more pain as miners strain to strengthen their balance sheets and remain operational. Here is a catalog of the companies that are already out and why.
1. Compute North
 








 

Based in the U.S., Compute North is a crypto mining company founded by Dave Perrill and PJ Lee in November 2017. The company was trying to disrupt the global data center industry by developing and operating low-cost computing infrastructures. It was among the largest data center operators before filing for bankruptcy in September 2022.

In its bankruptcy filing, Compute North revealed that it owed as much as $500 million to more than 200 creditors. The company’s CEO resigned at the time of the filing but will remain part of the board.

The company filed for Chapter 11 bankruptcy in the US Bankruptcy Court in Texas on September 22. In the filing, Compute North revealed that they owed as much as $500 million to more than 200 creditors. The company’s CEO had also resigned at the time of the filing but will remain part of the board.

By the time of the filing, the company was running four data centers in the U.S.: two in Texas and one each in Nebraska and South Dakota. The company is now progressing with its voluntary bankruptcy proceedings to secure a chance to stabilize its business and execute a restructuring process to allow it to serve its partners and customers.

 




Compute North Data Centers in Nebraska


In February 2022, Compute North announced a $385 million capital raise comprising $300 million in debt financing and $85 million from Series C equity. However, the data center provider failed to survive amid rising energy costs, plummeting crypto prices, and a record mining difficulty.
2. Celsius Mining
 








Celsius Mining, the mining unit of the cryptocurrency lender Celsius Network filed for Chapter 11 Bankruptcy protection on July 13, 2022. The New Jersey-based company received approval from the court to allow it to commit $3.7 million to new Bitcoin mining facility construction and a further $1.5 million to customs and duties on new Bitcoin mining equipment. The company stated that it had $167 million in cash, which would provide enough liquidity for its operations during the restructuring.

 

Celsius’ petition noted a nearly $1.2 billion deficit in its balance sheet and over 100,000 creditors. In March, the company filed for a confidential S-1 draft with the Securities and Exchange Commission to take the company public. However, most publicly traded shares for Bitcoin mining companies were tumbling then, so Celsius’ IPO was unsuccessful.

The company, founded by Alex Mashinsky and Daniel Leon in 2017, has eight related entities that have declared bankruptcy.
3. Core Scientific
 








Founded in 2017 by Darin Feinstein, Core Scientific is one of the largest publicly traded digital assets mining companies in the United States. The Texas-based company is among the crypto mining companies that filed for bankruptcy following the string of difficulties that hit the crypto mining sector.

According to a report published in The Financial Times, Core Scientific filed for bankruptcy on Wednesday, December 21, following a year of plummeting crypto prices and rising energy costs. However, the company plans to continue mining while repaying its creditors. It’s still generating cash flows from its mining activities, but not enough to repay its debts on mining equipment.




Core Scientific facility


The proof-of-work cryptocurrency mining company attributes its bankruptcy to falling Bitcoin prices, skyrocketing energy prices, and a $7 million debt that is yet to be repaid by Celsius Network. Additionally, Core Scientific suffered losses amounting to $434.8 million in just three months ending September 2022, leaving its balance sheet with a cash-in-hand balance of $4 million by the time of the filing. The company’s stock fell 98% in the year preceding the bankruptcy, while its capitalization dropped to $78 million from $4.3 billion in July 2021.
Will More Bitcoin Miners Go Bankrupt in 2023?
After one of the crypto community’s toughest years, the industry’s fate remains uncertain. More than $1.3 trillion has been swept off the crypto market’s value, and Bitcoin mining companies are still struggling. Some could even foresee their fate and began to issue warnings.

For instance, Greenidge Generation Holdings issued its warning about a potential bankruptcy filing in late December. In its statement, the Bitcoin miner revealed that it expects to run out of cash in the next two months, forcing it to consider seeking bankruptcy protection. At the end of November, Greenidge’s debts stood at $162 million, with about $74 million owed to New York Digital Investment Group (NYDIG). However, the company secured a deal that will save it from bankruptcy after approaching NYDIG for renegotiations but will now lose its mining equipment and rights to NYDIG.

More filings are expected in 2023, but not all crypto mining companies are in dire circumstances. EZ Blockchain, for example, is in good shape thanks to its minimized cost model and minimal debts.

EZ Blockchain is among the Bitcoin mining companies surviving the crypto winter and is still in good shape.

Despite a tough year for the crypto industry and Bitcoin miners, EZ Blockchain remained bootstrapped, so the company has no debts that might threaten to bankrupt it.

Typically, smart crypto mining companies find alternative ways to save money, and EZ Blockchain has succeeded. The company utilizes innovative solutions that allow it to save on its expenditures and keep its operational costs down while creating revenue streams for the company and its clients.

 

For instance, the company produces its own crypto mining containers with air or immersion cooling systems. Additionally, they have access to cheap renewable and sustainable energies of nuclear, wind, solar, and gas.
Here’s How Smart Bitcoin Mining Companies Remain Profitable
First, EZ Blockchain manufactures its crypto mining containers, cutting the cost of acquiring the equipment. The company produces its Smartbox™ mining containers and creates a revenue stream by deploying them on-site for its clients. The Smartbox is mobile and fully plug-and-play, allowing for deployment even in the most remote locations.

Second, EZ Blockchain can mine at the highest efficiency with its liquid immersion cooling systems. The company cuts the cost of equipment replacement as immersion-cooled miners are not exposed to dust or corrosion, so they have a longer lifespan. Power consumption is also reduced as the immersion cooling system eliminates the need for high-speed fans used in air cooling systems.

According to a report published by Bloomberg, electricity prices in the U.S. hit a record high in 41 years. Rising power costs are the greatest threat for Bitcoin miners, but EZ Blockchain has found sustainable solutions that allow it to remain in good shape. EZ Blockchain uses alternative renewable energies of wind, solar, gas, and nuclear energy. The company partners with oil and gas producers to put their wasted energy into productive and profitable use. Instead of burning natural gas in oil fields, EZ Blockchain deploys a flaring mitigation solution by transforming the wasted gas into cryptocurrency on-site.

Additionally, when buying electricity, EZ Blockchain finds cheap electricity that ranges between 4-5 cents per kWh. They also cut operational costs by running their mining equipment on low power mode and using software to automate processes. They also handle some of the mining tasks in-house instead of outsourcing, and working remotely, where possible, helps the company minimize office costs.

With these innovative solutions, EZ Blockchain optimizes expenses and avoids debt, allowing the company to keep its mining operations profitable amid the macroeconomic and crypto winter crisis.

### 10 Best Cryptocurrencies to Mine in 2025

In 2025, we are looking at a range of big and small-scale networks and coins packed with profiting potential. There is also no shortage of technology for convenient crypto mining in 2025 on any scale, especially since ASICs have long become available for mass purchase. 

Still, you may wonder — where can I start making major profits off of blockchain? What’s the best crypto to mine? For starters, you should get a good outlook on the state of the market and pick the best coin for mining. 

This article will help you figure out all that and more.  
Why Mining Remains Profitable in 2025
Yes, cryptocurrencies are nothing new in 2K25. And yes, they are becoming more regulated by the day. Still, all that should not put off crypto enthusiasts who feel ready to actually mine some crypto gold.

In fact, crypto mining 2025 stays extremely profitable. This can be explained by a bunch of reasons:

 	Technological edge: Novel mining hardware like ASICS, improved power consumption to mining efficiency ratio, and the ability to mine more affordably, from home, seriously lowered the entry curve for new miners.
 	Diverse revenue streams: These new miners have expanded the entire market, and now the miners can benefit not only from block rewards but also from transaction fees that continue to grow with more network usage.
 	Market maturity: Today’s crypto market’s prices have stabilized a bit, with some coins demonstrating less-to-no volatility and more predictable return on investment.
 	Scalable models: Mining operations are also simpler to scale and grow, with the abundance of profiled software and hardware readily available on the market. 


How to Evaluate a Cryptocurrency for Mining
If you are out to start mining or looking for the most profitable crypto mining 2025 options, there are several baseline factors that should guide your choice.

These include:

 	Mining algorithm: Understand whether a coin uses Proof-of-Work (PoW) or an alternative consensus mechanism. Some altcoins employ hybrid or energy-efficient models that might suit your hardware capabilities better.
 	Profitability metrics: Look through block rewards, transaction fees, and market trends. Even if a coin has lower rewards, high transaction fees or a rapidly appreciating market can boost overall profitability.
 	Hardware compatibility: Assess if your existing ASIC or GPU mining rigs can efficiently mine a particular cryptocurrency.
 	Network difficulty: Consider the current difficulty and competition level, as higher difficulty means more resources will be needed to secure rewards.


Mining Algorithm: PoW vs. Alternative Mechanisms
Traditional PoW remains popular — is the prime example — because it guarantees reinforced security through computational work. However, many coins are shifting to alternative algorithms such as Proof-of-Stake (PoS), Delegated Proof-of-Stake (DPoS), or hybrid models. 

These alternatives can help save more energy and lower hardware demands. Which is why alternative-algorithm coins can be the best mineable crypto 2025 when you seek a balance between profitability and reasonable infrastructure costs.
Profitability: Block rewards, transaction fees & market trends
Profitability in mining is not solely determined by block rewards. Today’s most profitable crypto to mine factors in:

 	Block rewards: The main and most basic incentive that miners get for adding a new block.
 	Transaction fees: As network usage increases, fees can start bringing felt rewards as well, becoming a reliable source of income.
 	Market trends: Price volatility, adoption rates, and overall market sentiment all affect long-term profitability. Always monitor market data to understand if what is the best cryptocurrency to mine today will remain profitable tomorrow.


Hardware requirements: ASIC vs. GPU mining
Choosing between ASIC and GPU mining hardware depends on the coin and its underlying algorithm:

 	ASIC mining: Best for established PoW coins like Bitcoin that use fixed, well-optimized algorithms. ASICs offer high performance but can lack flexibility if the coin’s algorithm changes.
 	GPU mining: Offers versatility, especially for altcoins that use less ASIC-friendly algorithms (e.g., Ethereum Classic, Ravencoin). While GPUs may be less energy-efficient for some tasks, their ability to mine multiple cryptocurrencies can provide an edge when market conditions shift.

Network difficulty and competition
One of the hidden costs in mining is the constant arms race against network difficulty. As more miners join a network, difficulty increases, requiring greater computational power — and therefore more energy and hardware costs — to maintain profitability. 

Forward-minded miners monitor these trends and sometimes switch to alternative coins with lower difficulty levels. This way, they make sure that they always focus on the best mineable crypto 2025 available based on current conditions.
Top 10 Cryptocurrencies to Mine in 2025
In 2025, the choice of cryptocurrencies that you can mine and profit off of is plentiful and diverse. Each miner segment and scale, from home miners to mid-sized farms to large-scale operations, can pick a coin from this list. 

If you’ve been asking yourself recently — “What crypto can I mine without wasting time and resources in vain?”, here’s a list of proven options you can tackle today. 


#1 Bitcoin (BTC)

 	Price: ~$25,000
 	Market cap: ~$500 billion
 	Algorithm: SHA-256 (Proof of Work)
 	Block time: ~10 minutes
 	Supply: Capped at 21 million coins

Despite high competition and increasing difficulty, Bitcoin remains the most recognized and stable option, the king of crypto coins. ASIC miners dominate this space, making it the best crypto to mine for large-scale operations.


#2 Ethereum Classic (ETC)

 	Price: ~$19
 	Market cap: ~$2,98 billion
 	Algorithm: Ethash (Proof of Work)
 	Block time: ~13 seconds
 	Supply: 210,7 million

With its PoW algorithm, Ethereum Classic offers an attractive alternative to Ethereum’s shift to PoS, and its network continues to be less competitive — thus lowering entry costs for miners.


#3 Ethereum (ETH)

 	Price: ~$2,674
 	Market cap: ~$322 billion
 	Consensus: Proof-of-Stake (after transition)
 	Block time: ~12 seconds (varies under PoS)
 	Supply: Issuance governed by network upgrades

Although Ethereum is transitioning to PoS, there are still opportunities in its hybrid phases and related networks. Miners can participate through GPU mining for altcoins based on Ethereum’s legacy technology.


#4 Litecoin (LTC)

 	Price: $121,95
 	Market cap: $9,38 billion
 	Algorithm: Scrypt (Proof of Work)
 	Block time: ~2.5 minutes
 	Supply: Capped at 84 million coins

If BTC is the gold of crypto, then Litecoin is the silver. LTC comes in as a younger brother of Bitcoin — its fork. This means that Litecoins run on a technology that’s closely based on Bitcoin’s, albeit a bit more  On top of that, Litecoin provides faster block times and remains a popular choice for ASIC miners.


#5 Monero (XMR)

 	Price: ~$230
 	Market cap: ~$4,25 billion
 	Algorithm: RandomX (Proof of Work, ASIC-resistant)
 	Block time: ~2 minutes
 	Supply: Gradual emission curve

Known for its privacy features, Monero uses a PoW algorithm designed to resist ASIC domination. GPU mining is particularly effective here, making it a strong candidate for those seeking a flexible mining environment.


#6 Ravencoin (RVN)

 	Price: ~$0,01367
 	Market cap: ~$203,99 million
 	Algorithm: KawPow (Proof of Work, ASIC-resistant)
 	Block time: ~1 minute
 	Supply: Capped at 21 billion coins

Ravencoin also started as a Bitcoin’s fork, but its underlying algorithm has since evolved into a thing of its own. Now powered by its own KawPow, RVN focuses narrowly on crypto asset transfers, which makes it a pretty innovative option. Usually, in the crypto space, it’s more about trading or technological infusion of the coin. 


#7 DogeCoin (DOGE)

 	Price: ~$0,2465
 	Market cap: ~$36,55 billion
 	Algorithm: Scrypt (Proof of Work)
 	Block time: ~1 minute
 	Supply: Inflationary, with no fixed cap

Originally started as a meme coin, DogeCoin has gained mainstream traction and often provides consistent rewards, especially when mined in conjunction with other coins (learn more about merged mining).


#8 ZCash (ZEC)

 	Price: ~$33
 	Market cap: ~$543,13 million
 	Algorithm: Equihash (Proof of Work, privacy-focused)
 	Block time: ~2.5 minutes
 	Supply: Capped at approximately 21 million coins

ZCash puts a lot of emphasis on privacy and offers miners the potential for high rewards, though its specialized hardware requirements mean that careful analysis is needed before investing. The thing is, you cannot maximize its mining via ASIC due to it being ASIC-resistant in order to grant the promised privacy and anonymity for users.


#9 Flux (FLUX)

 	Price: ~$0,4051
 	Market Cap: ~$153,85 million
 	Consensus: PoW variant optimized for decentralized cloud services
 	Block Time: Approximately 1–2 minutes
 	Supply: Capped at about 440 million coins

Flux is a newer entrant that promises decentralized cloud services alongside mining rewards. The sheer fact that it is a novel use case, however, can turn into an advantage of its own, giving your mining rig an edge in market trends.


#10 Ergo (ERG)

 	Price: ~$1,09
 	Market Cap: ~$87,13 million
 	Algorithm: Autolykos (Proof of Work, ASIC-resistant)
 	Block Time: ~2 minutes
 	Supply: Approximately capped at 97 million coins

Ergo uses a unique algorithm that balances mining efficiency and security, providing an appealing alternative for miners using GPU hardware. Its focus on smart contracts and decentralized finance further enhances its long-term potential.
Software to Help You Choose a Coin
To make your choice easier and save you from manual comparisons, there are specialized online platforms for the analysis of the most profitable coins to mine at the moment. The following services provide relevant data on coins in the market and can be used as profitability calculators to make a careful choice. 
WhatToMine
A convenient online dashboard with handy segments, where you can check overall mining profitability rates not only by the coin, but also by ASIC or GPU or other mining approaches. 

 	Provides earning estimates based on hardware specs
 	Covers a huge range of coins
 	Factors in electricity and other power costs

Minerstat
An all-in-one platform for centralized mining management in general, and a cool dashboard for checking the real-time profitability, juxtaposing, and picking the most promising coins. 

Minerstat is a large-scale solution for multi-faceted operations management, but it can be tailored to your needs. 

 	Has a feature-rich profitability calculator
 	Enables remote mining management
 	Offers AI-based mining suggestions

CryptoCompare
A very to-the-point, comprehensive coin tracker platform and a crypto knowledge base powered by CoinDesk in one, CryptoCompare can help make an intelligent choice of the best coin to mine with real-time updated coin stats.

 	Real-time profitability data and analysis
 	Has a feature-rich yet simple mining calculator
 	Offers a wealth of market insights

NiceHash Profitability Calculator
A NiceHash website features a calculator that can help approximately estimate a profiting potential based on the relevant coin market data. You can use it to get a detailed breakdown of the coin’s short- and long-term profitability. 

 	Integrates with other NiceHash products
 	On-point estimates based on individual needs
 	Automatically switches algorithms

CoinWarz
Another one of the most go-to platforms for exploring crypto mining opportunities, CoinWarz is a proven hub of all relevant coins and networks, featuring dedicated mining calculators by coin. 

 	Has separate mining calculators for each coin
 	Shows prices, stats, and network difficulty rates
 	Offers tailored reports

Conclusion
In 2025, understanding what crypto you can mine profitably is about looking at multiple angles — from mining algorithms and hardware efficiency to network difficulty and market trends. By carefully evaluating these aspects, miners can select the best currency to mine on their budget. 

Whether you’re searching for the most profitable crypto mining 2025 opportunities or figuring out what is the best mineable crypto 2025 for your setup, a consultation by seasoned providers will make things that much simpler! Contact EZ Blockchain to consult your choice of coin for the guaranteed high yields.

### Bitcoin Mining Hosting Pricing

So what is the fair price for Bitcoin mining hosting services? How much should it cost for you to break even in 2024 with halving? Here we will tell you how.







What is The Cost of Bitcoin Mining Hosting Services in the USA
The US became the largest Bitcoin mining hub after China strained crypto mining regulation. Bitcoin mining activities are completely legal in the US, and miners enjoy a stable regulatory framework. The political environment is also stable and more predictable. Hosting companies are thus legal entities, and you can make contracts under US laws.


Where to Mine Bitcoin in the US

 	Georgia

Georgia has access to cheap electricity, which makes it one of the best Bitcoin mining locations in the US. The residential electricity prices in Georgia are 19% lower than the national average rates. Additionally, there are no regulatory restrictions or special legislation on Bitcoin mining. Colocation services like EZ Blockchain are heavily invested in Georgia, with case studies across the state.

 	Texas

Texas is also dominant in the United State’s Bitcoin mining space. The state enjoys a pro-crypto regulatory environment and has Bitcoin mining support from the energy provider ERCOT. The energy rates in this state are 12% lower than the national average. It’s also home to top Bitcoin mining hosting facilities like Bitkern.

Here’s a breakdown of the mining hosting prices as of November 2023 for some of the colocation service providers currently in the market.
EZ Blockchain Hosting Price
EZ Blockchain is an award-winning Bitcoin mining hosting company that boasts 6 years in the Bitcoin mining industry. The company provides two hosting packages for air-cooled and immersion-cooled data center hosting.



Air-Cooled Plan
Immersion-Cooled Plan


Starting at $0.067 per kWh
Starting at $0.009 per kWh


$30 initial set up fee
$30 initial set up fee


Fully managed 24-month agreement
Fully managed 24-month agreement


100 miners minimum
50 miners minimum


24 equal invoice credits
24 equal invoice credits



Compass Mining Hosting Pricing

Compass is a unique hosted crypto mining company that provides an optimal business development tool for Bitcoin miners. The company increased its hosting prices by 15% in 2022 to $0.075 per kWh all-in. The company does not charge any upfront fees but asks for a small percentage based on the monthly hosting revenue.

BT-Miners Hosting Pricing
BT-Miners is a crypto mining hosting solution based in the United States. The company charges a one-time set-up fee of $50 and $0.10- $0.11 per kWh. If you want to host for 3 months, you will pay a per kWh rate of $0.11 and a hosting deposit starting from $288.51. For 12 months of hosting, the rate drops to $0.10 per kWh, but the hosting deposit starts at $1,364.
QuoteColo Hosting Pricing
QuoteColo is a colocation service provider with 15 years of experience in mining hosting and IT. The company focuses purely on colocation services with hosting data centers in the US, Canada, Iceland, and Norway. Hosting packages vary based on location but typically range between $0.07 and $0.11 per kWh. 

Bitkern is an innovation-oriented crypto-mining hosting company that has been on the scene since 2017. The company has data centers across the USA in Pennsylvania, Texas, New York, and North Carolina. Its hosting packages vary based on the location but typically range from $0.075-$0.0795 per kWh. 
Wattum Mining Hosting Pricing
Wattum is an accomplished Bitcoin mining solutions provider with nine mining facilities in the US and over 3000 clients worldwide. The company’s hosting packages start from $0.089 per kWh, with a minimum order quantity of 30 miners.
What Determines the Price of A Hosting Service?
In Bitcoin mining hosting agreements, the miners remain the client’s property, even where they procure the rigs through the hosting company. The deal is that the company will host and run the miners on behalf of the client for a fee.

Determining this fee boils down to several critical factors, which include:

 	
Energy Price


Power is the most critical factor in determining mining hosting pricing. Most of the colocation services provide a hosting price range per kilowatt hour. Energy is also the most critical resource in Bitcoin mining, which explains why it’s the main consideration in determining hosting prices.

Most mining hosting service providers provide a rate per kilowatt-hour, usually all-in. For instance, EZ Blockchain hosting services start from $0.067 per kWh all-in. It means that even though the company uses the energy price costing model, the rate considers all other aspects like cooling, space, and internet.

Ideally, when a hosting service can secure energy deals at lower rates, they can provide more affordable hosting packages to their clients. The energy price affects hosting prices because when energy prices are high in your region, energy bills are high, and so is the hosting package.

Notably, global energy prices have not been at their best over the last few years. In the US, energy bills increased 5% in 2022, according to the Energy Information Administration. Power costs also vary across different regions. Therefore, if energy costs are skyrocketing in your location, they will increase colocation costs.



For hosting companies that rely heavily on grid power, their hosting prices are bound to be higher to meet the rising energy costs. However, others like EZ Blockchain exploit alternative and renewable power sources to provide more affordable hosting services.

EZ Blockchain utilizes stranded energy and flared gas from oil fields to access cheap energy for Bitcoin mining. More than 65% of its power capacity comes from renewable energy. As a result, the company has reduced its hosting package from a $0.07 per kWh minimum to $0.067.

 	
Equipment Maintenance/Repair


Mining equipment requires regular maintenance and repairs when it breaks down. Although most hosting service providers agree to handle all these hassles, they factor them in when quoting their hosting prices.

Typically, the company has a technical team that handles all the equipment maintenance and repairs where necessary. The technicians are paid for their services, and the cost must be included in the hosting price.

Alternatively, the company strikes an arrangement with the mining rig manufacturers. This is advantageous where clients procure miners through the colocation service provider.

By working with the manufacturers, the company can engage them for repairs and use warranty services. Additionally, it’s easier to negotiate equipment maintenance deals. Such agreements mean no additional repair costs, which could mean relief on the hosting package.

 	
Cooling


Bitcoin mining dissipates excessive heat that is potentially damaging for miners. With colocation data centers hosting thousands of miners, investing in cooling infrastructure is inevitable. Additionally, most data centers use air cooling technology, which maximizes the use of fans to blow air over the mining equipment.

As a result, it means additional power is used to run the high-velocity fans. Some data centers use alternative cooling technology, such as immersion cooling. However, such are advanced technologies that come at an added cost.

Other costs that come under cooling include

 	Air conditioning units
 	Temperature monitors,
 	Dielectric fluid in immersion cooling,
 	Immersion cooling containers
 	
Infrastructure/Rent


Bitcoin mining hosting companies undertake to construct data centers to provide miners with a safe place for mining operations. These data centers are usually extensive buildings of hundreds or thousands of square feet. The aim is for a data center to host as many miners as possible since a single miner can have thousands of miners.

Consequently, the hosting price includes the cost of rent in terms of the floor space and the included facilities like racks and cabinets.

 	
Taxes


Currently, Bitcoin mining lacks a clear regulatory framework that includes tax structures. As a result, it can be difficult to navigate through crypto mining taxes. However, the Internal Revenue Service (IRS) in the US treats mined Bitcoin as taxable income.

Colocation service providers have tax obligations to meet based on the regions in which they operate. For colocation services that charge a percentage of the mined Bitcoin, the taxes are levied at the fair market value.

 	
Security


Bitcoin mining rigs are high-value assets. Hosting companies agree to hold and manage the miners while ensuring their security. Most companies make a significant investment in terms of physical and network security. They procure security infrastructure, including surveillance cameras, motion sensors, firewalls, and security personnel. These facilities come at considerable initial and operating costs, which may affect the hosting price.

 	
Internet


A fast and reliable internet connection is among the irreducible minimums of Bitcoin mining. However, with a colocation service provider, investors only need to worry about the hosting fees. The hosting company provides the best bandwidth to ensure round-the-clock connectivity and a continuous mining operation. While the company may not point out the internet costs directly in your hosting package, it’s among the factors determining the overall colocation cost.

 	
Insurance


Insurance is part of the safety measures a hosting company can take to protect your miners. There are many risks against which the company may insure your miners. While it’s a desirable feature, it means the insurance premiums could add to the cost of the colocation package.
Hosting Service Prices in Different Countries
With an understanding of what comprises mining hosting prices, it’s easier to demystify the hosting price variations in different countries. Ideally, where the cost of electricity is low, you would expect the hosting packages to cost less. Therefore, it makes sense to review first the electricity prices by country.

According to the latest statistics, countries like Nigeria, Venezuela, Qatar, Russia, and Saudi Arabia have the lowest energy prices ranging from $0.03-$0.05 per kilowatt-hour. However, in terms of the actual Bitcoin mining costs in these countries, they are still higher than most other countries. Only Qatar has a considerably low mining cost per BTC at $7,368.



This proves that while energy prices are a key consideration in Bitcoin mining costs, other factors also play a significant part. Besides, the electricity price statistics majorly rely on the cost of grid electricity.

Therefore, Bitcoin mining hosting companies in countries more advanced in renewable energy can provide hosting services at significantly lower rates than those that depend on the national grid.

Here’s an overview of the mining hosting rates of colocation services in different countries.
Hosting Prices in the USA
The United States of America holds the lion’s share of the entire Bitcoin network’s hash rate. This makes it the largest BTC mining industry in the world. Its highest mining activities are in Georgia, contributing a 30.8% hash rate.

EZ Blockchain is among the Bitcoin mining hosting services with operations in Georgia. The company provides hosting services starting from $0.067 per kWh and an initial set-up fee of $30. Besides Georgia, EZ Blockchain has case studies in South Carolina, Kansas, Indiana, Utah, and New York. The company also operates in Alberta, Canada, although the price range is the same for all locations.

Bitkern hosting service also has operations in the US in North Carolina, Texas, Pennsylvania, and New York. With Bitkern, hosting packages for US clients start at $0.075-$0.0795 per kWh.
Hosting Prices in Venezuela
Bitkern colocation service runs a 10 MW facility in Yaracuy State, Venezuela. The hosting package starts at $0.048 per kilowatt-hour with a minimum of 50 miners. It’s a relatively lower hosting rate compared to most countries, perhaps due to the low energy costs in the country. In December 2022, household electricity price statistics for Venezuela indicated a residential price of $0.05 per kWh. Since mining hosting companies can negotiate lower rates, they could manage hosting at $0.048.
Hosting Prices in Kazakhstan
Kazakhstan is considered among the top Bitcoin mining hubs, although its energy outlook isn’t quite impressive. Kazakhstan relies heavily on fossil fuel energy and has only begun efforts to shift to renewable energy. According to an earlier report, the country aims for its renewable energy to reach 6% by 2025.

However, the country is still a hot Bitcoin mining hub with colocation services like Hive Mining serving the market. It’s a 65 MW mining hosting company providing colocation services in Kazakhstan at $0.07 per kWh.
Self-Mining Vs. Professional Hosting



Self-Mining Bitcoin Mining
Professional Bitcoin Mining Hosting




 	High power rates for residential consumption




 	Negotiate better rates from power providers
 	Exploits alternative wasted and stranded energy for Bitcoin mining






 	Limited infrastructure like cooling, cabinets, racks.




 	Access to all amenities, including air or immersion cooling, more floor space, racks, cabinets






 	Must deal with noise to avoid being a nuisance in residential areas.




 	Can invest in soundproofing equipment
 	Situated away from residential areas like oil fields






 	Handles equipment breakdown personally.




 	Get professional equipment maintenance and repairs






 	Mining becomes full-time job




 	The hosting service handles all mining operations for you
 	Hosting becomes a passive source of income






 	Responsible for the safety of mining equipment and network.




 	The hosting company guarantees the security of miners and network security






 	Mining stops during power or network downtimes




 	The hosting company guarantees a redundant power, network, and cooling system





 
How Much Can You Make From Bitcoin Mining?
Bitcoin mining rewards miners on a per-block basis. It takes about 10 minutes to verify a block, for which you receive a block reward of 6.25 BTC. Since 1 BTC trades at $35,376, according to Coinmarketcap at the time of writing, your revenue per block is $221,100. Therefore, by mining a single Bitcoin, you earn $35,376. However, your mining costs per BTC must fall below this figure to be profitable.
When solo mining, it takes an average of 266,000 kWh of electricity to mine a single Bitcoin. Therefore, using the costing model of the hosting service providers like EZ Blockchain, it means mining 1 BTC will cost 266,000*$0.067 to give $17,742. Add $30 initial set up cost to get $17,772. Therefore, with a revenue of $35,376, you make $17,603 per BTC mined with the EZ Blockchain hosting miner service. Understanding the bitcoin miner hosting cost is crucial for miners to calculate profitability and plan their investments wisely.
Also, some miners provide you with real-time data on the amounts of profits you can earn from them. For instance, ASIC miners are the most widely used mining rigs, and asicminervalue.com helps you see the potential daily profits from different miners. They factor in the energy costs when providing the daily profitability estimations.

From these estimates, the Bitmain Antminer KS3 is the most profitable miner. It comes with a 9.4 Th/s and 3500w power consumption. This miner can earn you $117.82 in profits daily. Therefore, with ten Bitmain Antminer KS3 miners, you’re in for $1178.2 per day or $35,346 monthly. Fifty such miners will earn a monthly profit of $176,730.
Summing Up
Bitcoin mining hosting pricing is a subject of many variables. However, miners and hosting companies are more concerned about the energy aspect. Perhaps it’s the rising energy costs and the criticism Bitcoin received over its energy-intensive nature.

Regardless, Bitcoin mining could only get better thanks to innovative Bitcoin mining hosting companies like EZ Blockchain. Instead of viewing Bitcoin mining’s energy-intensive nature and cost as a threat, the company is using this fact to turn an advantage.

First, EZ Blockchain helps relieve the national grid, which can help reduce grid energy costs by sending power back to the grid. Additionally, the hosting service provider exploits alternative or wasted energy in oil fields and uses it for Bitcoin mining. That way, they can provide Bitcoin mining hosting services at lower rates and reduce the carbon footprint of oil investors.

Finally, mining hosting companies using immersion cooling systems are helping tap the excess heat from Bitcoin mining. This heat can meet household heating needs, further relieving the grid power. With such innovative solutions coming from hosting companies, the future of Bitcoin mining is bright. They promise lower electricity rates in general, low hosting rates, and more profitable Bitcoin mining. As Bitcoin’s price continues to rebound, investors could be in for new highs in Bitcoin mining profits.

### How to Choose Crypto Mining Equipment in 2025

Most miners are taking advantage of the low prices as they gear up for the upcoming Bitcoin halving event.

So, how do you go about choosing your crypto-mining equipment in 2025?

Read on for more insights.
Types of Miners
Crypto mining equipment comes in different types. However, the equipment’s hashing power, energy consumption, and mining rewards are what matters for mining profitability. Investors strive to balance miner cost, hash rate, power consumption, durability, and overall cost-effectiveness. Typically, a miner can be a CPU, GPU, ASIC, or FPGA.
CPU Mining in 2025
CPU mining was the first method used to mine Bitcoin. With around 10 megahashes per second hash rate, Satoshi used a computer’s basic central processing unit to verify the genesis block. However, due to the increasing mining difficulty on the Bitcoin network, the computing power provided by CPU miners could no longer keep up. Miners had to shift to GPU miners for profitable bitcoin mining. Though you can still mine some crypto using CPU miners, mining BTC with a CPU is unprofitable.
GPU Mining in 2025
Graphics Processing Units (GPUs) came to ease the increasing complexity of crypto mining. The first bitcoin mining with GPU happened in October 2010 to leverage GPU’s parallel processing power, enabling them to compute the cryptographic puzzles faster and more efficiently. Their primary advantage is their ability to run multiple operations in parallel, and miners can even use multi-GPU miners to run concurrently. With most modern GPUs, you have up to 2000 times the hashing power delivered by a 20 kilohashes CPU miner.
FPGA Mining in 2025
With the continuous volatility of the crypto industry in terms of crypto prices, mining complexity, and mining costs, there’s a constant need to mine more efficiently. Consequently, the field-programmable gate array miners were introduced to make mining more lucrative. The FPGA miner is an electric circuit that can be programmed and reconfigured to perform different tasks. They offer up to five times the cost and energy efficiency of GPU miners, and you can use the same equipment to mine different cryptocurrencies with different algorithms.
ASIC Mining in 2025
Despite the convenience of FPGA miners, investors still wanted more improved mining machines that provide efficiency in energy consumption and initial cost. In addition, crypto mining was growing to a large-scale billion-dollar industry, even as competition among nodes and mining difficulty increased.

Application Specific Integrated Circuits (ASICs) provided a workable solution due to their high computing power. Ideally, ASIC miners are much more powerful than popular GPU mining rigs. Unlike GPU miners, whose power is measured in megahashes per second, ASIC’s power is computed in terahashes per second. The first ASICs were also 200 times more powerful than the standard GPU miner.

While crypto mining remains an ever-evolving industry, ASIC miners remain the linchpin of bitcoin mining. They are uniquely tailored to validate transactions on blockchain networks more efficiently, and above all, their prices have come to an all-time low in the last couple of months.
Top ASIC Mining Rigs
The ASICs are the basis for the next generation that most investors prioritize. They have mining rig models released in November 2023 that top 300 Th/s. For instance, MicroBT WhatsMiner M63S has a hash rate of 390 Th/s and a power consumption rate of 7215 watts, while MicroBT WhatsMiner M63 has a hash rate of 334 Th/s and a power consumption of 6646 watts. Other ASIC miners set for release in February 2025 include:



Miner
Hashrate
Power Consumption


Bitmain Antminer S21 Hyd
335 Th/s
5360 watts


Bitmain Antminer S21
200 Th/s
3550 watts


MicroBT WhatsMiner M60S
186 Th/s
3441 watts


Bitmain Antminer T21
190 Th/s
3610 watts


MicroBT WhatsMiner M60
172 Th/s
3422 watts



Miner Prices


After a long crypto winter that nearly became an ice age, the crypto industry is fast rebounding. Bitcoin dipped to lows of $16,000 in 2022 amid the second crypto winter but has regained traction, topping $42,000 in December 2023. However, the effects of the crypto winter can still be felt in crypto mining equipment prices.

As crypto prices generally declined, investors were less interested in mining activities. The crypto winter came when global energy prices rose, so Bitcoin mining was largely unprofitable. Many mining companies declared bankrupt, and mining entry costs came to a record low. However, as crypto prices continue to rebound, more people may be interested in acquiring new and more efficient mining equipment, more so in readiness for Bitcoin halving in April 2025. Others who invested in old equipment and have not yet used it will also need to update their equipment, and this could mean more demand for miners, hence a rise in their prices in 2025.

Investors looking to invest in updated miners like the MicroBT WhatsMiner M63S will have to pay between $9,000 and $11,000, depending on where they acquire the miner. However, older miners like the Bitmain Antminer S19 Pro with 110 Th/s are available for as low as $1,600.


How Will Halving Affect Miners?
After bitcoin halving, many miners will become unprofitable, but not all will be unprofitable to turn off immediately. Usually, there is a period when miners will accumulate enough Bitcoin and hold with the hope the price goes up so they can sell those Bitcoins to power their costs. However, that strategy doesn’t work because you usually have no idea how long the price stays where it is, and maybe it never goes up.

The market participants who have updated their equipment for a new one would be in a good spot. But it depends on which cost they update that equipment because, at the end of the day, bitcoin mining is a business like everything else. If you spend $1,000 to make $300 and then spend another thousand dollars to keep making $300, that doesn’t do anything for you.

Therefore, what’s important is to ensure that if you have all the equipment you need, it runs as long as possible at a low power cost until it actually fails.
“I think that those market participants who do not have equipment higher than a hundred tera hash per second will not make money within the 6 months after halving, unless, of course, Bitcoin price goes up.”
But if the Bitcoin price goes up, there will be more demand and fewer rewards to share. So, if you are a new miner, the only mining equipment that you should buy is with an efficiency of less than 21 Joules per tera hash. That equipment will be very competitive, and you will stay in a game for quite some time.
Will Older Miners Still Be Effective in 2025?

According to Sergii Gerasymovych, the CEO of EZ Blockchain, older mining equipment will not likely be effective in 2025 or any time in the future. During his webinar on Bitcoin Halving 2025, Sergii was candid about the fate of older mining equipment and how the bitcoin halving will affect them.
“Unfortunately, the Bull Run of 2021 to 2022 drove the cost of crypto mining equipment to insanity. Many people did buy the cryptocurrency mining equipment on the top, so that means that those players are still sitting with that equipment. They have not sold it because that equipment has not made any money yet and is far from making any money, and that’s a big issue. They will not survive the halving if they don’t throw more capital, small or big.”
Cooling
Crypto mining is a highly energy-intensive process, and as a result, it generates a lot of heat. The mining rigs emit a substantial amount of heat that can damage their components and must, therefore, be effectively managed. Primarily, miners choose between the cooling technologies of air and immersion cooling.
Air Cooling Technology
Air cooling is the most commonly used and most affordable cooling technology in crypto mining. Here, miners use strategically placed high-velocity fans to circulate air around their miners. The fans ensure that the hot air dissipated from the mining hardware is blown away while drawing in cold air to cool the miners. These cooling systems are cheap to install and maintain, although they are inefficient with large-scale mining operations with many mining rigs.
Immersion Cooling Technology
Immersion cooling provides the efficiency every investor needs for large-scale crypto mining. This cooling method completely submerges the mining equipment in a thermally conductive but electrically non-conductive fluid. Although the initial cost of the immersion cooling infrastructure is high compared to air cooling, it provides unmatched efficiency in cooling and additional benefits.

 	Increased miner hash rate
 	100% noise reduction because there are no rotating miner fans
 	Protects mining equipment from dust and debris
 	Extended equipment lifespan
 	Saves the energy used in running fans

Self Mining vs Hosted Mining




Self Mining
In its simplest form, self-mining is the process of assembling own miners in a private space for bitcoin mining. You’re responsible for developing all the necessary infrastructure, including the floor space, sourcing the miners, power, cooling infrastructure, and handling all mining operations.

However, due to the complexity of bitcoin mining, self-mining comes with drawbacks.

 	High power rates – solo miners lack the advantage of economies of scale and are thus unable to negotiate favorable power rates with energy companies.
 	Limited infrastructure – self-miners lack the resources to build the infrastructure required in crypto mining.
 	Dealing with mining complexities – solo miners are responsible for their mining setup. They must handle all the complexities, including equipment breakdown, dealing with noise, and maintaining the appropriate uptime and internet bandwidth.

Hosted Mining
Hosted mining, on the other hand, refers to mining cryptocurrency from a rented space. Miners contract a hosting service company to handle all their mining operations for a fee. The hosting service will provide power, cabinets, racks, internet, cooling, and all operational aspects.

With a hosting service, miners are guaranteed of:

 	Competitive power prices – mining hosting companies can negotiate better energy rates with utility companies. As a result, they provide affordable hosting packages to their clients.
 	Cooling infrastructure – most hosting services like EZ Blockchain provide clients with different cooling infrastructure. You can choose between air and immersion cooling for your miners.
 	Professional team – with a hosting service, mining rigs are left in the hands of professional teams, including experienced engineers and technical staff. They assemble the miners for you and handle all technical issues.
 	No heat and noise pollution – mining hosting companies situate their data centers away from residential areas. As such, you don’t have to worry about your mining operations being a nuisance in your neighborhood.

So, What Should You Mine, Bitcoin or Altcoins?


Bitcoin remains the most popular and valuable cryptocurrency. It has the highest market capitalization and a relatively high trading volume compared to most altcoins. However, the crypto giant has received massive criticism in the past over its mining process. Bitcoin uses the proof of work algorithm, which is quite energy intensive, making bitcoin mining have a large carbon footprint.

Regardless, Bitcoin is still among the best crypto coins to mine when you have the right setup. Besides, it has a massive influence on the crypto industry, and with its reward reduction design embedded in its codebase, the crypto has vast potential.

Additionally, thought leaders like EZ Blockchain are quickly changing the narrative and turning Bitcoin mining’s high power consumption into a solution for wasted energy and a grid-balancing solution.

### Understanding Gas Fees in Cryptocurrency: Calculation Methods and Insights

This is what we’re about to figure out, but let’s start from the beginning. 

What is gas in cryptocurrency?*

Gas is the amount of computational resources required to execute transactions and operations on a blockchain network, particularly those that support smart contracts, like Ethereum. Gas is basically a pricing unit within Ethereum-based crypto networks, remunerated for validating transactions. 

Higher-value transactions equal more gas. But while the gas itself is only a measure figure, gas fees are tangible compensations that miners get for their gas’ value (similar to block rewards — the compensation for processing transactions or solving complex problems). 

What’s a gas fee all about and how does it work in practice? Let’s figure it out.
What Are Gas Fees in Cryptocurrency?
The volume of gas you generate for the crypto network equals the computational effort you are dedicating to mine coins in that network. Gas fees are like a cashback that you get in return for a well-focused stream of your hardware power poured into the cryptocurrency network. 

But the overall price of your gas, based on which to calculate your gas fees, is not defined by its amount only, as differently prioritized transactions can be priced variously, giving you a choice to match your computational power output. 

That price is usually denominated in a token that’s native to the network (like Ethereum’s Gwei). We’re talking about small fractions of the token, of course. The crypto gas fee is paid to the miner in the network’s native cryptocurrency, motivating them to continue mining. 

There’s also a gas limit set for each block, which allows miners to fine-tune how much gas they wish to use per transaction processed. To know how much power is better to invest and what gas fee returns to expect, it’s important to understand how gas fees are calculated in the first place. 
How Gas Fees Are Calculated
It’s as simple as this — the size of the gas fee awaiting a miner is shaped by the complexity of the transaction they set out to help process. The existing demand for the network also influences the prices. But let’s dig into some finer details. 
Gas Units and Their Purpose
All in all, there are:

 	A base fee — a mandatory fee set by the network and adjusted dynamically based on its demand;


 	And a priority fee (or tip) — network users can add a tip to boost the priority of their transaction, thus incentivizing validators/miners for faster processing. 



Ethereum’s Gwei, which is used to set gas fee pricing for transactions, is a fraction of an Ether, equalling 0.000000001 of one ETH. The Bitcoin network doesn’t actually have gas fees as is, but it uses a similar system with transaction fees, where miners are rewarded for their computation output, only with something called satoshis. 

So the “Bitcoin’s gas fee” is satoshi per byte (sat/B), which also equals 0.00000001 of a BTC. The byte here defines the size of the transaction, the more complex it is, the more bytes it has. Bitcoin transaction fees are determined by multiplying the transaction size (in bytes) by the fee rate (in sat/B).


Gas Price: What Determines It?
The gas price reflects the cost per gas unit, typically denominated in the blockchain’s smallest currency unit, such as Gwei for Ethereum or satoshis for Bitcoin. The price is not fixed and fluctuates based on:

 	Network congestion: High traffic tends to grow and stimulate competition among users, raising gas prices.
 	Transaction priority: Users willing to pay higher gas prices are prioritized by miners or validators.
 	Market conditions: The underlying token's value influences the real-world cost of gas fees, especially during price surges.



Really, this dynamic pricing mechanism serves a higher purpose, helping make sure that transactions and operations are processed efficiently, with users deciding how much they’re willing to spend for faster execution.
The Formula for Calculating Gas Fees
Gas fees are typically calculated as:

Gas Fee = Gas Units × Gas Price



For Ethereum, this might look like:

 	Gas units: 21,000 (standard for simple ETH transfers)
 	Gas price: 50 gwei (user-defined based on market rates)



Calculation:
21,000 gas units × 50 gwei = 1,050,000 gwei = 0.00105 ETH

For Bitcoin, the calculation focuses on transaction size and fee rate:

 	Transaction size: 250 bytes
 	Fee rate: 10 sat/B

Calculation:
250 bytes × 10 sat/B = 2,500 satoshis


Factors Influencing Gas Fees
While the basic formulas for gas fees in crypto remain pretty much the same (or closely similar) for most blockchains, their pricing cap can differ a lot, mostly based on the blockchain’s current success and popularity. 

Here are the main reasons impacting the size of fees to point out:

 	Transaction complexity: More complex transactions, such as those involving multiple smart contracts, consume more gas.
 	Network traffic: High activity levels during events like NFT drops or DeFi launches can spike fees.
 	Block size limitations: Blockchains with smaller block sizes (like Bitcoin) handle fewer transactions per block, increasing competition.
 	Token value: A rise in the underlying token's market value amplifies the real-world cost of gas fees.

Gas Fees Across Different Blockchain Networks
To give you a wider picture of what are gas fees in crypto, here’s a breakdown of average gas fees (or their alternative compensations) on some of today’s standout blockchains, each running on its own protocol to boot. 

 	Bitcoin


 	

 	Protocol: PoW (Proof-of-Work)
 	Average fee: 40-50 sats/byte



 

 	Ethereum


 	Protocol: PoS (Proof-of-Stake) 2.0


 	Average fee: 50-150 Gwei




 	Binance


 	Protocol: PoSA (Proof-of-Stack-Authority)


 	Average fee: 0.005 BNB




 	Solana


 	Protocol: PoS + Proof-of-History


 	Average fee: 0.000005 SOL




 	PolkaDot


 	Protocol: PoS + NPoS


 	Average fee: 0.0001 DOT




 	Stratis


 	Protocol: PoS 


 	Average fee: 0.001 STRAX




 	Algorand


 	Protocol: PPoS (Pure Proof-of-Stake)


 	Average fee: 0.001 ALGO




 	Polygon


 	Protocol: PoS


 	Average fee: 5-10 Gwei




 	NEAR Protocol


 	Protocol: PoS


 	Average fee: 0.001 NEAR




 	Avalanche


 	Protocol: PoS


 	Average fee: 0.001 AVAX

Tips for Minimizing Gas Fees
As opposed to a mining enthusiast who gets monetized benefits out of higher gas fees (if they can provide the matching power, that is), for a crypto coin holder and any other regular user of the blockchain network, these fees are necessary operational expenses that they must plan out, set up, and cover. 

From the user’s perspective, the more they pay validators (i.e., miners) for working on their transactions, the faster results they’ll get, simply because the validators get a competitive incentive. This is why the users may want to try and lower gas fees where possible. 

Here are a few pro tips for minimizing your gas fees: 

 	Time transactions to avoid peak periods
Gas fees often spike during peak hours or popular events. Scheduling transactions during off-peak times, like early mornings or weekends, can lower their final costs a lot.
 	Use efficient smart contracts
Optimizing the code in smart contracts can minimize gas consumption, saving costs over time. Developers can test contracts extensively to cut out redundant computations.
 	Leverage Layer 2 protocols and off-chain solutions
Layer 2 solutions like Polygon or Arbitrum handle transactions off the main blockchain, lowering fees dramatically. On top of that, you can batch multiple transactions into a single one to save even more expenses.
 	Utilize gas fee estimators
Tools like Etherscan’s Gas Tracker or BitInfoCharts provide real-time fee insights, allowing users to choose the optimal gas price. Take your time to explore the features of each and get reliable estimates fast.


The Impact of Gas Fees on Users and Developers
Gas prices in crypto can mean different things, and different blockchain use scenarios, for different types of users interacting with the blockchain. We’ve mainly explored the miner’s perspective, for whom gas fees are incentives and sought-after rewards. For users on the other side of the chain (owners and holders), gas fees are mandatory payments. Then, there’s also 

To sum up, you already know what gas means for mining entrepreneurs. As for the others:



 	For users: High gas fees can deter everyday transactions, making blockchain services less accessible. So small-scale users may find certain platforms unaffordable during congestion.
 	For developers: Elevated fees impact the scalability of dApps, requiring innovative solutions to maintain affordability for users. Developers often consider networks with lower fees to deploy cost-effective applications.

Conclusion
Gas fees are more than meets the eye, serving as an essential mechanism to balance out a blockchain’s operational efficiency, security, resource allocation, and even chain-wide competition. And with the main challenge of handling gas fees being occasional spikes in their price, making them unaffordable for some during network congestion, we are looking at a more cost-efficient future thanks Layer 2 solutions and optimized smart contracts. 

Hope this article clarifies the essentials related to gas and gas fees, and answers the question “What is a gas fee in crypto?” once and for all. Stay tuned for more!

Contact EZ Blockchain if you have related questions. 

Consult with the specialists ready to dive into your needs and guide your next blockchain implementation.

### How to Effectively Manage Cryptocurrency Mining — EZ Blockchain Dashboard

With an accessible, feature-rich dashboard, the entire mining venture becomes tangible and no more difficult to integrate and manage than using any simple app. And it is insightful management that defines the profitability and viability of any mining efforts in the first place. 

Combining one with the other, both starting-out and experienced mining enthusiasts may boost their managerial efficiency while simplifying tons of tasks along the way. Let’s see exactly how. 
Challenges in Cryptocurrency Mining
Immediately answering the main why — why consider a specialized crypto mining application? Well, accessible as it may have grown to be, mining is challenging. Namely, if you are about to kick off your crypto journey, you must make sure to be prepared for a number of hardships, the following ones being the most common. 


High Energy Costs
Electricity consumption is one of the most pressing issues in mining, especially considering the need for constant uptime and sufficient power feeding for the hardware. And if you want to be a competitive miner, you will have to try and squeeze out the maximum hash rates possible out of your rig, which should reflect accordingly in energy bills. 

So, for one thing, without tools to monitor and optimize power usage, all the underlying operational costs can spiral out of control and flood you most unexpectedly.
Performance Monitoring Complexity
How many rigs does your mining setup run on? An efficient, competitive crypto mining operation can rely on either one-two or dozens, even hundreds of separate rigs doing their mining for an awesome cumulative effect. The more rigs there are, which may also be spread across various locations, the more difficult and confusing it is to keep track of their overall performance. 

Keeping track of performance metrics, such as hash rates and uptime, at all times, without it all quickly becoming overwhelming, is made possible with some sort of dedicated centralized management system.
Downtime and Maintenance Issues
Unplanned downtime, when your rig(s) stay shut down or idle, or slow responses to hardware failures, due to outdated software or otherwise, mean one thing — more challenging expenses for you to handle. So these two moments must be carefully planned out in advance, as a miner can never fully avoid some downtime or maintenance failures occurring here and there. The challenge is to minimize them proactively. 

Surely, to tie things up, sync up all processes, and keep the whole mining performance in full control, you’ll need proper monitoring and instant access to troubleshooting and optimization tools for fast reaction. 
How EZ Blockchain is Revolutionizing Mining Operations
Crypto mining can be a very multi-faceted, omni-process operation with many moving parts, tons of confusing stats and figures, and not enough human or mental resources to control it all. 

A dedicated mining application can make all the difference, granting a wholesome view of the rig setup structure, data connection, and any extra integrations. An individualized process mining dashboard can be leveraged for invaluable results coming from fine-tuning and continuously tweaking the operation based on all the takeaways you gather from the graphs and stats. 

Furthermore, a top-of-the-line Bitcoin mining application, like EZ Blockchain, is packed with useful features and operation-boosting tools. Let’s take EZ Blockchain for an instance.
Key Features for Effective Mining Management
The choice of crypto mining management software is one of the fundamental decisions to drive the entire miner’s career. Picking the best mining application is always very individual, but the most reliable options share common features that help maximize mining. 
Real-Time Performance Monitoring
Sensitive, responsive monitoring of the system is the heartbeat of efficient mining operations. With live metrics such as hash rates, energy consumption, and uptime, miners gain unparalleled visibility into their rigs' performance. 

For instance, if a rig’s hash rate dips unexpectedly, the dashboard flags the issue at once, letting you resolve it quickly. On top of that, real-time monitoring provides up-to-the-minute insights, helping operators maintain peak performance even during volatile, fluctuating network conditions.
KPI and Power Consumption Tracking
Beyond tracking basic metrics, a good mining dashboard dives deeper into Key Performance Indicators like uptime percentages, average hash rates, and power usage per rig. Over time, these analytics help miners identify trends, such as which rigs are most cost-effective or which setups consume excessive power. 

For example, miners can spot rigs nearing end-of-life performance, schedule preventive maintenance, and avoid unexpected failures. This is a proactive resource management approach, where you make sure rigs operate efficiently while also keeping power costs in check.


Individual ASIC Performance Insights
Instead of generalizing performance data, your dashboard must be able to reach deeper and offer granular insights into each rig’s functionality. For one thing, it must show whether ASIC miners are underperforming due to hardware issues or stress factors like overheating. 

For instance, if one rig consistently draws more power, but delivers the same output, it’s flagged for inspection and operators can easily perform targeted maintenance rather than conducting unnecessary checks across all machines, saving both time and resources.


In-App Energy Bill Payments
Returning to the biggest pain aspect in mining, yes, energy consumption, especially for large-scale operations. The EZ Blockchain Dashboard simplifies how you preserve and re-distribute power by combining usage tracking with bill payment capabilities directly in the app’s user interface. 

For example, miners can view how much power each rig consumes, compare energy costs over time, and rest assured bills are paid on time without toggling between platforms. This integration helps handle administrative routines as well as avoid expensive service interruptions due to missed payments.


Responsive Support System
When technical issues arise, downtime can quickly eat into profits. The dashboard’s 24/7 integrated support system helps make sure assistance is always available. Whether miners encounter a hardware issue, need to recalibrate their rigs, or optimize energy consumption, support is accessible directly within the platform. 

For instance, miners experiencing network lags can connect with experts who might suggest changing pool settings or modifying configurations. This on-demand support ultimately helps minimize downtime for max profits and consistency.
How the Dashboard Enhances Mining Efficiency
The EZ Blockchain Dashboard doesn’t just manage your mining rigs — it helps you reshape the entire operation into a painless, insights-driven process. The EZ Blockchain Bitcoin mining dashboard packs all the features described above and more, giving you the single hub of all levers directing your crypto mining tasks and priorities. 

 	Proactive problem-solving

By delivering real-time insights and detailed analytics, the EZ Blockchain dashboard enables proactive management. For instance, early warnings about power inefficiencies or declining hash rates allow you to act before problems escalate.

 	Optimized resource allocation

Detailed KPI tracking helps miners prioritize investments and optimize resources. Knowing which machines underperform or consume excessive power enables more strategic decisions, such as when to upgrade hardware or reallocate workloads.

 	Seamless financial management

By combining energy tracking with payment integration, miners can handle one of their biggest expenses — electricity — with minimal effort. This cuts downtime caused by missed payments and keeps the focus on mining profitability.


Start Managing Your Mining Operations Effectively Today
Mining can be challenging, and day-to-day mining management can be difficult, but it is not hard to start tying things up, quickening routines, and boosting your grip on your mining rig through the proper software choice. A dashboard data mining tool like EZ Blockchain would help a lot. 

To sum things up and finish the topic off, here’s an action plan checklist that you can use to make sure your rig is set up for profitable performance this year.

 	Track every metric in real-time

Keep tabs on hash rates, energy usage, and system uptime through a live, interactive dashboard to spot and respond to issues instantly.

 	Dive deep into performance data

Use KPI tracking and detailed analytics to dig up trends, improve rig efficiency, and prolong equipment lifespan.

 	Zero in on underperforming machines

Go through ASIC performance indicators, see which machines underperform the most, and fine-tune rigs for peak output.

 	Simplify energy management

You can use EZ Blockchain to track power consumption and pay energy bills right in the app.

 	Tap into round-the-clock support

Resolve problems faster with 24/7 integrated assistance, whether it’s a technical glitch or optimization guidance.

 	Maximize revenue with automated insights

Leverage built-in profit calculations to juxtapose spending with earnings and make smarter financial moves.

 	Stay one step ahead

Set custom alerts for hardware issues, power spikes, or performance drops to stay proactive with potential risks.

 	Make sustainability a priority

Track your energy footprint and get ready to tap into renewable energy options for a greener, more continuously sustainable operation.

 	Plan for long-term success

Use predictive analytics and trend reports to forecast growth and prepare your mining setup for future demands.



Got it all in check? Equipped with this knowledge and one of the top dashboard Bitcoin mining tools out there, you’ll surely make it in the mining arena. Lucky mining to you, then!

### How to Choose the Best Mining Hosting Company in 2025?

Whether you're an individual miner or running a large-scale operation, choosing the best hosting provider can make a significant difference in your profitability and efficiency.

This guide summarizes the main factors one should consider when selecting a crypto mining hosting company, giving you a checklist to help find the best hosting partner for your mining needs in 2025.
What is Crypto Mining Hosting?
Turning to a crypto mining hosting means that you basically outsource the management of your cryptocurrency mining hardware to a specialized crypto currency mining company. Instead of setting up and maintaining equipment at your home or office, you can place your mining rigs in a mining-optimized facility.

Specialized Bitcoin mining hosting companies provide optimized environments with reliable energy sources and industrial-grade features, like high-end cooling. Crypto mining hosting services come in especially handy for miners who wish to expand operations without dealing with the logistical challenges of managing equipment on-site.
Key Factors to Consider When Choosing a Hosting Provider: A Checklist
To make your search for the perfect mining hosting candidate simple and painless, we have prepared an elaborate checklist. If a potential provider ticks out most of the conditions described below, it is a more than worthy candidate for collaboration. Let’s take a look. 
Location and data center infrastructure
The location of the hosting provider shapes your mining efficiency in many ways. Search for partners in regions with stable energy supplies, favorable climate conditions, and safety from natural disasters. Data center infrastructure should focus a lot on cooling, connectivity, and reserve power sources for uninterrupted mining operations.

 	Is the facility located in a region with low energy costs?
 	Is the facility located in a region with reasonable crypto regulations?
 	Does the data center have sufficient cooling systems in place?
 	Are there backup power systems to support continuous uptime during outages?


Energy costs and efficiency
Energy costs are the main ongoing expense for any mining operation. Choose a crypto mining company in the USA or globally that offers competitive electricity rates. A huge plus is if they use renewable sources of energy at all. Efficient energy management can cut operational costs dramatically.

 	Are the electricity rates competitive compared to other providers?
 	Does the provider use renewable or low-cost energy sources?
 	Are energy usage metrics available to help optimize operations?


Security features and protection
Mining equipment is valuable both in terms of hardware and the cryptocurrencies it generates. Make sure the hosting provider is serious about their physical security measures, which usually include 24/7 monitoring, biometric authentication, and video surveillance. Cybersecurity protocols are equally important to fend off possible data leaks and cyberattacks.

 	Are the premises secured with 24/7 surveillance, access controls, and alarms?
 	Is the provider equipped to safeguard your data and equipment?
 	Is there a track record of reliable uptime and reaction to workflow disruptions?


Customer support and Service Level Agreements
The best Bitcoin mining hosting service would offer reliable customer support with quick response times. Review the Service Level Agreements to understand what level of support you can expect, including the promise of uptime and troubleshooting assistance.

 	Can the provider accommodate your current rigs and scale up along its growth?
 	Do they guarantee compatibility with your ASICs?
 	Do they diversify their work contracts to adjust your hosting needs over time?


Project record and reputation of the hosting company
Research the provider’s history and reputation in the niche. Project case studies, customer testimonials, and user reviews will give you a good glimpse into their track record. Established BTC mining hosting companies with a proven history of delivering results are always a safer bet.

 	Is 24/7 customer support available for quick troubleshooting?
 	Do they have clear SLAs outlining the promise of uptime and response times?
 	Is the support team knowledgeable about crypto mining and proactive in solving issues?


Equipment compatibility and scaling potential
Check whether the hosting provider can accommodate your particular mining equipment. The best crypto mining company will offer flexible solutions that allow you to upgrade or scale the whole mining workflow as needed, seeing to it that your investment reflects visible mining goals.

 	Does the provider have a proven track record in crypto mining hosting?
 	Are there positive reviews or testimonials from other miners?
 	How long have they been in the mining hosting industry?


Cost comparison
Comparing service prices set by available providers is another baseline takeaway to check. Try to focus on the TCO — total cost of ownership from the get go, including hosting fees, maintenance charges, and possible unexpected costs. 

 	Are hosting fees clearly outlined without hidden charges?
 	Do they offer payment personalization, with monthly or pay-as-you-go formats?
 	Can you track the rates of power consumption and associated costs in real time?


Industry regulations compliance
Crypto mining is a one-of-a-kind arena that is becoming more mature and regulated by the day. This is why your mining hosting provider of choice must be fully tuned for working with industry-wide specifics.

 	Is the provider compliant with crypto mining regulations locally?
 	Do they assist in balancing out legal standard adherence, e.g., by setting emissions or power usage limits?
 	Do they eagerly disclose their licensing and certifications?


Value-added services
What lengths can a chosen hosting provider go in order to assist your setup and maximize mining performance? Be sure to check for the following value-added options in particular. 

 	Do they offer equipment procurement or setup assistance?
 	Are there discounts for long-term contracts or bulk equipment hosting?
 	Is on-site repair or maintenance available?


Extra features and tools
Lastly, complete your potential tech partner candidate research with an overlook of the full extent of capabilities you can get. 

 	Do they offer performance monitoring dashboards for tracking hash rate, energy consumption, and other metrics?
 	Are there automated systems for troubleshooting and routine streamlining?
 	Can you manage your energy bills directly through the hosting platform?


The Benefits of Using an EZ Blockchain Dashboard for Mining Hosting
When selecting the best crypto mining company for hosting your rig, having access to personalized tools for monitoring and management can set one provider apart from the rest. The EZ Blockchain Dashboard offers an integrated solution that simplifies and streamlines mining operations.
Real-time performance monitoring
Real-time performance monitoring helps keep your mining operations tightly controlled. EZ Blockchain’s dashboard delivers live insights into metrics like hash rate, energy consumption, and uptime. This enables you to detect issues right as they happen — whether it’s a drop in hash rate or an unexpected spike in energy use. 

For example, if a rig’s performance dips below optimal levels, the dashboard alerts you instantly, granting just enough momentum to take timely optimization measures. 
Instant profit calculations and cost optimization
Understanding your earnings versus expenses shapes your crypto mining progress. EZ Blockchain’s platform automates profit calculations, giving clear financial performance outlines right when you need them. By factoring in costs like energy flow, hardware maintenance, and equipment depreciation, the system helps you pinpoint spaces for cutting expenses. 

For instance, if energy costs are eating into profits, the platform may suggest adjusting load distribution or considering completely different energy plans. 
KPI and power usage tracking
Gaining a real-time display of KPIs like hash rate, mining efficiency, and energy usage is a must for keeping your mining rigs optimized. EZ Blockchain’s dashboard offers power usage details, enabling you, for one thing, to easily balance loads when managing multiple rigs. 

For example, if one rig is eating up more power than others, you can redistribute loads to keep things stable. Over time, this level of control only boosts performance further and promotes more cost savings.
24/7 support and troubleshooting with direct integration
Mining operations never stop, and neither does EZ Blockchain’s support system. Available 24/7 directly through the dashboard, the support team can assist with everything from basic troubleshooting to advanced technical advice. 

For instance, if a rig unexpectedly goes offline, you can reach out immediately and get step-by-step assistance to resolve the issue without disrupting your operations.
Managing energy bills and performance metrics in one place
Lastly, EZ Blockchain’s platform makes the management of ever-dynamic mining costs effortless. The dashboard integrates energy usage tracking and bill payment into a single system, allowing you to view costs and pay invoices right on the platform. 

For example, rather than switching across separate tools to monitor power consumption and pay energy providers, everything is streamlined in one place, leaving that much less room for a headache.

Choosing the right crypto mining hosting company is a forward-minded way to launch efficient mining operations that bring ROI and profits. And if you double down on the proper location, energy costs, security, and growth potential, you can select a provider to help you define the crypto mining environment in 2025.

Partnering with a hosting company that offers all-in-one personalized tools like the EZ Blockchain Dashboard gives you higher profitability and more ease of management. With real-time insights, instant profit tracking, and integrated support, you can continue growing your mining investments at no nasty expense.

No matter the scale of your mining ambition, the fitting hosting can make all the difference in your success. Start exploring the best crypto mining hosting services today and reinvent your mining operation today!

### Latest ASIC Devices for Bitcoin Mining

Crypto mining’s average hash rates have been growing restlessly through the years. Gaining major momentum after the spike in 2021-2022, the hash rate has been accumulating in line with the ever-growing popularity of mining as a whole. This growth and demand prompted the widespread adoption of ASICS — specialized crypto mining setups that prioritize hashrate characteristics and can power entire mining operations.

In this brief overview, we clarify the ASIC basics, answer pressing questions, and review the latest ASIC devices for crypto coin mining, breaking down their features, and guiding the choice of the best one for your needs with clear categorization.
Why Choosing the Right ASIC Device Is Important
Selecting the right ASIC miner isn’t just a step in the race for the newest, hottest device — your hardware simply must keep up with the growing difficulty of mining while delivering enough profits to maintain long-term, scalable operation. A well-chosen ASIC miner can:

 	Maximize your hash rate: Higher hash rates boost your chances of solving blocks and earning the sought-after coins.
 	Optimize power efficiency: Electricity is one of the biggest expenses for miners. Energy-efficient devices can significantly reduce costs.
 	Minimize downtime: Reliable hardware minimizes interruptions, ensuring consistent earnings.
 	Adapt to your setup: Whether you’re mining from a large facility or a small home office, the size, noise levels, and cooling needs of your ASIC miner matter



Making the right choice early on saves time, money, and frustration down the line.
Key Features of ASIC Miners
When considering a selection of new mining ASIC devices, focus on these key features to make a decision that will boost your chances of getting a proper return on investment:
Power efficiency
Electricity costs are a usual pain for miners, but the power-efficiency aspect can actually be leveraged for a well-scaled mining operation, turning things around. Thus, many new BTC ASIC miners are designed to generate more computational power per watt. Look for miners with a high performance-per-watt ratio to keep operational costs low.
Hashrate
The hash rate determines how quickly a device can solve the cryptographic puzzles in the coin’s mining chain. A higher hash rate indicates more promising profitability and overall efficiency. So always check the hash rate of new ASIC miners as the baseline for your performance needs.
Noise levels
Mining hardware can be noisy, with sound levels often exceeding 75 dB. For home miners or setups that are installed near populated areas, quieter machines come in as an extra advantage (or you can try noise-dampening, which is an extra expense, so better put lots of planning into it).
Size and placement
Space constraints can limit your choice of miners. Compact models like the ElphaPex DG-1 are ideal for smaller setups, while larger units like the VolcMiner D1 are better suited for dedicated facilities. Which brings us to the ASICs themselves — what are the most proven and promising models for different scales of mining? Let’s see.
Overview of the Latest ASIC Devices for Bitcoin Mining
Here’s a look at some of the highest-performing, profitable, and well-tried ASIC models available in 2024. Each of these offers unique features to meet different mining needs. Let’s take a look:
Antminer S21 XP


 	Algorithm: SHA-256
 	Supported cryptos: BTC / BCH / BSV
 	Hashrate: 270 TH/s
 	Power consumption: 3,645W
 	Power efficiency: 13.5 J/TH
 	Noise level: 75 dB
 	Price: $6.000+

Coming in at #1, Antminer S21 XP is one of the most powerful new BTC ASIC miners available. The top-of-the-line model boasts a staggering 270 TH/s, making it perfect for large-scale mining operations. Running at a little above average 3,645W, this model still manages to deliver a highly profitable 13.5 J/TH. Keep in mind, however, that geared more for industrial setups, this miner requires good cooling systems. As for noise levels, At 75 dB, it’s best suited for isolated or noise-controlled environments.
Antminer S21 Pro


 	Algorithm: SHA-256
 	Supported cryptos: BTC / BTCD / BTH
 	Hashrate: 234 TH/s
 	Power consumption: 3,510W
 	Power efficiency: 15 J/TH
 	Noise level: 72 dB
 	Price: $5.000

Switching Bitcoin SV for the support of Bitcoin Dark, as well as Bitcoin and Bitcoin Cash coins, Antminer’s S21 Pro model stands out for its balanced performance and relative affordability. With a maximum capacity of 234 TH/s, this model is best suitable for mid-sized operations. The hardware here runs at 3,510W, building up a good balance between performance and energy use. This one is also slightly quieter than the S21 XP at 72 dB. All in all, this Antminer comes in best for versatile mining setups that target efficiency without breaking the bank.
Antminer S21

 	Algorithm: SHA-256
 	Supported cryptos: BTC / BCH / BSV
 	Hashrate: 200 TH/s
 	Power consumption: 3,500W
 	Power efficiency: 17.5 J/TH
 	Noise level: 75 dB
 	Price: $4.000-4.600

Probably the most balanced-out option out of the S21 bunch, the original Antminer S21 is the perfect entry point hardware for ASIC-powered mining. It delivers a more than sufficient 200 TH/s hash rate at your standard 3,500W power consumption rate, boasting the highest output rate in this model line — up to 17.5 J/TH. As more cost-efficient alternatives, the 195 TH/s and 185 TH/s S21 configurations are slightly less powerful but come at about $1,000 cheaper. All models are quite power-efficient, consuming the same 3,500W at equally impressive power outputs.
Antminer AL1 Pro


 	Algorithm: Blake3
 	Supported cryptos: ALPH / DCR
 	Hashrate: 16.6 TH/s
 	Power consumption: 3,730W
 	Power efficiency: 225 J/T
 	Noise level: 75 dB
 	Price: $6.500-8.000

Albeit a more narrow-focus option mining only the Alephium and Decred coins, AL1 Pro stands out for its balanced performance and affordability. With a maximum capacity of 16.6 TH/s at a slightly over the average 3.730W power consumption, this model is best suitable for coin-focused, mid-sized operations. Still, it is among the more expensive models, mostly due to its high balance of performance and energy efficiency.
Antminer L9


 	Algorithm: Scrypt
 	Supported cryptos: DGB / LTC / LKY / BEL
 	Hashrate: 16 GH/s
 	Power consumption: 3,500W
 	Power efficiency: 0.31 J/Mh
 	Noise level: 75 dB
 	Price: $8.000

The L9 is a more compact and budget-friendly alternative to most existing Antminers. Despite its size, the L9 boasts 11 GH/s of hashrate capacity, making it a great choice for ambitious, scalable operations. This here model runs at just below standard 3,500W, providing respectable efficiency for its price point. Antminer L9 is also among the quieter models, making it a good fit for home miners or small-scale setups.
How EZ Blockchain Can Help You Manage Your Mining Operations
Investing in the latest mining hardware is only part of the equation. To truly maximize your profits, you need a smart operational strategy — and that’s where the help out a lot.

 	Optimized energy use: EZ Blockchain App helps gather all the energy metrics and power consumption monitors in one place, giving you a centralized view of your mining electricity situation.
 	Simpler site management: Your entire hardware setup and digital software infrastructure can be managed in real-time, from a tablet or smartphone, using trackers, visualizations, and various dashboards in the EZ Blockchain App.
 	Active monitoring: You can avoid loads of downtime while keeping your mining rigs running at peak performance with insightful tracking and monitoring tools that are customized based on your hardware specifics and mining needs.
 	Expert advice: Built by the seasoned blockchain mining specialists at EZ Blockchain, the app is also packed with specialized advice, guidance, and pro tips, all well-segmented into helpful chapters. The tech support available out of the app can further help figure out all things crypto.

Recommendations for Choosing an ASIC for Bitcoin Mining
Although the choice of ASIC models to fit your needs should be pretty clear by now, to keep things more future-proof, consider these tips to make the best decision when selecting a new ASIC miner:

 	Get your budget straight: High-performance models like the Antminer S21 XP, AL1 Pro, and L9 come with a felt price tag. If you’re just starting, a mid-tier miner like the Antminer S21 might be a better fit.
 	Look through power costs: Power efficiency should be a top priority, especially if electricity is expensive as is where you live.
 	Plan for noise control: If you’re mining from home, it’d be a better idea to pick quieter models (or, you can invest in soundproofing solutions, depending on the mining scale).
 	Think long-term: Look beyond immediate profitability potential — try to plan out how the device will perform as mining difficulty increases for a certain crypto coin.


Wrapping Up
The latest proven ASIC miners that we highlighted above are pushing the boundaries of efficiency and performance of crypto mining today. Surely, Bitcoin-oriented Antminer S21, Alphenium-tuned Antminer AL1 Pro, and DogeCoin-prone L9 are built for different types of miners, some holding the potential for industrial-scale operators while others are perfect for small-scale enthusiasts.

But as the models evolve, don’t forget to watch out for new ASIC miners coming out in 2025! Ready to upgrade your mining setup? Still unsure which ASIC miner is right for you? EZ Blockchain’s team provides tailored recommendations based on your setup and goals. Contact us to explore your options and start-up or scale your mining with confidence.

### Crypto Mining: Your Tax-Friendly Strategy for 2024

Cryptocurrency mining has long been a way to earn digital coins, but for 2024, it’s also emerging as a surprisingly effective tool for managing your tax bill. As governments worldwide tighten their grip on crypto regulation, miners are discovering that strategic tax planning can protect their earnings as well as help reduce tax liabilities. 

Let’s explore how savvy miners can turn crypto mining into a tax-smart venture and direct crypto mining tax deductions in their own favor.
Why Taxes Are Heating Up for Miners in 2024
If you’re a crypto miner — or thinking about becoming one — you’ve probably noticed that governments are paying a lot more attention to cryptocurrency. In 2024, this translates into stricter tax obligations for miners and a potentially more complex and structured crypto mining income tax:

 	Crypto income scrutiny: Many authorities across the world now require (or starting to require) miners to report every coin earned as taxable income.
 	Hobby or business? Differentiating between casual mining and a business operation is more important than ever.
 	Prioritized record-keeping: Claiming deductions? You’ll need solid proof to back them up.



But while a tax oversight of cryptos may seem intimidating, it also creates opportunities for miners who understand the tax rules. Thus, you can keep more of your hard-earned crypto if you comply and, more importantly, leverage deductions.
The Financial Dynamics of Crypto Mining
Crypto mining isn’t just about plugging in rigs and watching coins roll in — it’s a business with serious investments, testing challenges, and, now, specific tax implications. That wasn’t a thing, yes, but we must adapt in time. Here’s what you need to know about the crypto mining business tax specifics:

 	Taxable income: The moment you mine a cryptocurrency, its fair market value is deemed as income and must be reported.
 	Depreciation and expenses: But don’t fret, from mining rigs to electricity bills, many costs can be deducted so that you could lower taxable income.
 	Tax categories matter: Hobby miners and business miners are looking at different tax obligations, so it’s important to know where you fit.



These financial elements must be figured out if you want to make sure you’re not leaving money — or deductions — on the table. We’ll help you out, read on.
Tax Perks That Make Mining Worthwhile
Of course, new taxations do not make crypto mining all just about overcoming financial challenges — on the flip side of things, we get a slew of major tax benefits that could be leveraged to balance out the tax coverage situation in your favor. So if you play your cards right, you can cut your tax bill and boost your net earnings. 

Now, let’s see the exact ways how you can do that. 
#1 Depreciation: Get the most out of your gear
Mining equipment doesn’t come cheap, but the tax code lets you deduct its cost over time. Depreciating your rigs allows you to offset the expense year by year.

 	How it works: Equipment loses value over time, and you can write off that decline as a deduction.
 	Quick wins with section 179: In some cases, you can deduct the entire cost upfront instead of spreading it out.
 	Stay on schedule: Keeping a depreciation log will help you keep track of all these valuable deductions.

Section 179 of the U.S. tax code provides a powerful tool for crypto miners looking to maximize their tax savings. Designed primarily for small to medium-sized businesses, Section 179 gives businesses immediate deduction — instead of depreciating your mining rigs over a 5-year schedule (the typical lifespan for this type of equipment), Section 179 allows you to claim the entire cost upfront.

Example: If you purchase $20,000 worth of mining equipment in 2024 and it qualifies for Section 179, you can deduct the full $20,000 from your taxable income that same year.

#2 Operational costs: Deduct what you spend
Running a mining setup comes with plenty of expenses, many of which are tax-deductible. Some examples include:

 	Electricity: A major expense, especially for energy-intensive operations.
 	Repairs: Fixing your rigs to keep them running smoothly? Deductible.
 	Internet services: Essential for staying connected to the blockchain.
 	Home office: Running your setup from home? You might qualify for a home office deduction.

Careful documentation is your everything here — tax authorities always require detailed proof of expenses. So save those receipts and keep detailed records of every expense and crypto mining tax write-off tied to your mining activities.
#3 Business deductions for self-employed miners
If you’ve turned mining into a business, the tax perks get even better. As a self-employed miner, you may be eligible to deduct:

 	Health insurance: Self-employed individuals can write off premiums, leveraging crypto mining tax write-offs to their benefit.
 	Retirement contributions: Contribute to a SEP IRA and lower your income tax on crypto mining (Simplified Employee Pension Individual Retirement Account allows contributions of up to 25% of your net earnings from self-employment or $66,000 for 2023 (expected to increase in 2024), whichever is lower).
 	Business costs: Marketing, software, professional fees — if it’s necessary for your mining business, it’s most probably all deductible.



Key insight: Classifying your operation as a business rather than a hobby can enable a range of extra deductions, but it comes with greater reporting responsibilities as well.
Crypto Mining Tax Regulations to Watch in 2024
As the tax environment around crypto continues to get more structured and complex, staying compliant is non-negotiable. For profitable crypto mining in 2024, here are some critical crypto mining tax treatment principles and rules miners should keep in mind:

 	Report mining income promptly: Every mined coin must be reported at its fair market value on the day it’s received.
 	Plan for capital gains: Selling your mined coins? You’ll owe capital gains tax on the difference between the sale price and the coin’s value when mined.
 	Don’t skip estimated taxes: If you’re self-employed, quarterly tax payments are a must to manage if you wish to avoid penalties.

Failing to follow these rules will result in audits, penalties, and other possible costly headaches. So the easiest way to protect your earnings is to stay informed and compliant across the board.
Maximizing Your Mining Profits with Smart Tax Planning
Crypto mining can be quite profitable, but in order to actually keep those profits, one must figure out how to calculate one’s tax advantages. Here’s what you should analyze:

 	Revenue vs. costs: Your earnings minus deductible expenses like electricity and equipment depreciation determine your taxable income.
 	Explore incentives: Some states offer tax breaks for miners, particularly in regions with abundant energy resources.
 	Go beyond basics: Use available deductions to lower your effective tax rate and maximize net earnings.



Staying within the bounds of the law while retaining more of your hard-earned crypto assets is possible if you keep things maintained. 
Potential Risks (and How to Dodge Them)
Crypto mining isn’t without its risks, some of which directly affect its taxation principles. Here are a few challenges to be aware of — and how to mitigate them:

 	Regulatory uncertainty: Tax laws around crypto are constantly changing. Stay updated to avoid surprises.
 	Market volatility: Crypto prices can swing wildly, affecting your profitability. It’s a good idea to always keep your hand on the market’s pulse.
 	Audit risks: Poor record-keeping can trigger audits. Keep detailed documentation of income and expenses to avoid penalties.



Pro tip: Working with a tax professional familiar with cryptocurrency is one of the best ways to ensure compliance and optimize your tax strategy.
Is Mining Right for You in 2024?
With the ever-growing electricity costs and stricter tax regulations, mining crypto in 2024 may not be for everyone. Before jumping in, consider:

 	Your startup costs: Quality hardware can be pricey. Make sure you’re ready for the initial investment.
 	Your energy rates: Affordable electricity boosts profitability, and vice versa.
 	Your tax savvy: Handling crypto mining tax deductions calls for some know-how, but the rewards can be worth it.

For those willing to put in the effort, crypto mining can offer both financial rewards and meaningful tax advantages.
Conclusion: Mining Smarter in 2024
In 2024, crypto mining is about more than just earning cryptocurrency — it’s about being strategic with your finances. By taking advantage of tax deductions for equipment, operational costs, and self-employment, miners can offset rising financial obligations and tax burdens in 2024, boosting profitability at the same time. 



Success in this space depends on staying informed, compliant, and reactive. With careful planning and the right approach, mining can be both lucrative and tax-efficient.

So, if you’re ready to mine smarter and not harder, starting out with crypto mining in 2024 might just be your shot. We’ll help you start on your journey — the specialists at EZ Blockchain will guide your tax deduction efforts.

Contact us to discuss the best-fitting opportunities that you can leverage today.

### Blockchain Innovations for Energy Management: Meeting AI for Energy Efficiency

The never-ceasing Blockchain technology innovations, from immutable data and smart contracts to DeFi and asset tokenization, are reshaping the “good old” software and hardware practices one industry at a time. Without a doubt, blockchain’s biggest influence is on the fields that it has been powering from the get-go — like crypto mining. 

In light of probably the most relevant issue of day-to-day crypto mining — intense energy consumption (and respective bills) — blockchain finds yet another highly useful application, one focused on smart energy management. But to really understand the technology’s impact and future-shaping potential, we must start from the basics and move on to cover pressing questions. 
Blockchain’s Expanding Role in Energy Management
Now, we already know what blockchain has at its core — a set of advanced distributed ledger mechanisms intended for safeguarded, impenetrable record keeping and sharing, including the data immutability principle (where one entity, basically, cannot edit or even access a piece of data without all the permissions of other responsible entities in a decentralized network). 

What we may still be overlooking, however, is the immense potential for the implications of all this functionality for mining energy management. The ways blockchain can power and ultimately boost energy management in mining, we believe, must be elaborated on, especially since almost every modern industry prioritizes the sustainability of energy resources and resource efficiency. 

Let’s have a look. 
Real-time energy tracking
First off, with the capacities for network decentralization and precise registering of all the data passing the network, blockchain enables pinpoint tracking of energy production and consumption. In Bitcoin mining, where you can prolong and boost the success of your mining operation (and save costs) by understanding energy usage patterns, this comes in more than valuable.
Simplifying renewable energy credits
Backed by ingenious smart contracts, with their ability to maintain data policies and automate their execution, the blockchain system also facilitates the issuance and trading of RECs — renewable energy certificates. This gives business entities an easier way to adopt sustainable energy practices (while also incentivizing organizations to shift away from fossil fuels and invest in greener alternatives).
Peer-to-peer energy trading
Why rely on big energy companies when blockchain provides a sturdy ground for trading energy directly? Whether it’s excess solar power from your rooftop or surplus energy from a Bitcoin mining farm, blockchain-powered platforms let individuals and organizations buy and sell energy peer-to-peer. A perfect way for miners to sustain an efficient, RoI-conscious operation. 

These major blockchain-driven innovations refine how energy is managed during the crypto mining operation, while also giving fair consideration to the environmental concerns of Bitcoin mining’s energy-intensiveness. 

But where exactly does this all lead us, to which practical solutions? The answer is clear if we take a closer look at the potential of combining blockchain mechanisms, intelligent data models, and energy management practices.


The Power Couple: Integrating Blockchain with AI for Energy Management
When you pair blockchain with artificial intelligence, the technology gets an extra capacity boost, in particular, automating and speeding up many convenient processes of the blockchain. 

Here’s how exactly blockchain and AI are paving new ways for energy-saving, sustainable operation of power-hungry cryptocurrency mining installations.
AI-powered mining optimization
AI crypto mining is the natural evolution of your standard, manual mining operation. See, a lot of mining software and hardware processes are complex and dynamic, sometimes challenging to manage by hand. 

AI in mining takes the guesswork out of operations and enables new advanced features, including predictive analytics and intelligent decisions when identifying and reacting to hardware failure signals and other triggers and alerts. 

Now, if we talk about AI in the context of general functionality useful for energy management, on the surface, we have a) accelerated data analysis, and b) automation of chains of processes. 

But if we dig a little under the AI’s hood, we also get machine learning algorithms, which can help miners:

 	Predict hardware performance: Spot potential issues before they cause costly downtime.
 	Fine-tune mining settings: Cut down on Bitcoin energy consumption without sacrificing output.
 	Forecast energy prices: Adjust mining schedules to avoid operating during expensive peak times.


Smarter energy grids with AI
As you can see, AI has all the potential to optimize mining inside-out, providing new smart foundations for the entire energy grid function. Namely, AI models can be tuned for analyzing custom patterns, which would allow a mining control system to predict energy demand and allocate resources so as not to overload the grid or waste precious energy.
Understanding Bitcoin Mining’s Energy Challenges
Bitcoin mining is famously energy-intensive, but why does Bitcoin use so much energy in the first place? Understanding the whys is a sure way to find truly efficient solutions for today's mining pressing challenges. Thus, we are looking at the two basic aspects:
The Proof-of-Work process
At the heart of Bitcoin mining is proof-of-work (PoW), a consensus mechanism requiring miners to solve complex mathematical puzzles to validate transactions. This is a very complex approach that helps maintain the network’s security and decentralization, which is why it also poses heavy energy requirements.
The scale of energy use
In general, some estimates suggest that, globally, Bitcoin mining consumes the volume of electricity an entire small country can live off. This has raised serious questions about sustainability, especially in regions where non-renewable energy sources like coal are the norm.

The Environmental Impact of Bitcoin Mining
Hence the following issue, which may receive a major solution with the integration of AI. The high and dynamic rate of Bitcoin mining energy consumption poses felt environmental repercussions, including:
Carbon emissions
Mining operations located in areas with coal-dependent energy grids are responsible for a certain amount of greenhouse gas emissions. As the demand for Bitcoin grows, so does its carbon footprint.
Strain on local resources
High Bitcoin energy usage demands during mining activities can overwhelm local power grids, causing possible outages and even affecting the cost of consuming energy for entire surrounding communities.

At this point, we would love to say that blockchain is the answer to all the above pressing questions — but the answer is really the sustainability of power consumption that the blockchain can potentially help achieve.
Decentralized Solutions for AI Energy Demands
AI data centers share many of the Bitcoin mining energy challenges. For one thing, they also require vast computational power, which must be powered properly. Blockchain-based decentralized energy solutions offer a promising way to boost the whole “supply chain” of AI mining — from AI data center to the automated blockchain connected to your power grid.
The energy demands of AI data centers
We need AI data centers for training and deploying machine learning models, but this comes with formidable energy costs. Like Bitcoin mining, these centers require:

 	Constant cooling
 	TONs of processing power


Blockchain applications we get for AI energy management

 	Energy tokenization: Blockchain allows energy assets to be tokenized, making it easier to allocate power resources to AI data centers as needed.
 	Smart contracts: Automated contracts enable precise and efficient energy distribution, lowering waste and costs.
 	Demand forecasting: Blockchain and AI tools can analyze energy consumption patterns, helping data centers optimize operations and resource dedication.



By combining these solutions, industries can create energy systems that support AI’s growth while mitigating its environmental impact as well.
The U.S. Tech Industry and Renewable Energy
In the United States, technology giants are actively acquiring renewable energy assets to support their energy-intensive operations. This trend further highlights the growing importance of managing energy sustainably in a tech-driven era.

Blockchain-based energy systems offer a way to manage these demands efficiently with more than one solution.
Synergies Between Bitcoin Mining and AI Energy Management
If we go deeper, the overlap between Bitcoin mining and AI data centers actually gives us more ways to overcome a lot of energy management issues at once, not only through renewable and sustainable power but also with collaborative energy solutions, like:

 	Shared energy resources: Excess energy from Bitcoin mining could be redirected to AI data centers, creating a win-win energy utilization loop.
 	Dynamic energy allocation: AI algorithms can optimize energy distribution between mining and AI tasks based on real-time demand and costs.
 	Carbon offsetting: Blockchain systems can track emissions and facilitate investments in renewable energy to offset carbon footprints.


Bottom Line
The fusion of blockchain and AI technologies is reshaping energy management in high-demand niches like Bitcoin mining and AI data center management, giving us:

 	Efficiency gains: Improved energy tracking and allocation help minimize waste and operational costs.
 	Sustainability: Increased use of renewable energy lowers one’s environmental impact.
 	Innovation: Collaborative efforts between blockchain and AI drive technological progress in energy management.

These innovations in blockchain lay the groundwork for a more balanced and responsible future of Bitcoin mining. This means one thing — as industries continue to adopt decentralized energy solutions, they pave the way for a cleaner, more efficient energy flow that benefits both businesses and the planet.

Wish to learn more on the topic or explore your blockchain + AI integration for insightful mining energy management? Let’s discuss your needs in detail. 

### Understanding How Hosting Works in the Process of Bitcoin Mining

Bitcoin mining has long turned into a highly professional industry of its own, where one’s hash rate, defined by computing resources at hand, is the core. With more eager newcomers to the field, hosting services for Bitcoin mining have become a go-to solution that helps miners set up and launch operations without the complicated managing of an in-house setup. 

Let’s take a look at the essentials of still somewhat novel miner hosting services, outlining their workings, benefits, costs, legal considerations, and advice to help you pick the right service provider.
What Is Bitcoin Mining Hosting?
Bitcoin mining hosting comes in as a secure option for any crypto enthusiast looking to start mining without an extreme overhead investment, at a minimum technical responsibility for their mining hardware and even location. 

Basically, mining hosting services allow one to outsource the whole setup, maintenance, and operation of cryptocurrency mining equipment. Thus, you can delegate the entire tech part to service specialists who have the expertise, capacities, and, most importantly, a fitting facility to host a newly organized mining operation. 

Hosting providers take up a range of ongoing responsibilities, including setting up climate-controlled environments, managing energy-efficient power solutions, and handling Bitcoin server hosting specifically tailored for ASICs hosting (the industry-standard machines used for mining Bitcoin).

So instead of handling infrastructure on their own, miners can leverage hosting services to make sure their equipment performs at a high rate, with energy issues and possible tech breakdowns taken care of.
Some history
At the dawn of Bitcoin’s history, mining was only a hobbyist activity, with enthusiasts running operations from their personal computers. However, as the blockchain grew more advanced and mining rewards became more valuable, the industry kind of professionalized:

 	2010s: The introduction of ASICs reinvented mining efficiency, with but one temporary downside — these machines required specialized setups.
 	Mid-2010s: Rising energy costs and environmental concerns turned miners to seek alternative energy sources and hosting solutions.
 	Late 2010s - Present: Mining hosting facilities proliferated globally, especially in regions with low electricity costs, such as China, Kazakhstan, and parts of the United States.



Today, hosting services are tailored to miners of all sizes, from small-scale enthusiasts to institutional investors managing massive operations.
How Bitcoin mining and hosting evolved
As the global miners’ network grew and competition strengthened, the mining difficulty rose accordingly, calling for more powerful hardware. 

This paved the way for the common adoption of ASICs, which boosted mining efficiency dramatically but came with even higher costs and energy demands.

As ASICs became the norm, however, miners faced new challenges:

 	Energy costs: Mining’s high electricity usage made the whole thing increasingly expensive in many regions.
 	Infrastructure needs: Proper ventilation, cooling, and security systems became necessary to maintain operations.
 	Maintenance demands: Constant monitoring and troubleshooting of hardware became of essential importance.



This is exactly the point where mining hosting services came in more than handy. They basically allowed miners to outsource infrastructure and operational burdens while still taking an active part in and controlling their Bitcoin mining routines.
Why Miners Prefer Hosting Over In-House Setups
As you can see from some history, it’s the growing complexity of mining operations that motivated most miners to shift their vision and go for hosted Bitcoin mining over in-house setups. To sum up, here's why:

 	High energy consumption: Mining rigs require tons of smoothly flowing electricity to function effectively.
 	Cooling and ventilation: You need well-equipped cooling solutions to prevent the overheating of equipment.
 	Infrastructure budget: Planning out and launching a mining operation also calls for major upfront investment in space and facilities.
 	Hardware tracking and repairs: Then, there’s the ongoing effort needed for high-quality maintenance of the rig.



Yes, a small-scale miner may handle these challenges even single-handedly. But once it scales, the resource-intensiveness gets amplified accordingly. This is where hostings come in as an already common, painless choice for crypto enthusiasts who are just starting out.
How Hosting Providers Support Miners
Crypto miner hosting providers cover a slew of technical and operational needs of miners. This expertise and technology-backed partnership typically includes:

 	Infrastructure: Providers organize purpose-built facilities with reliable power supplies and powerful cooling to house mining installations.
 	Maintenance: On-site professionals help make sure the hardware stays in peak condition, trying to balance out the top-tier productivity at a minimum of downtime.
 	Energy solutions: Mining hosting companies may source renewable or cost-efficient energy, allowing one to achieve competitive mining rates without actually bothering with specifics and extreme costs of advanced energy management.
 	Scalability: Miners can easily and flexibly expand their operations on demand — no need to care much about physical limitations like space or electricity capacity.



By outsourcing all of these tasks and more to miner hosting service experts, miners can focus on profitability and strategic growth, saving tons of nerves and pains along the way.
Benefits of Utilizing a Mining Hosting Service
Of course, we can’t but go through the major advantages stemming out of the convenient mining hosting services. Just to back up the reason exactly why hosting is part of the new mining norm, here’s what we get:
Lower overhead and operational costs
Running independent mining operations throws some major expenses to be covered right on your shoulders, including power, cooling, and security finances. Bitcoin mining colocation facilities spread these expenses for a number of mining clients, lowering the financial pressure on solo miners. This removes the need for expensive personal infrastructure investments.
Access to professional infrastructure and maintenance
Miners using hosting services get immediate access to top-tier facilities featuring industrial-grade hardware as well as extra cooling. These setups are staffed by skilled technicians who handle equipment installation, monitoring, and troubleshooting, all in order to maintain uptime and fail-proof performance.
Energy efficiency and cost savings
Electricity can generate extremely high expenses in mining. This is why many Bitcoin hosting providers operate in regions with low-cost energy or available renewable energy sources, passing these savings to their clients. On top of that, competitive bitcoin mining container prices make hostings a great solution when the priority is to lower operational costs.
How Does Bitcoin Mining Hosting Work?
Bitcoin mining hosting is a multi-stage process of setting up and launching an outsourced mining rig that will be bringing you mining profits at a lesser managerial effort and technical cost. Let’s take a look at the whole process from the perspective of a hosting client — here’s what one’s experience would involve:

 	Choosing a provider: A miner should first evaluate available providers based on the main takeaways (see below).
 	Equipment setup: A miner can then either purchase ASICs directly from the hosting provider or ship their own machines to the site.
 	Deployment: Hosting providers set up the equipment in climate-controlled facilities with adequate power and cooling.
 	Ongoing monitoring: Technicians continuously oversee the equipment to guarantee its uninterrupted performance.
 	Revenue collection: Miners receive their Bitcoin earnings directly in their wallets after hosting fees are deducted.



Some hosting providers also offer portable Bitcoin mining containers, allowing miners to relocate operations based on energy availability or regulatory changes.
Types of Bitcoin mining hosting systems
Bitcoin mining hosting services can be categorized into three basic types based on infrastructure, location, and level of service:

 	Shared hosting


 	

 	

 	Miners share space, power, and cooling systems with others in a communal facility.
 	Cost-effective but may not be customized as in-depth as one would wish.






 	Dedicated hosting


 	

 	

 	A miner rents or purchases dedicated space and infrastructure for their exclusive use.
 	Offers more control and in-depth customization but requires felt costs.






 	Containerized mining


 	

 	Portable mining units housed in containers are a mobile, easily scalable solution that’s always ready for relocation.
 	Flexible and ideal for miners who prioritize mobility.



Choosing the Right Mining Hosting Provider
In order to launch a long-lasting mining operation with long-term profiting potential, you need a trustworthy Bitcoin mining hosting provider:

 	Rep: Make sure to go through the provider’s track record, and see project reviews and impressions from other clients.
 	Energy costs: Electricity prices directly influence profitability, so you need someone offering competitive rates.
 	Location: A favorable climate and low energy costs are the major advantages to look out for.
 	Transparency: Providers must be ready to clarify pricing and outline detailed service agreements.
 	Protection: Lastly, see to it that the facility is protected by strong security measures, both physical and in terms of cybersecurity.



Comparing mining container prices and service packages that available providers offer can further help you make a good, future-proof pick.
Costs Involved in Bitcoin Mining Hosting
Miner hosting services may come at various costs, which are shaped individually by multiple factors. A lot here is dictated by the technological capacity of a provider, but you will most probably have to cover the following expenses to a varying extent:

 	Hosting fees: Typically ranging from $0.07 to $0.15 per kWh, depending on energy prices and facility features.



 	Equipment costs: The cost of purchasing or renting ASICs is the first major expense to look out for.
 	Maintenance charges: Routine maintenance and repairs will generate certain extra ongoing fees.
 	Shipping costs: Also, expect certain extra budget requirements if you’re looking to transport hardware to and from the hosting site.

Note: Yes, the upfront budget that you need for third-party hosting might seem quite high, but the long-term savings on energy and maintenance will most certainly make it up, giving us an economically viable choice in the long run.
Legal and Regulatory Considerations for Hosting
Last but not least, before opting for a mining hosting service, a crypto mining enthusiast should consider some legal and regulatory details, like:

 	Local laws: Hosting facilities must comply with global laws and regulations across regions on cryptocurrency mining and energy usage.
 	Tax implications: Revenue from mining is taxable under most existing jurisdictions.
 	Contracts and liability: Hosting agreements should outline all specifics and responsibilities most clearly, including equipment damage and data privacy.

So make sure to pick a provider with experience handling these and other legal questions — you will need their assistance to maximize the RoI of mining via a hosting.
Bottom Line
With the power and accessibility of hosting services, miners can focus on profitability without the burdens of managing infrastructure or high energy costs. Whether you're a small-scale operator or a big operation owner, understanding the unique aspects of Bitcoin mining hosting is a must. 

Furthermore, seasoned specialists at EZBlockchain will help you carefully select the best-fitting provider and set you up for highly profitable hosting-based mining. Contact us for details!

### Financial Tools for Miners: BTC-Denominated Insurance Policies

No matter your mining stack’s performance health, maintenance consistency, or overall reliability — power failures can happen, your coin’s market price may plummet, and industry-wide regulations may switch. 



Thankfully, proper crypto mining insurance is here, and we can’t but explore and highlight its main ins and outs based on the real-world BTC-denominated insurance provider’s case. But let’s start from the beginning. 
What is BTC-Denominated Insurance?
Unlike most entities and businesses, facilities, and enterprise infrastructures of today, crypto miners don’t really get a lot in the way of gaining protection from volatile conditions and unexpected situations, i.e., an opportunity to get insured. 

This is why right now the most forward-minded crypto enthusiasts are focused on exploring BTC-based business interruption insurance offers, and BTC-denominated insurance policies in general. 

As a real-world instance, Relm Insurance ltd. has been developing solutions tailored to cryptocurrency-focused businesses (plus Web3, and other advanced niches not yet covered by proper insurers). Relm helps owners of mining stacks and facilities alike get a legit, profiled insurance for both their equipment and mining assets. 

To get a geeper understanding of BTC-denominated insurance, let’s take a look at this novel concept from the perspective of its firsthand provider. 
Relm Insurance: Pioneering BTC-Denominated Policies
Relm Insurance, Bermuda-based insurers, stand out in that they have a very diverse insurance spectrum, with a major focus on innovative alternative risk solutions. At the same time, Relm are among the few insurers globally to provide BTC-denominated insurance solutions specifically for digital asset businesses.

With policies designed around the cryptocurrency market’s volatility, Relm Insurance allows Bitcoin miners and other crypto entities to hold insurance in BTC. 
Why BTC-denominated policies are unique

 	Coverage in BTC: Policies are structured so that premiums and claims are denominated in Bitcoin.
 	Volatility mitigation: Unlike fiat-based policies, BTC-denominated coverage protects against fiat-to-crypto conversion losses.
 	Revenue stream alignment: Insured miners receive payouts in BTC, which matches their earnings model.



But there’s more than that — shifting towards BTC-denominated insurance reimubursals is simply more profitable. Cost-saving, to be exact. By holding insurance and getting reimbursals in crypto, you can actually avoid fiat conversions that can erode value.

 	Here’s an example: Suppose, a Bitcoin mining company based in Texas faces a storm or, God forbid, hurricane that damages their facility. While they had standard business interruption insurance, the payout was in USD. By the time the claim was processed, BTC had appreciated by 20%. The result? Considerable loss of revenue post-conversion. 

With BTC-denominated insurance, the company could have avoided such losses and would have received the claim in BTC from the get-go, aligning their claim with revenue and operational costs.
Understanding Business Interruption Insurance for Miners
Business interruption insurance is essential in most industries, but for miners, it’s a lifeline. Specialized Bitcoin mining insurance would reimburse miners for lost income when operations halt or fail unexpectedly. An insurer thus provides critical financial support to help the client facing potentially dire financial consequences continue paying operational costs and avoid layoffs.
Common interruptions in Bitcoin mining

 	Equipment failures: ASIC miners, which is the top choice for mining today in our opinion, are quite reliable but are still susceptible to breakdown, and fixing one can cost a pretty penny.
 	Power outages: Efficient mining requires focused, uninterrupted power intake. Outages can hinder operations and provoke felt revenue loss.
 	Natural disasters: Mining facilities may also face risks of storms, floods, or fires, especially in mining hubs and regions prone to extreme weather.
 	Regulatory actions: In some regions, mining operations are disrupted due to changing regulations and, particularly, growing regulatory pressure and concern for crypto-based operations in terms of legal control.


Statistics

 	80% of mining facilities worldwide experience equipment downtime due to unforeseen factors like power issues and equipment failure.
 	For an average-sized mining operation, each day of downtime could result in up to $4,500 in lost revenue.



BTC-denominated business interruption insurance for cryptocurrency mining, like that from Relm Insurance crypto offerings, helps make sure that claims are made in BTC. For miners, this provides a financial cushion in the very asset they depend on.
The Impact of Bitcoin Mining Interruptions
Mining Bitcoin is capital-intensive, and the slightest interruption can have visible financial repercussions. Unplanned outages in mining operations slow down the overall productivity and cause felt monthly revenue dips. Interruptions like these create both short-term and long-term impacts for miners, like:

 	Immediate revenue loss: Lost mining time means fewer blocks mined and a direct hit to revenue.
 	Difficulty adjustment risks: Bitcoin’s difficulty adjusts approximately every two weeks, so even minor disruptions can impact mining yield relative to competitors.
 	Delayed maintenance: Costly repairs or replacements can take longer without immediate BTC access from claims, extending downtimes and financial strain.

With BTC-denominated insurance, miners avoid currency conversion delays and can use the claim payout directly for purchasing equipment, paying power bills, or other BTC-accepted expenses.
Why BTC-Denominated Insurance Matters for Bitcoin Miners
Good old fiat-denominated insurance policies are a financial problem for Bitcoin miners simply because the currency mismatches. BTC-denominated insurance for crypto mining is designed to bridge this gap through policies that match BTC’s valuation.
Benefits of BTC-denominated insurance

 	Natural hedge against volatility: Policies that adjust with BTC’s value help miners avoid currency losses.
 	Immediate liquidity: Claim payouts in BTC allow miners to respond swiftly to operational needs, avoiding delays and costs associated with fiat transactions.
 	Lower cost of coverage: Since premiums are also BTC-denominated, miners benefit when BTC’s price appreciates.


Challenges for Miners: Navigating Halving and Market Volatility
Bitcoin halving events occur roughly every four years, cutting block rewards by half and straining everybody’s mining operations, lowering income for those unprepared. Combined with omnipresent market volatility, halving can undermine both profitability and sustainability.
Auxiliary tools for halving and volatility

 	BTC-denominated policies: Enable miners to lock in BTC value, buffering against revenue fluctuations.
 	Flexible premiums: BTC-based premiums adjust with market rates, helping miners manage costs effectively.
 	Enhanced recovery time: Policies from Relm Insurance allow miners to respond quickly post-halving without strong fiat dependency.


Protecting Against Physical Damage: A Crucial Component
Bitcoin mining requires specialized hardware and facilities. Physical damage to these assets, whether through fire, flooding, or other environmental events, can cripple operations. BTC-denominated property insurance policies provide financial protection specifically designed for the needs of crypto miners.

 	Example scenario: A large mining farm in Iceland suffered significant fire damage in 2021. Traditional property insurance only covered repairs in fiat, which delayed their ability to buy new equipment due to BTC-fiat conversion fees. Bitcoin mining property insurance from Relm Insurance offers immediate BTC payouts, allowing miners to replace damaged assets more quickly.

The Growing Role of BTC-Denominated Financial Solutions
BTC-denominated financial solutions are expanding rapidly, and miners increasingly rely on them for smoother, conversion-free operations. These solutions are attractive for businesses heavily invested in digital assets, as they create a BTC-native financial environment where transactions are simpler and quicker.
Key BTC-denominated financial solutions

 	BTC-denominated insurance: Covers interruptions, property damage, and equipment breakdowns in BTC.
 	Crypto-backed loans: Allow miners to leverage BTC without liquidation for operational expenses.
 	Asset protection services: BTC-based services are designed to help miners keep high-value assets secure and liquid.


BTC-Denominated Insurance as a Financial Lifeline for Miners
With BTC-denominated insurance, miners get an advanced, adaptable financial tool. By providing coverage in BTC, these policies offer liquidity, simplify claims processing, and reduce currency conversion costs — all crucial in an industry built around Bitcoin. Relm Insurance Ltd. continues to be a leader in providing BTC-aligned protection, helping miners focus on scaling their operations, even amid market volatility.
Takeaways

 	Cryptocurrency mining insurance helps match financial tools with miners’ revenue structure, cutting out tons of conversion issues.
 	Relm Insurance’s BTC-based solutions provide business interruption, property damage, and volatility protection in one place.
 	BTC-denominated financial solutions are increasingly essential for miners’ stability and operational agility.

Relm Insurance’s Class IIGB License: A Key to Innovation
All of the abovementioned goodies make us wonder — what exactly do other insurance providers lack in order to start covering crypto insurance cases? The Innovative Insurer General Business license. 

The Class IIGB license grants Relm Insurance the flexibility to cover digital assets, making it a unique insurer equipped to provide BTC insurance services. On top of that, Bermuda’s regulatory framework for digital assets allows Relm to maintain high compliance standards.

So if we want to see more global offerings for your crypto mining operations insurance, more agencies must set their sights on gaining innovative licensing and making reimbursals and accounts crypto-native, or at least crypto-friendly.
Other Bitcoin Insurance Providers Like Relm
Right now, there are only a handful of providers offering BTC-denominated insurance options. Each company grants a certain extent of coverage for crypto operations and/or allows holding insurance in Bitcoin.

 	Meanwhile
 	Evertas
 	Hotaling Insurance Services
 	CoinCover
 	Breach Insurance
 	Gemini

Use this as your cheat sheet when seeking volatile market protection and financial reimbursement guarantees for your crypto endeavors.

### Bitcoin Mining Difficulty and Its Impact on Miners

But while the global impact of difficulty re-adjustments may be intimidating — don’t fret, we have insights and pro tips to make your life easier!

This article provides an in-depth look at bitcoin mining difficulty explained, how it works, what affects it, and the strategies that miners can employ to adapt to fluctuations in this complex system.
Bitcoin Mining Difficulty Explained
What is bitcoin mining difficulty? Simply put, it is a measure of how hard it is to find a new block in the Bitcoin blockchain. The new difficulty bars are set and automatically re-adjusted approximately every two weeks, or every 2,016 blocks. This mechanism has an in-depth purpose — it helps ensure that blocks are mined roughly every 10 minutes.

The Bitcoin difficulty adjustment process is what powers Bitcoin’s issuance schedule. On top of that, it also helps reinforce the mining network security by making it costly and difficult to attack. 

Miners use computational power, or hash rate, to solve complex mathematical problems and eventually mine up some goodies. As the number of miners grows or they upgrade to more efficient hardware, the total hash rate of the network grows as well. 

This is where the Bitcoin protocol also employs the mining difficulty raise in order to prevent block generation from accelerating too much. Conversely, if the hash rate drops, as may happen when many miners exit the market, the difficulty adjusts downwards.

However, there’s more to the speed of block generation and block mining difficulty relationship.
Relationship Between Difficulty and Block Generation Time
The main purpose of doing regular BTC network difficulty adjustments is to keep the block time stable at 10 minutes. This is extremely important for Bitcoin’s protocol to run the way it should. When the difficulty is too low for the number of active miners, blocks are generated too quickly.

Too high of a block generation speed thus disrupts Bitcoin’s monetary policy (strict block frequency and regular halving) and transaction verification process (the proof of work protocol may underperform due to overload). But if the difficulty is too high, blocks may be generated too slowly, causing delays in transactions and slowing the entire network.

This is exactly why it is so important to balance out the Bitcoin mining minimum difficulty, keeping it within reasonable boundaries while monitoring the block generation speed and re-configuring it accordingly. So, what is best difficulty in bitcoin mining? It’s the one that maintains optimal block time and aligns with your equipment’s efficiency and the network’s conditions.
Factors Affecting Mining Difficulty
Several factors impact the calculation and fine-tuning of Bitcoin mining difficulty. Here’s a breakdown:
Number of miners and total hash rate 
The number of active miners shapes the total hash rate. As more miners join the network, the total computational power gets boosted, which automatically provokes a difficulty raise.
Changes in Bitcoin network activity
Major market events, legal changes, or big BTC price shifts can influence the rates of miners participating in the network. When prices rise, new miners tend to join the network, boosting the difficulty as a result.

Understanding these factors can help miners anticipate mining difficulty adjustments and prepare accordingly. Although the complexity of Bitcoin’s ecosystem makes predicting changes difficult. One may need some auxiliary tools. 

 	Bitcoin mining difficulty calculator: Miners can use Minerstat’s or other available calculators to estimate the current Bitcoin mining difficulty level and shape their mining expectations based on projected profitability. They can also be used to analyze the difficulty post regular re-adjustments.


Impact of Difficulty on Miners
Difficulty shifts can impact miners’ progress in different ways depending on the type of operation they run. All in all, there are three major risks (sometimes, inevitable consequences) 

 	Lower earning limit: As difficulty grows, miners may earn fewer bitcoins for the same amount of work, a definite pressure on their bottom line.
 	Higher rates of competition: Higher difficulty means more competition for the remaining rewards, often driving smaller or less efficient miners out of the market.
 	Increased profitability thresholds: Some miners have a “break-even” difficulty level, where earnings equal operational costs. Difficulty spikes can push them below their profitability threshold, provoking downtime.


Strategies for Miners to Adapt to Difficulty Changes
As you can see, the shifting difficulty situation is a thing to reckon with. And yet it’s just best to be prepared, facing this global mining challenge the right way. For this, miners have developed proven strategies. Here are a couple of pro tips to help counterbalance the challenges that spawn from fluctuating BTC mining difficulty:
Upgrading hardware for better performance
Investing in higher-efficiency mining equipment can help miners counter the rising difficulty. Today’s market offers advanced ASIC miners that consume less power per hash, improving the profit-to-cost ratio even when difficulty grows. Although ASICs can be expensive, the ROI potential is more than decent, and you can choose from a good range of models.

Here is a selection of some of the top models this year in every price segment:

 	ASIC Antminer KS5 Pro


 	

 	Price: $32,299 at a $12,72 profit rate
 	Target coin: Kaspa
 	Core algorithm: KHeavyRash
 	Hashrate: 21000 Gh/s





 	ASIC iPollo G1


 	

 	Price: $8,970 at a $11,33 profit rate
 	Target coin: Grin
 	Core algorithm: Cuckatoo32
 	Hashrate: 36 Gps





 	ASIC Antminer K7


 	

 	Price: $5,399 at a $11,08 profit rate
 	Target coin: Nervos
 	Core algorithm: Eaglesong
 	Hashrate: 63500 Gh/s





 	ASIC Antminer X5


 	

 	Price: $2,099 at a $6,57 profit rate
 	Target coin: Monero
 	Core algorithm: RandomX
 	Hashrate: 212 Kh/s




Joining mining pools for more stable earnings
Mining pools allow both individuals and smaller mining operations and facilities to pool their resources and share rewards. With pools, miners get smaller but more frequent payouts, gaining a chance to achieve the much-desired income stability. One thing you need to mind when joining a pool is the fees that a certain platform may subtract — learn more about how exactly you can choose and join the best mining pool that will help outweigh the total cost of fees with stable profits. 
Optimizing energy efficiency
Crypto enthusiasts can transition their mining rig’s power source to renewable energy sources, such as solar or hydroelectric power, to cut down on regular electricity bills and boost profitability in contrast to the potential difficulty spikes. Heat recycling is another method — you can implement heat recycling methods to repurpose waste heat from mining rigs for other operations (e.g., heating buildings or greenhouses), which can help offset costs.
Leveraging financial management tools
Miners can use Bitcoin futures, options, or other derivatives to lock in prices, hedging against potential price drops during high difficulty periods. There are also stablecoin loans and crypto loans available. Borrowing stablecoins or other cryptocurrencies can grant an immediate cash flow to cover operational costs, allowing miners to hold Bitcoin until prices recover or difficulty goes down again.
Extending mining activity across other coins
It’s a good idea to mine altcoins during high difficulty phases. Some ASIC hardware allows mining on different SHA-256 coins. Miners can switch temporarily to altcoins and convert earnings to Bitcoin, stabilizing revenue when Bitcoin difficulty is especially high. Miners can also go for dual mining with compatible coins to double down on their hardware’s versatility. Miners like ASIC Antminer KS5 Pro and other rigs running on the KHeavyRash algorithm support simultaneous mining of multiple cryptocurrencies, granting more income streams.
Going for strategic Bitcoin holdings
Pro tip — seize the moment and accumulate your mining activity during low-difficulty cycles. Miners can increase mining output and set aside reserves for periods of high difficulty. Another pro tip would be to sell strategically — as a miner, you should sell mined Bitcoin when market prices are high to maximize revenue. This will automatically enable you to keep your head above the water during low price periods, resisting income volatility.
Optimizing mining tax strategy
Crypto enthusiasts must deduct operational costs the smart way. They can work with tax professionals to make sure all expenses related to mining operations, such as equipment, power, and maintenance, are correctly deducted to cut down on taxable income. Another way is to structure one’s mining operations as a business entity. By setting up a mining operation as a formal business, miners can sometimes gain access to extra tax incentives and deductions. 
Optimizing mining operations further
Last but not least, there are tons of tools for miners to automate mining management — advanced mining management software can be used to, for instance, track profitability and automatically switch to more profitable mining pools or coins. As a global decision, a crypto miner’s owner may want to relocate operations. If possible, moving to regions with lower electricity rates or incentives for mining can lower operational costs and boost one’s sustainability dramatically.
Historical Trends in Bitcoin Mining Difficulty
Bitcoin difficulty explained through the lens of history helps us see how macroeconomic and technological changes affect the mining landscape:

 	2010-2014: Mining difficulty started at 1 and went on a steady increase as Bitcoin’s popularity grew. During this period, the introduction of ASIC mining drastically increased the network’s hash rate.
 	2017: The Bitcoin mining difficulty spiked as Bitcoin reached its first major bull run, and many new participants entered the mining space.
 	2021-2023: Bitcoin experienced a series of price spikes, regulatory pressures, and network re-alignments. As the price rose, so did difficulty, which made many miners upgrade their equipment or join larger pools for stability.



From these historical patterns, it’s clear that mining difficulty explained through consistent analysis can help miners anticipate and adapt to halving events, policy shifts, and profitability trends.
Future Predictions for Mining Difficulty
Looking ahead, Bitcoin mining difficulty is expected to continue its gradual increase due to the following trends:

 	Post-halving difficulty spikes: The next Bitcoin halving, scheduled for 2024, will cut down block rewards from 6.25 BTC to 3.125 BTC. Miners will likely experience an increase in competition as they work to capture the remaining rewards.



 	Enhanced AI and Machine Learning use: With AI advancements, data analytics tools can better predict difficulty changes, enabling more strategic planning for miners.



 	Integration of renewable energy sources: As mining operators seek cost efficiency, the industry is gradually shifting toward renewable energy sources, which can reduce costs and potentially sustain mining operations even as difficulty rises.


We’ll Update Your Equipment to Minimize the Impact of Mining Difficulty
Regular Bitcoin mining difficulty re-adjustment aren’t going anywhere, and it is every miner’s pressing responsibility to adapt to this tendency (read: rule). There are no shortcuts in overcoming this challenge, you can only greet it up in all arms. 

Bottom line? The only real reduction in Bitcoin mining difficulty that you can achieve is through technological preparation, research of details, and anticipation of the upcoming changes along with the entire community. 

We can assist you with the upgrade of hardware in line with the Bitcoin mining difficulty demands and consult all other related aspects of adapting to the fluctuating crypto mining market. Make sure to contact us for details.

### How Many Bitcoins Can I Mine? Understanding Bitcoin Mining Limits, Influencing Factors, and Profits

See, these questions don’t really have straightforward answers — the Bitcoin stock depends on several variables. These include your own Bitcoin mining output, the fixed 21 million Bitcoin supply, regularly changing mining difficulty, and different mining approaches. 

Let’s explore each, finding out how all of these essential aspects influence your mining profitability along the way.
Key Factors That Determine How Many Bitcoins You Can Mine
Bitcoin’s coin generation cap is a very flexible, liquid thing that can bring different fruits for differently-equipped miners. There are a couple of baseline factors that set the cap on how many bitcoins you can mine per day.
Mining hardware
Hardware is one of the most critical components in Bitcoin mining. In the early days, miners could use personal computers or GPUs, but modern mining demands specialized equipment.

 	ASICs (Application-Specific Integrated Circuits) are the current standard for Bitcoin mining. Designed specifically for mining, ASICs outperform general-purpose hardware in terms of efficiency.
 	Higher-performance hardware means a higher hash rate (computing power), which increases the likelihood of mining Bitcoin successfully.


Hash rate and performance
The hash rate is the reading that indicates how much computational power your mining machine dedicates to solving Bitcoin's cryptographic puzzles (i.e., how fast and efficiently it mines in general).

 	Higher hash rates allow miners to solve blocks faster, boosting their chances of earning Bitcoin rewards.
 	Mining hardware’s hash rate sets the number of calculations per second performed by a machine. 

Energy consumption and efficiency
Another pillar of mining operations is energy and the way one’s mining rig consumes it. Energy costs can significantly impact profits, as high-performance ASICs consume large amounts of power.

 	Mining efficiency is often measured as joules per terahash (J/TH) — the energy consumed per unit of computational power. Lower J/TH values indicate better efficiency.
 	As energy prices vary by region, miners in low-cost energy areas have an advantage in profitability.

The 21 Million Bitcoin Cap
To keep things ultimately specific, yes, is there a bitcoin limit? There absolutely is.

To keep things ultimately specific, yes, there is a fixed cap for Bitcoin’s overall supply. Bitcoin’s supply is capped at 21 million, which serves as more than a plain indication number — this is a unique characteristic of the coin that highlights exactly how valuable and scarce Bitcoin is. 



This cap limits the number of Bitcoins that can ever exist. But up to date, around 19 million Bitcoins have been mined, which leaves us about 2 million available to be mined over the coming decades. The cap also helps create and manage a deflationary system, where mining is made progressively more challenging as fewer Bitcoins remain to be mined. How much bitcoin can I mine, and at which point could they deplete?
Mining Difficulty and Its Impact
Mining difficulty is the essential mechanism that helps the Bitcoin network regulate how much bitcoin can you mine, and at what rate of success. To balance out the possible speed of mining (at the highest available hash rate), the mining difficulty must be regularly re-adjusted. Based on the network’s overall activity and rates of mining success, the difficulty is tweaked and slightly increased approximately every two weeks.

The difficulty grows as more miners join the network, grabbing more chunks of Bitcoin at faster rates. A lot also depends on how often a block is mined. The difficulty increase helps slow down the coin’s production rate in order to maintain a balanced block mining rate — one block mined every 10 minutes on average.

The mining difficulty has been growing through the years, making it harder for miners to earn Bitcoins as competition grows. However, with good, regularly upgraded hardware, insightful energy maintenance, and crypto mining hosting services, miners can take on these adjustments and actually turn them profitable in the long run. 
Pool Mining Vs. Solo Mining: Which Yields Better?
On top of strictly technical specifics and limitations, the exact approach one adopts — solo or collaborative mining — also defines how many Bitcoin blocks are mined per day by one’s machine. 

Bitcoin miners can operate individually, setting off for solo mining with their own rig, relying on their own powers and ambitions only. Or they can join pre-structured mining pools where miners gather and combine computational resources to mine blocks collaboratively. Each approach has its advantages and trade-offs:

 	Solo mining:

 	You get full rewards for block discovery;
 	There is higher variability in earnings due to competition with large mining operations;
 	There are also higher risks, as individual miners compete against large-scale operations.




 	Pool mining:

 	You get smaller yet consistent earnings, with rewards being shared among all pool members;
 	Overall risks are lower, as the combined hash rate serves to boost the chances of mining blocks;
 	A popular headstart choice with individual miners who are limited in their hash rate powers.





Takeaway: For most miners today, pool mining provides more predictable earnings, as the individual hash rate of solo miners typically cannot compete with large mining farms. So picking a good pool is always a good headstart, while solo mining should only be leveraged when you have the budget and tech capacity. 
Estimating Your Bitcoin Mining Earnings
In order to calculate mining profits, we need to evaluate hardware costs, hash rate, energy expenses, and mining difficulty. 

 	BTC price: A fluctuating Bitcoin price directly affects mining returns.
 	Electricity rates: Lower consumption rates improve profit margins.
 	Mining pool fees: Many pools charge a small percentage for participation, which affects net earnings.
 	Hardware depreciation: Over time, hardware becomes less efficient as newer technology enters the market.

You can use a specialized online calculator to estimate potential earnings by inputting these variables and getting a clearer picture of your potential returns.
Energy Costs vs. Mining Earnings: A Historical Analysis
Average rates of energy consumption have been affecting and shaping mining costs historically. With mining hardware consuming felt power, miners must weigh energy costs against Bitcoin earnings. Some concrete takeaways we can give here are these:

 	During Bitcoin's bull markets, higher prices can offset electricity costs.
 	Conversely, during price drops, miners with high energy expenses may find it unprofitable to continue, which provokes some to temporarily halt all operations.

How Long Does it Take to Mine One Bitcoin?
The stretch of time required for mining one Bitcoin depends on the miner’s hash rate, the network’s mining difficulty, and other factors. On average:

 	In a mining pool: Miners receive fractions of a Bitcoin regularly as the pool mines blocks, allowing individual miners to earn consistently based on their contributed hash rate.
 	Solo mining: With average hardware, mining one Bitcoin individually could take years due to the high competition and difficulty.

In general, rather than taking “one Bitcoin” as a baseline for calculations, miners calculate their expected BTC earnings based on how many Bitcoins in a block there are, the block rewards, and the pool's performance.
Conclusion: Mining Bitcoin Competitively
Mining Bitcoin has become a competitive process influenced by a bunch of variables. Here's a quick recap:

 	Hardware, hash rate, and energy efficiency are foundational to mining success.
 	Mining pools offer smaller, consistent earnings, while solo mining provides higher rewards but with more risk.
 	The bitcoin limits and rising difficulty call for miners to be prepared for upgrades and optimizations.



For new miners, assessing energy costs and hardware efficiency is key. Mining Bitcoin can be profitable under the right circumstances, but as competition and difficulty increase, profitability requires strategic decisions on hardware, energy management, and mining approach. We can help you with all of that, saving time and hidden costs. 

### How to Host ASIC Miners

As a miner there are two common ways how to approach the business, operating your own miner fleet or by utilizing hosting services to operate your mining hardware. Both options have their advantages and challenges. Choosing between hosting services and running your own hardware depends on your financial capacity, technical expertise, and risk tolerance. Hosting services offer a convenient, lower-risk option with less operational hassle but generally at a higher ongoing cost and less control. Running your own hardware provides greater control but requires a significant initial investment and operational expertise.
Operating Your Own Miner Fleet
Whether you have a couple of ASIC miners or hundreds of machines, operating involves setting up and managing your own Bitcoin mining infrastructure. This process includes purchasing, configuring and maintaining ASIC mining hardware, installing software and setting up management tools, establishing a reliable power supply, implementing effective cooling solutions, and ensuring robust security measures.
Operating your own Bitcoin mining rigs comes with several benefits. Here are five key advantages.


 	Control of design & quality: You have complete control over the design & layout of a mining operations, including the electrical components, networking, cooling system, ASIC hardware, firmware and management software.
 	Operational autonomy: Operating your own hardware provides the ability to quickly adapt to changes in the market and make strategic decisions that best align with your goals and risk tolerance.
 	Maximized profits: All mining rewards, go directly to you without being shared with a hosting service provider.
 	Security and privacy: When operating a mining facility you control the physical and cybersecurity measures. It also ensures greater privacy regarding your mining activities and financial data.
 	Risk management: Operating minimizes the reliance on third-party services, reducing risks related to trust, service continuity, and third-party failures. You have physical possession of the mining hardware as it is located on your premises.


Although operating your own machines offers benefits, it is essential to weigh these advantages against the challenges and risks. The key challenges a miner might face are dealing with heat and noise, managing and negotiating energy contracts to secure favourable rate, high initial investment related to the infrastructure, technical complexity related to networking and (cyber) security, and ongoing operational costs.

Third Party Solutions
Hosting services are arrangements where miners can place their hardware in a facility operated by a third-party service provider like EZ Blockchain. The machines are owned by the client but physically housed, maintained and repaired by the hosting provider. The hosting provider takes care of the build-out and maintenance of the physical infrastructure, such as cooling, electricity, security, and internet connectivity. Clients typically pay a fee to the hosting provider for these services, which may be structured as a flat rate or based on factors like power consumption. Similar to operating a fleet, utilizing hosting services has its advantages and disadvantages.
Advantage of using hosting services are various, here are the five most important ones.


 	Lower initial investment: Hosting services typically require a lower upfront cost since they already have the infrastructure in place.
 	Economies of scale: With a mining fleet smaller than 500 machines, capital expenditure and operating costs might be relatively high on a per ASIC basis when operating your own miners. Because of the size a hosting service provider potentially has access to lower cheaper ASIC hardware (parts) and ancillary equipment.
 	Lower electricity costs: Hosting providers often have access to cheaper electricity. Due to the size of the load and/or location these operators can apply for industrial or other favourable types of rates.
 	Infrastructure management: Hosting services handle the infrastructure requirements of Bitcoin mining, including power, cooling, network connectivity, maintenance and repairs.
 	Expertise and support: Hosting providers often have experienced staff who can offer technical support and troubleshooting assistance. This can be especially valuable for clients who may not have the expertise or resources to manage their mining hardware effectively.


                        
                            
                                
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Disadvantages to co-locating ASIC miner hardware can be summarized as follows. You have less control over the mining hardware and the environment in which it operates. Any changes or specific optimizations you want to implement might be limited by the hosting provider's policies and infrastructure. You must trust the hosting provider to manage your equipment responsibly and securely. There’s a risk of fraud, mismanagement, or even the provider going out of business. Your mining performance is dependent on the reliability and stability of the hosting service. Any downtime or issues on their end directly impact your mining revenue. There is also a counterparty because you do not have physically possession of your ASICs miners. To mitigate these risks, it's crucial to thoroughly research and vet potential hosting providers and regularly monitor the performance of your mining operation.

A Convenient Choice
Overall, Bitcoin mining hosting services provide clients with convenience, cost savings, expertise, and risk mitigation, making them an attractive option for individuals and companies looking to participate in the mining industry.
If you are considering Bitcoin mining hosting services, make sure to check our article about How To Choose The Best Bitcoin Mining Hosting . This article will help you navigate the maze of hosting options. We will delve into what hosting businesses are, why miners co-locate their hardware, the pros and cons, what makes a good hosting service and what elements specifically look at in a hosting agreement.


In the US alone there are over 70 hosting provider. Well known companies amongst retail miners are Compass Mining, SazMining, Blockware Solutions and Simple Mining. EZ Blockchain manages to stand out because of the personalized support and high customer service, competitive pricing of ASIC miners and hosting fees, and user-friendly dashboard providing real-time analytics on performance, power consumption, and profits, regardless of the number and location of your mining devices. Additionally, EZ Blockchain designs, builds and operates its own facility without any third party dependency.

### How to choose bitcoin mining equipment 2025

As older models like the Antminer S19 become outdated, many miners are asking: Is it time to upgrade? Dive into the latest advancements in mining technology and find out how the who are the top contenders for mining crypto in 2024. Discover which of these new generation ASIC miners outshines its rivals or what model might be the best fit for your mining operation.

Is old equipment dead?
When considering the dominance of ASIC miners, it’s clear that older generation models, such as Bitmain’s Antminer S9 (13Th), which operates at a maximum hashrate of 13 Th/s with a power consumption of 1300W, are practically obsolete. In contrast, the popular Antminer S19 and S19j Pro models, with an efficiency of around 30 J/TH, remain highly relevant despite the low-margin environment. These machines currently still account for 29.9% and 25.8% of the network, respectively.

Source
At the time of writing, the hashprice—how much a miner can expect to earn in USD ($) per terahash (TH/s) of computing power per day—stands at $0.044/TH/day. With these margins, the S19 breaks even at an electricity rate of $0.053/kWh, while the S19j Pro breaks even at $0.062/kWh. When considering average hosting costs by state, it’s clear that these models are no longer viable for operations relying on hosting services. However, they remain profitable for larger self-mining operations and setups that utilize stranded or wasted power.

Source
Over the past few years, the S19 and S19j Pro models were highly popular among retail miners using hosting services. So, if these machines are now mining at a loss, why are so many still online? There are several reasons for this. First, many miners are bound by contracts they choose to honour. Some miners are willing to operate at a loss, writing off expenses for tax purposes while accumulating Bitcoin (‘stacking sats’). Others anticipate a future increase in BTC price and prefer to mine at a loss now to remain operational when market conditions improve. Additionally, in some cases, clients default on payments, leading hosts to keep the machines running and direct the payouts to their own wallets.

Upgrading Miner Fleet to be Future Proof
To remain competitive and sustainably profitable, miners cannot simply wait for better days; they must take a proactive approach by upgrading their fleets with the latest generation machines. When considering new bitcoin mining equipment, it’s essential to understand the current trends in the ASIC device market and explore the available models.

Latest Trends in Bitcoin Mining
In 2025 many ASIC manufactures launched new models and series hardware. Here’s a breakdown of 5 notable trends that are currently shaping the ASIC Bitcoin miner market:
1. Increasing Hashrate Output

Answering the question: "What is ASIC mining?" (namely, that it is mining for which a specialized integrated circuit chip is used), it is worth noting that newer ASIC models consistently push the limits of hashrate output, with each generation delivering significantly higher performance. In 2022 the Antminer S19 XP hit the market with an impressive 140 TH/s for the air-cooled version and 225 TH/s for the hydro-cooled model. In 2025, we witnessed the launch of air-cooled ASICs with up to 260 TH/s and hydro-cooled machines going as high as 473 TH/s.



2. Improved Efficiency

With energy costs being a critical factor, efficiency remains a top priority. Recent models are achieving record low joules per terahash (J/TH) ratings, balancing high performance with optimized power consumption, which is crucial in a low-margin environment. In 2025 the first miners with 1X J/TH efficiency came to market.

3. Growing Competition with Bitmain

While Bitmain’s dominance remains strong (around 75% of the ASIC market), competition is increasing. Manufacturers like MicroBT, Canaan, and other emerging players are offering high-performance alternatives.
Comparison of Leading 1X J/TH Air-Cooled ASIC Miners
The Bitcoin mining landscape is evolving rapidly, with major advancements in mining hardware driving increased efficiency and profitability. In 2025, various manufacturers launched new bitcoin mining hardware for mining with ASIC. Let’s check our air-cooled Bitcoin miner comparison where we listed the equipment that was introduced over the course of this year.

Bitmain - Antminer S21, T21, S21 Pro and S21XP
Market leader Bitmain is currently selling four air-cooled ASIC miners with an efficiency of below 20 J/TH: the Antminer S21, T21, S21 Pro and S21XP. The T21 is the best Bitcoin miner in 2025 for those who want to save their money. Also, it can automatically overclock, achieving higher hashrates without requiring power supply upgrades. The T21 might be better suited for professional miners who can meet its more demanding electrical setup and benefit from its overclocking capabilities. Meanwhile, the S21’s lower power consumption and compatibility with residential voltage make it an excellent choice for home miners seeking high efficiency and ease of setup.
Antminer S21
The S21 series offers three variants: 200 TH/s, 195 TH/s, and 188 TH/s, each with an impressive efficiency of 17.5 J/TH. The 200 TH/s model runs at 3500 W. A significant upgrade for this model is the P13-C20 power cord, which operates between 220V and 277V. This means the S21 comes ready to plug in, a convenience not available in earlier Bitmain models.
Antminer T21
The Antminer T21 features a hashrate of 190 TH/s with a standard energy efficiency of 19 J/TH. The T21 uses 3610 W and requires a higher voltage range of 380V to 415V. It uses a P33-P33 power cord and requires a specialized PDU for operation. The machine’s 3-phase power supply ensures automatic phase balancing. By avoiding imbalanced loads on the electricity supply, miners experience less wear and tear on electrical systems and improved energy efficiency. The T21’s higher voltage requirements and the need for a specific PDU interface may be challenging for some miners, especially those without access to industrial-grade power setups.
Unique to this Bitmain mining container is the HEM mode, which, under optimal conditions (operating temperatures below 30°C), boosts the hash rate to 233 TH/s while increasing power efficiency to 22 J/TH. The miner’s 3-phase power supply provides the 5500 W power that the high-power mode needs.

                        
                            
                                
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Antminer S21 Pro 
Just seven months after Bitmain launched the S21, the company announced the Antminer S21 Pro. The new device is a notable improvement over the S21, being both more efficient and powerful. Bitmain began shipping the device in Q3 2025. The Antminer S21 Pro boasts a hashrate of 234 TH/s and an energy efficiency ratio of 15.0 J/TH.
Antminer S21XP
Bitmain rolled out the Antminer S21XP during its World Digital Mining Summit in Las Vegas. According to the specification disclosed at the event, the air-cooled S21XP has a hashrate capacity of 270 TH/s at an energy efficiency of 13.5 J/TH. The air-cooled version of the XP enters the market in September 2025.

MicroBT - Whatsminer M60 series
The Whatsminer M60 series features MicroBT’s highest hashrate ratings to date. The M60 series is also MicroBT’s most power-efficient line, achieving an efficiency below 20 J/TH. MicroBT released three air-cooled versions, the M60, M60S and M60S+. The Whatsminer M60 series has the same form factor as the M50 and M30.
In comparison to earlier models within the WhatsMiner series, the M60S distinguishes itself in the transition to 5nm chip technology. This advancement marks a substantial upgrade over the 7nm chips in many previous models.
Whatsminer M60
The M60 series includes models with hash rate ratings ranging from 156-172 TH/s. The 162 TH/s machine runs at 3104 W with an efficiency of 19.2 J/TH.
Whatsminer M60S
The Whatsminer M60S offers a hashrate output ranging from 170-186 TH/s. Moreover, the M60S achieves an efficiency of 18.5 J/TH. According to factory specifications, the 186 TH/s version uses 3441 W.
Whatsminer M60S+
The Whatsminer M60S+ is the latest model of the M60 series. This miner has a maximum hashrate of 212Th/s for a power consumption of 3600W, which comes down to an efficiency of 17 J/TH.

Canaan - Avalon A1566
At the Bitcoin Asia 2025 exhibition, Canaan launched the Avalon Miner A1566. This is the second generation of 1xJ/T series products released by Canaan. Boasting a 185 TH/s hashrate with a power consumption of 3420 W and an efficiency of 18.5 J/TH, it is Canaan’s most efficient miner.
The new model is the result of Canaan's ongoing market research, increased investment in product development, and partnerships to create chips that perform better using the latest advanced processes.

Auradine - Teraflux AT2880
Auradine, a Silicon Valley-based company, aims to offer North American Bitcoin mining operators an alternative to “foreign ASICs,” competing against Chinese manufacturing giants Bitmain, MicroBT, and Canaan. In Q2 2025, their AT2880 air-cooled miner came to market, with volume production set to start in Q3 of this year. The machine is capable of achieving an output of up to 260 TH/s. At 260 TH/s, the AT2880 uses 4160 W and has an optimal efficiency of 16 J/TH.
The TeraFlux miners feature EnergyTune, a program that allows you to quickly power up or down without rebooting the system. You can adjust both the power and hashrate to the desired target, and the system will automatically tune itself. This feature enables rapid demand response.

1X J/TH Air-Cooled ASIC Miners Compared
In the overview below, all the miners discussed are listed, highlighting key features and specifications of each miner, like power usage, hash rate output, and efficiency. Some specs of this equipment for Bitcoin mining stand out – they are the high power usage of the TeraFlux AT2880, the >200 TH/s hashrate output of the S21 Pro and TeraFlux AT2880, and the 15 J/TH efficiency of the S21 Pro model.

### Can Kaspa mining make you $680 / mo with KS-5?

What is Kaspa?
Kaspa (KAS) is a relatively new cryptocurrency that utilizes a Proof-of-Work (PoW) consensus mechanism. It aims to offer high transaction throughput and fast block times by implementing the GHOSTDAG (Greedy Heaviest-Observed Subtree Directed Acyclic Graph) protocol. Unlike traditional blockchains, which produce single blocks at a time, GHOSTDAG allows Kaspa to build multiple blocks simultaneously and order them efficiently, leading to faster confirmation times and more scalable network performance.
Kaspa utilizes the kHeavyHash algorithm, which is specifically designed to maintain ASIC resistance while still being suitable for GPU mining. Mining Kaspa can be done using GPUs or specialized ASIC miners like the Antminer KS5. With a block time of just one second, Kaspa achieves high transaction throughput, making it an energy-efficient alternative to other Proof-of-Work cryptocurrencies. As a relatively new project, Kaspa is still gaining traction, but its innovative approach to blockchain scalability is attracting growing interest in the crypto community.

Growth of the Network
The Kaspa network hashrate represents the collective computational power of all miners within the network. As depicted in the chart below, the number of miners contributing to the network began to gain momentum in December 2023, with a significant acceleration occurring in the summer of 2024. This surge aligns with the launch of the Antminer KS5 and KS5 Pro by Bitmain, a leading ASIC manufacturer. The introduction of more efficient ASIC miners typically leads to a delay before these machines are produced and deployed at scale, which explains the sharp increase in network hashrate observed a few months after the KS5's release.

Source
The growth in the network hashrate reflects both the increasing adoption of Kaspa and the expansion of its mining community. As more miners join the network and deploy advanced hardware like the Antminer KS5, the collective computational power rises, underscoring the growing interest and participation in Kaspa mining.

Kaspa Difficulty
Kaspa mining difficulty, or network difficulty, is a crucial metric in the cryptocurrency ecosystem, determining how challenging it is for miners to solve the computational problem required to find a block. As more miners join the Kaspa network, the difficulty increases, making it harder to discover new blocks and earn rewards. Network difficulty is measured as a numerical value, reflecting how many times, on average, miners must compute a hash function to uncover a block. This value is expressed in units like K (thousand), M (million), G (billion), and T (trillion), representing the scale of difficulty. The difficulty level fluctuates based on the number of active miners; as the network hashrate rises due to more miners, the effective block find time decreases, prompting the network to increase the difficulty to maintain a consistent block discovery rate. Conversely, when the number of miners decreases and the hashrate drops, the network reduces the difficulty, making it easier to solve the problem and find a block. This interplay between network difficulty and hashrate is essential for regulating the average time it takes to mine a cryptocurrency block, ensuring the stability and security of the network.

Marathon Digital Holdings is Mining Kaspa
The second biggest publicly traded mining company Marathon Digital Holdings, announce that they are mining Kaspa. So should you consider it too?

Source 
“By mining Kaspa, we are able to create a stream of revenue that is diversified from Bitcoin, and that is directly tied to our core competencies in digital asset compute,” said Adam Swick, Marathon’s chief growth officer in the statement.
Marathon began to mine with Kaspa in September of last year, bringing its first mining computer online. The company has acquired 60 petahash worth of mining machines, which, according to their statement, can achieve profit margins of up to 95%. Currently, Marathon has 30 petahash of mining rigs operational at its Texas sites, with the remaining machines expected to be online by the third quarter. To date, the company has mined 93 million KAS, valued at approximately $15 million.
EZ Blockchain is already mining Kaspa and helping clients with this challenging task.


                        
                            
                                
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Bitmain Antminer KS5
The Antminer KS5 is a specialized Kaspa ASIC miner. It’s manufactured by Bitmain, a leading company in the production of cryptocurrency mining hardware. The KS5, considered as the best miner for Kaspa, is specifically tuned to handle the kHeavyHash algorithm, making it one of the most efficient and powerful options for Kaspa mining.

Source
The KS5 series offers a high hashrate compared to older Antminer models and other manufactures. The KS5 boasts 20 TH/s while the pro edition goes up to 21 TH/s. The KS5 is designed to be energy-efficient, balancing high performance with relatively low power consumption compared to previous generation miners. The KS5 features a robust cooling system, often with dual-fan setups to ensure optimal performance and longevity.

Source

Profitability of Kaspa Mining
The mining Kaspa profitability with the use of the KS5 depends on factors like the current KAS price, network difficulty, and electricity costs, and other expenses – that’s why you’re better to use the Kaspa mining calculator. EZ Blockchain offers an all-in hosting fee of $0.069 kWh which, in addition to electricity costs, includes a high quality service of housing and maintaining your KS5 miners.
The $0.069 kWh with the power usage of the KS5 at 3000W translates to an all-in hosting fee of $1,813.32 a year or $149.04 monthly. At the moment of writing this article that provides a monthly profit of $682.94 and an ROI of just XX Months which is faster than the ROI of Bitcoin ASIC Miners in current market conditions.

Source
Kaspa price has risen over 350% over the last year and 45% year-to-date. With the price increase slowing down and the growth rate of hashrate picking up, profitability of Kaspa mining declined by 87%, but despite that decrease in profitability, the margins on Kaspa coin mining are still higher than mining BTC.

Source

### List of Top Crypto Mining Companies in the US

As of 2024 there are over 70 Bitcoin mining companies in the U.S. that provide hosting services. In Bitcoin mining, hosting providers allow individuals or companies to place their mining hardware in a facility operated by a third-party service provider. While the client owns the mining hardware, it is physically housed and maintained by the hosting company in their data center or facility. The company manages the physical infrastructure, including cooling, electricity, security, and internet connectivity. Clients typically pay a fee for these services, which may be structured as a flat rate or based on factors like power consumption.
Services Offered By Hosting Companies
The core services offered by hosting companies include the deployment and operation of mining equipment. Some crypto currency mining companies in the U.S. provide in-house repair services, while others collaborate with third-party repair centers. Clients can also purchase ASIC Bitcoin miners through the hosting company. Additionally, although less common, services such as monitoring tools, advanced security features, overclocking/underclocking, insurance, immersion cooling, and customized dashboards are available.
Why Do Miners Use Hosting companies?
Clients use crypto mining hosting services to access lower electricity rates. Hosting companies often provide economies of scale, allowing clients to benefit from bulk hardware purchases and shared infrastructure costs. This can result in cost savings compared to running a mining operation independently. Hosting companies handle the infrastructure requirements of crypto mining, including power, cooling, and network connectivity. This relieves clients of the burden of setting up and maintaining their own facilities, which can be complex and costly. Additionally, clients do not need to deal with the noise, heat, maintenance, and repairs.
Wide Variety of Bitcoin Mining Companies in the U.S. Offering Hosting Services
There are many Bitcoin mining colocation companies in the U.S. offering hosting services. For instance, the best Bitcoin mining companies include Blockware Solutions, Compass Mining, Simple Mining, and EZ Blockchain. Some companies provide personalized support, competitive pricing, and real-time analytics on performance and profits, while others design and operate their own facilities independently, without third-party reliance.





🔎 Overview of U.S. Crypto Mining Hosting Companies.








21mining
Abundant Mines
Ace Miners
Allegiance Mining Group


Arthur Mining
Asic Hosting Canada
Basic Mining
Banta Business


Best Share Mining
Bit Capital Group
Bit-RAM
Bitman Farm


Blockware Solutions
Bolt Mining
Bored Miners
BSLF Mining


Coastal Crypto
ColoBros LLC
Crypto Caverns
Crypto LLC


CryptoCaddy
D-Central
DC Mining
Deep South Operating


Deep Think
Digital Bridge Mining
Distributed Hash
DMP


East Coast ASIC Hosting
Energex Mining
EZ Blockchain
Frontier Mining


Gator Mining
Giga Energy
Happy Crypto Mines
Hillfort


HM Tech LLC
Host Care
KV Enterprises LLC
KOR Blockchain


Lambda Crypto
Many Ventures Mining
Millennia Digital Assets
MiningStore


Mining Syndicate
MuskMiners
New Century Gold
Nodelove


ONMINE
PaerTree
Paradox Infrastructure
Pickaxe Inc.


Precision Miners
Pursuit Link
Rax Mining
Rebel Mining Company


Revolve Labs
Sabre 56
Satokie Mining
Simple Mining


SmithKey Data Solutions
Stellar Forge Mining
SunDog Mining
Sunbreak Electronics


Terra Hosting
TeslaWatt
Tidal Data Systems
Unicorn Mining


U Mine
VanwaTech
Verakari
Veribi


Wild Rose Mining
Wildcat Blockchain LLC
Wilson Mining
Wiser Miner



Example of a Colocation Company



EZ Blockchain is a leading example of a crypto mining colocation company in the U.S. Since its launch in 2017, the company has been committed to addressing the global waste energy issue through crypto mining. As a self-funded business, EZ Blockchain has experienced remarkable growth across multiple locations, offering one of the most competitive energy pricing models for colocation services, starting at $0.069 per kWh. Recently, the company expanded its services to include retail clients.


                        
                            
                                
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EZ Blockchain helps clients select and purchase miners with the highest ROI, recommends the most profitable cryptocurrencies to mine, and develops sustainable long-term mining strategies. Once a client selects a miner, it is purchased, shipped to their location, and professionally configured for optimal performance. Clients also receive access to a comprehensive mining management app, which offers a wide range of features to maximize their ROI.

The company is dedicated to sustainable crypto mining, utilizing renewable energy sources such as wind, gas, solar, and nuclear power. Additionally, it employs innovative methods to harness cheap energy from waste energy and flared gas in oil fields.
What are Publicly Traded Bitcoin Mining Companies
Some top crypto mining companies in the U.S. are publicly traded on the stock exchange. By purchasing shares of these companies, investors can gain exposure to crypto mining without directly participating in mining activities.

🔍 A table of 20 well-known publicly traded crypto mining companies, their countries, and stock exchanges.



Company Name
Country
Stock Exchange


Marathon Digital Holdings (MARA)
USA
NASDAQ


Core Scientific (CORZ)
USA
NASDAQ


Riot Platforms (RIOT)
USA
NASDAQ


CleanSpark (CLSK)
USA
NASDAQ


Hut 8 Mining (HUT)
Canada
TSX, NASDAQ


Bitfarms (BITF)
Canada
TSX, NASDAQ


Hive Blockchain Technologies (HIVE)
Canada
TSX, NASDAQ


Argo Blockchain (ARBK)
UK
LSE, NASDAQ


Bitdeer Technologies Group (BTDR)
Singapore
NASDAQ


BitFuFu (FUFU)
Singapore
NASDAQ


Iris Energy (IREN)
Australia
NASDAQ


Canaan (CAN)
China
NASDAQ


BIT Mining (BTCM)
China
NYSE


Stronghold Digital Mining (SDIG)
USA
NASDAQ


Greenidge Generation Holdings (GREE)
USA
NASDAQ


Cipher Mining (CIFR)
USA
NASDAQ


TeraWulf (WULF)
USA
NASDAQ


Bit Digital (BTBT)
USA
NASDAQ


Gryphon Digital Mining (GRYP)
USA
OTC Markets


GRIID Infrastructure (GRDI.NE)
USA
NYSE



Business Models Public Crypto Miners


Publicly traded crypto mining companies employ various business models. In the self-mining model, companies invest in and operate their own mining hardware and facilities, owning all the Bitcoins they mine. Revenue is generated directly from mining new Bitcoins and transaction fees, with profitability depending on Bitcoin prices, mining difficulty, and operational efficiency.

Some miners use a hybrid model, combining self-mining with hosting services. They dedicate part of their infrastructure to their own mining while leasing the rest to clients. Revenue comes from both direct mining and hosting fees, with the flexibility to adjust the balance between self-mining and hosting based on market conditions. This model offers diversified income, flexible operations, and optimized resource use. Core Scientific is an example of a company that operates through both mining and hosting segments.

Additionally, some public miners integrate other revenue streams to diversify and manage the risk of Bitcoin's volatility. For example, Iris Energy focuses on high-performance computing applications, including Bitcoin mining and artificial intelligence (AI) workloads. The company's data centres use application-specific integrated circuits (ASICs) for Bitcoin mining and graphics processing units (GPUs) for AI tasks.

Bitdeer offers cloud mining services, allowing users to rent computing power to mine various cryptocurrencies, such as Bitcoin, Ethereum, Litecoin, and others, without purchasing and maintaining their own mining hardware. Marathon Digital has vertically integrated the Bitcoin mining tech stack by operating its own mining pool (“MaraPool”), building custom firmware, investing in hardware (Auradine), and designing infrastructure, including immersion cooling systems.
Key differences Between Investing in Hosting Companies and Crypto Mining Stocks
Investing in crypto mining can be approached in various ways: using a hosting service for mining or buying shares in a publicly traded crypto mining company are common approaches. Each method has its own unique features, benefits, and risks. Here are the key differences between these two approaches:

 


1. Ownership and Control
Using a hosting service for mining you own the mining hardware and have control over its operations. You can choose the mining pool, monitor the performance of the hardware, and decide on reinvestment strategies. It allows for more flexibility to upgrade or modify hardware and software configurations.
When buying shares in a publicly traded mining company you own shares in the company but not the mining hardware itself. There is no influence on the company’s operations, mining pools, and reinvestments are made by the management. Investors have no direct influence on the technical or operational aspects of mining.

2. Financial Considerations
If you purchase ASIC miners and have these hosted the upfront investment required to purchase mining equipment is significant. Often you need to add capital for deposits and set-up fees as well. Next to the initial investment there are ongoing hosting fees and repairs. Revenue might also fluctuate due to direct exposure to Bitcoin price volatility, and mining difficulty adjustments.
Buying shares of a public miner has a lower entry barrier. Shares can be purchased with relatively lower initial capital compared to buying mining equipment. Shares can be bought and sold on the stock market, offering better liquidity. Share prices are influenced by broader market conditions, company performance, and investor sentiment.

3. Risk Factors
There are operational risks involved in hosting service for mining like hardware failures and facility downtime. Possible changes in regulations can potentially affecting mining operations. Miners are also directly affected by Bitcoin price drops and increasing mining difficulty.
The most important risk factor when buying shares in a publicly traded company is market volatility as stock prices can be highly volatile and influenced by factors beyond Bitcoin prices. There are also risks associated with the company’s management decisions, financial health, and operational efficiency. Company-specific regulatory issues and compliance requirements can impact stock performance.

4. Expertise and Involvement
Hosting service require minimal technical knowledge but does require an ongoing involvement in monitoring and managing the mining process.
When buying shares investors do not need to understand the technical aspects of mining. Involves less active management and monitoring compared to direct mining. Understanding company stock valuation is important.

5. Time Horizon
Hosting service typically involves a longer-term commitment due to the upfront investment in hardware. The payback period may take time to realize, depending on Bitcoin prices and operational efficiency.
Investing in a public company provides more flexibility to adjust investment based on market conditions; can be short-term or long-term.


🔍 Summary of Key Differences:
Investing in Hosting Companies vs. Crypto Mining Stocks



Aspect
Hosting Service for Mining
Buying Shares in a Publicly Traded Mining Company


Ownership & Control
Direct Ownership: Own the mining hardware.
Indirect Ownership: Own shares, not hardware.



Operational Control: Manage hardware operations.
Limited Control: Company management makes decisions.



Customization: Flexibility to upgrade/modify hardware.
No Customization: No influence on technical aspects.


Financial Considerations
Initial Capital: High upfront investment for hardware.
Lower Entry Barrier: Relatively lower initial capital.



Operational Costs: Ongoing electricity and maintenance.
Liquidity: Easily buy/sell shares on the stock market.



Revenue Fluctuations: Direct exposure to Bitcoin price.
Dividends: Potential regular income if dividends are paid.



ROI: Higher potential returns with price increases.
Market Risks: Share prices influenced by various factors.


Risk Factors
Operational Risks: Hardware failures and downtime.
Market Volatility: Stock prices can be highly volatile.



Market Risks: Bitcoin price drops, mining difficulty.
Company Performance: Dependent on management and health.



Regulatory Risks: Changes in mining regulations.
Regulatory Risks: Company-specific regulatory issues.


Expertise and Involvement
Technical Knowledge: Requires technical understanding.
Minimal Technical Knowledge: No need to understand mining.



Active Management: Ongoing monitoring and management.
Passive Investment: Less active management required.


Time Horizon
Long-Term Commitment: Due to hardware investment.
Flexibility: Can be short-term or long-term investment.



Payback Period: ROI depends on prices and efficiency.
Market Timing: Can capitalize on market movements quickly.



 

 
Top 10 Bitcoin Mining Companies Based on Hashrate
Over the years, the Bitcoin mining industry has evolved significantly, transitioning from home-based mining to large-scale professional mining farms. These operations have grown in size and have attracted investment from individuals and entities not directly involved in mining operations.
In 2017, Hive Blockchain became the first publicly traded Bitcoin mining company in North America, listed on the Toronto Venture Exchange. Since then, the number of publicly traded Bitcoin mining stocks has grown to over 20. Actually, here’s the relevant Bitcoin mining companies list.






🔍 Let's take a look at the 10 largest companies by deployed hashrate.









Name Company
Ticker
EH/s Deployed
% of Network

Market Cap



1
Marathon Digital Holdings
MARA
29.9 EH/s
4.98%
$5.48 B


2
Core Scientific, Inc.
CORZQ
20.4 EH/s
3.40%
$0.86 B


3
CleanSpark Inc.
CLSK
17.3 EH/s
2.88%
$3.56 B


4
Riot Platforms, Inc.
RIOT
12.6 EH/s
2.10%
$2.80 B


5
Iris Energy Ltd.
IREN
9.4 EH/s
1.57%
$1.23 B


6
Bitdeer Technologies Group
BTDR
8.7 EH/s
1.45%
$0.75 B


7
TeraWulf Inc.
WULF
8.0 EH/s
1.33%
$0.70 B


8
Cipher Mining Inc.
CIFR
7.7 EH/s
1.28%
$1.14 B


9
Bitfarms Ltd.
BITF
7.0 EH/s
1.17%
$0.88 B


10
HIVE Digital Technologies
HIVE
5.0 EH/s
0.83%
$0.24 B




Marathon Digital Holding Site in Granbury Texas

1. Marathon Digital Holdings


 	Ticker Symbol: MARA
 	Headquarters: United States
 	Exchange: NASDAQ
 	Hashrate: 29.9 EH/s
 	Market Cap: $5.48 B

Marathon Digital Holdings (formerly Marathon Patent Group) was founded 2010. The company focuses on the blockchain ecosystem and the generation of digital assets. In the beginning of 2020 they became an important player by aggressively upgrading mining portfolio. Marathon has ambitious growth plans for 2024, aiming to double its hashrate to 50 EH/s by the end of the year through orders of the latest generation ASIC miners and increased capacity from recent acquisitions​. Marathon has a global fleet, they operate in various states in the US, Paraguay and UAE. The company is vertically integrating the Bitcoin mining tech stack as they operate their own mining pool (“MaraPool”), build custom firmware, invest in hardware (Auradine), and design infrastructure (e.g., immersion cooling systems).

2. Core Scientific


 	Ticker symbol: CORZ
 	Headquarters: United States
 	Exchange: NASDAQ
 	Hashrate: 20.4 EH/s
 	Market Cap: $860 M

When it comes to hashrate, Core Scientific is one of the largest industrial-scale bitcoin miners in North America with facilities in Georgia, Kentucky, North Carolina, North Dakota, and Texas. Founded in 2017 and headquartered in Delaware, the company went public in 2022. The company operates through two primary segments: Mining and Hosting. They provide blockchain infrastructure, software solutions, and data center operations for digital asset mining. Their services include self-mining, where they use their own fleet of miners to earn Bitcoin, and hosting services, which involve managing mining equipment for other clients​. Core Scientific filed for Chapter 11 bankruptcy protection on December 21, 2022, due to financial struggles exacerbated by the drop in Bitcoin prices and rising energy costs​. The U.S. Bankruptcy Court for the Southern District of Texas approved their Chapter 11 reorganization plan, allowing the company to exit bankruptcy and relist its shares on Nasdaq by the end of January 2024.

3. CleanSpark Inc.


 	Ticker Symbol: CLSK
 	Headquarters: United States
 	Exchange: NASDAQ
 	Hashrate: 2.400 PH/s
 	Market Cap: 163M USD

CleanSpark, Inc. is headquartered in Nevada. Initially founded as an energy technology firm, CleanSpark transitioned to Bitcoin mining in 2020, leveraging its expertise in renewable energy to power its mining operations. The company is committed to sustainable practices, sourcing energy from low-carbon sources like wind, solar, nuclear, and hydroelectric power​​. CleanSpark owns and operates several data centres across the United States (Texas, Georgia and New York), primarily running on renewable energy.

4. Riot Platforms, Inc.


 	Ticker Symbol: RIOT
 	Headquarters: United States
 	Exchange: NASDAQ
 	Hashrate: 12.6 EH/s
 	Market Cap: $2.8 B

Riot Platforms, Inc. (formerly known as Riot Blockchain) is based in Colorado. The company operates through several segments, including self mining, data center hosting, and engineering. Riot focuses on large-scale Bitcoin mining operations, primarily situated in central Texas. It uses both air-cooled and immersion-cooled mining technologies to enhance efficiency and performance.  Riot is expanding its mining capacity significantly. By the end of 2024, it anticipates achieving a total self-mining hash rate capacity of 31 EH/s, with plans to reach 41 EH/s by 2025. This growth is supported by major investments in new mining hardware and facility expansions, particularly at their Corsicana and Rockdale facilities in Texas​. The Corsicana Facility, once fully developed, will become one of the largest Bitcoin mining facilities globally, with a total capacity of 1 GW (1000 MW)​. The end of May 2024, Riot submitted an unsolicited proposal to buy Bitfarms for $2.30 per share in a deal that would create the world's largest bitcoin miner.

5. Iris Energy Ltd.


 	Ticket Symbol: IREN
 	Headquarters: Australia
 	Exchange: NASDAQ
 	Hashrate: 9.4 EH/s
 	Market Cap: $1.23 B

Iris Energy is an Australian-based company that specializes in operating data centers powered by 100% renewable energy. Founded in 2019 and headquartered in Sydney, Iris Energy focuses on high-performance computing applications, including Bitcoin mining and artificial intelligence (AI) workloads. The company's data centers use application-specific integrated circuits (ASICs) for Bitcoin mining and graphics processing units (GPUs) for AI tasks. Iris Energy owns and operates multiple data center facilities located in Canal Flats, Mackenzie, and Prince George in Canada, as well as Childress in Texas, USA. The company has been expanding aggressively with plans to achieve 20 (EH/s) by the end of 2024.

6. Bitdeer Technologies Group


 	Ticket Symbol: BTDR
 	Headquarters: Singapore
 	Exchange: NASDAQ
 	Hashrate: 8.7 EH/s
 	Market Cap: $750 M

Bitdeer Technologies Group was founded in 2018 and is headquartered in Singapore. It operates as a subsidiary of BitDeer Group, a global leader in the computing power-sharing industry. Bitdeer offers cloud mining services, allowing users to rent computing power to mine various cryptocurrencies such as Bitcoin, Ethereum, Litecoin, and others, without having to purchase and maintain their own mining hardware. Bitdeer has a close relationship with Bitmain, one of the largest manufacturers of ASIC mining equipment. While Bitdeer is not a subsidiary of Bitmain, the two companies have formed strategic partnerships to leverage each other's expertise and resources in the mining space.

7. TeraWulf Inc.


 	Ticket Symbol: WULF
 	Headquarters: United States
 	Exchange: NASDAQ
 	Hashrate: 8.0 EH/s
 	Market Cap: $700 M

The company was founded in 2021 and is headquartered in Maryland. Using more than 90% zero carbon energy today, their goal is that every kilowatt hour of energy we consume will come from a zero-carbon energy source. With a total operational capacity of 210 MW, the mining fleet is divided between two locations in New York and Pennsylvania (nuclear-powered).

8. Cipher Mining Inc.


 	Ticker Symbol: CIFR
 	Headquarters: Germany
 	Exchange: NASDAQ
 	Hashrate: 7.7 EH/s
 	Market Cap: $1.14 B

The company was incorporated in 2020 and is based in New York. Cipher Mining Inc. was formed as a result of a merger between Bitfury, a leading blockchain technology company, and Good Works Acquisition Corp., a special purpose acquisition company (SPAC), in early 2021. The company focuses on the development and operation of bitcoin mining data centers in the United States. Cipher on track to reach ~9.3 EH/s by end of Third Quarter 2024, with plans to grow to ~25.1 EH/s by end of 2025

9. Bitfarms Ltd.


 	Ticker Symbol: BITF
 	Headquarters: Canada
 	Exchange: TSX Venture Exchange & NASDAQ
 	Hashrate: 7.0 EH/s
 	Market Cap: $880 M

Bitfarms as one of the largest crypto mining companies was founded in 2018 and is headquartered in Canada. The company went public in 2019 and is listed on various stock exchanges, including the NASDAQ.  They own and operate eight farms in Canada with ongoing buildout. In addition, Bitfarms also operates mining facilities in the US, Paraguay and Argentina. Their biggest operation is currently being developed and will be located in Argentina. Bitfarms focuses on surplus hydroelectricity and private locally-sourced natural gas.

10. HIVE Digital Technologies


 	Ticker Symbol: HIVE
 	Headquarters: Canada
 	Exchange: TSX Venture Exchange & NASDAQ
 	Hashrate: 5.0 EH/s
 	Market Cap: $240 M

Hive Blockchain Technologies is a Canadian digital currency mining firm specialized in building and operating cutting-edge data centres. By combining its expertise in data center operations with Bitcoin mining, HIVE is fueling the advancement of Web3, AI and HPC by actively participating in the decentralized digital economy. Next to Bitcoin, they also mine Ethereum Classic (ETC). Hive was launched in 2017 as a partnership between Foire Group and leading cloud mining services provider Genesis Mining. The company runs mining operations in Canada, Iceland, Norway, and Sweden.

Top Bitcoin Mining Companies in U.S. By State
Since the China mining ban in 2021, the amount of Bitcoin mining companies in the U.S. has growth rapidly. The U.S. currently houses the most hashrate in the world. The states in the U.S. with the most Bitcoin mining activity are primarily those with access to cheap electricity and favourable regulatory environments. Let’s have a look at some of the top states.
Top 3 States in Terms of Hashrate
Based on publicly available data, TheMinerMag compiled the map below, identifying the active Bitcoin mining power capacities in North America managed by 20 public mining companies and 2 private operators. Altogether, these companies operate with a combined capacity of 5.42 GW across the U.S. and Canada, with approximately 50% of this capacity located in Texas. Georgia ranks second for the number of the largest Bitcoin mining companies in the U.S., followed by New York. Close runner ups are North Dakota, and Pennsylvania.


Texas
Texas has become a dominant force in the Bitcoin mining industry due to several key factors. The state boasts abundant energy resources, including wind and solar power, as well as a well-established oil and gas sector, making it an attractive location for mining operations. Energy costs in Texas are relatively low, thanks in part to its deregulated energy market, which allows consumers to choose their electricity providers. Additionally, Texas features a robust energy infrastructure with power plants, transmission lines, and substations that can support large-scale mining activities. The state’s business-friendly regulatory environment, with supportive policies for emerging industries like mining, fosters investment and innovation. Moreover, Texas has a skilled workforce in technology and energy-related fields, providing mining companies with the talent needed to operate and maintain advanced mining infrastructure.

Texas is home to several top Bitcoin mining companies that are publicly traded, including Riot Platforms, Galaxy Digital, Bitdeer, Cipher Mining, Core Scientific, Hut 8, Applied Digital, and Iris Energy. Recently, Marathon Digital Holdings joined this group by acquiring a 300 MW site in Granbury. 
Riot Platforms
Although Riot Platforms has Bitcoin mining operations in other US states, it’s still a leader in Bitcoin mining in Texas. The Lone Star State is home to Riot Platforms’s Rockdale Facility, boasting a total power capacity of 700 MW. This facility is believed to be the largest single facility, measured by developed capacity, in North America. Additionally, Riot has initiated the development of a 1 gigawatt (GW) site in Navarro County, Texas. The Rockdale facility features seven data centres, two of which utilize immersion-cooled technology, while the other five are equipped with air-cooled technology. Riot is known for participating in demand response programs provided by the Electric Reliability Council of Texas. In August 2023, Riot set a record by earning $31.7 million in power credits after selling pre-purchased electricity back to the grid.


Riot’s Rockdale Facility with a total power capacity of 700 MW

Marathon Digital Holdings
Marathon Digital Holdings is a significant player in the Bitcoin mining industry with a major presence in Texas. They recently acquired a 300 MW site in Granbury, enhancing their operational capacity and solidifying their footprint in the state. Marathon’s expansion strategy in Texas includes leveraging the state’s abundant and affordable energy resources, as well as its favourable regulatory environment. The company is committed to increasing its use of renewable energy, reflecting broader industry trends toward more sustainable practices. 
Core Scientific
Although not the biggest in Texas, Core Scientific is one of the biggest Bitcoin mining companies in the US by hashrate. Core plans to solidify its leading position by reaching a hashrate of 40 EH/s-42 EH/s by the end of 2024. Core Scientific operates specialized, purpose-built facilities dedicated to digital asset mining and offer top-tier digital infrastructure, software solutions, and services to third-party clients. They have an extensive fleet of miners, used for self-mining Bitcoin, while also providing hosting services for large-scale Bitcoin mining and high-performance computing clients at eight data centers across Georgia (2), Kentucky (1), North Carolina (1), North Dakota (1), Oklahoma (1) and Texas (3). The majority of the revenue comes from self-mining Bitcoin.

Core Scientific’s Nine Facilities over 6 states. 

Georgia
Bitcoin mining in Georgia, U.S., has gained traction due to its favourable conditions for large-scale operations. The state hosts prominent companies like Core Scientific and CleanSpark, which operates multiple data centres there, alongside other notable players such as Bitdeer and Marathon Digital Holdings. Georgia’s appeal lies in its relatively low electricity costs and the availability of surplus power, as the state benefits from a diverse energy mix that includes natural gas, nuclear, and renewable sources like hydro and solar. The regulatory environment in Georgia is supportive of cryptocurrency mining, with policies that encourage investment and infrastructure development.
CleanSpark
CleanSpark is a Bitcoin mining company known for its emphasis on sustainable and cost-effective operations. The company operates over 21 EH/s spread across key locations in the U.S., including significant facilities in states like Georgia and Texas. Eight out of eighteen facilities are located in Georgia and CleanSpark’s first ever Bitcoin mining facility is in College Park, Georgia. 
Bitdeer
Bitdeer is a leading Bitcoin mining company that provides cloud mining services and operates large-scale mining facilities. As a spin-off from Bitmain, Bitdeer has expanded its operations to various locations, including significant facilities in Georgia, where it capitalizes on the state's favorable energy costs and supportive regulatory environment. The company's Georgia operations are part of its broader strategy to leverage low electricity prices and robust infrastructure to enhance mining efficiency. Bitdeer offers a platform for users to rent mining hardware, making it easier for individuals and institutions to participate in Bitcoin mining. Their focus on advanced technology and scalable solutions helps optimize performance and profitability across their global operations.
EZ Blockchain
EZ Blockchain™ was founded in 2017 with a mission to deliver cutting-edge technology to cryptocurrency miners. The company began by offering data centre hosting solutions tailored for high-density computing, specifically for crypto mining. Today EZ Blockchain has grown to a company offering a variety of product. Next to hosting services the company provides containers (mobile data centres), smart grid-, immersion cooling- and grid balancing solutions. EZ Blockchain built and operates fully owned facilities and sites for clients. Three out of the six fully owned sites are located in Georgia representing a total of 32 MW. In South Carolina EZ Blockchain owns two sites, totalling 14MW and in Kansas a 12MW facility.

                        
                            
                                
                                    Bitcoin mining
                                    Fully owned US-based mining facilities
                                
                                
                                    
                                        hosting
                                        services
                                    
                                    Host your asic miners with us
                                
                                Fully owned US-based mining facilities
                            
                            
                                
                                    
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                                        $0.069 KWH all-in
                                    
                                    
                                        
                                            Learn more
                                            
                                    
                                
                                
                                    
                                        
                                    
                                    
                                
                            
                        
                    

New York State 
Despite some regulatory challenges, New York has been a popular state for Bitcoin mining, particularly in upstate areas where electricity is cheap due to hydroelectric power generated by the Niagara River. In New York State, several notable Bitcoin mining companies have established operations. These include CleanSpark, Bitdeer, Greenidge Generation, Coinmint and Bit Digital Mining.
Coinmint
Coinmint was founded in 2016 as a private Bitcoin mining firm, exclusively for high net worth private clients. Coinmint operates one of the largest digital currency data centers in the world, in a former Alcoa Aluminum smelter in Massena, NY. With 435MW of transformer capacity at its Massena complex and additional capacity at another facility in Plattsburgh, they provide co-location services to third party miners and also conducts self-mining operations.

Bit Digital Mining
Based in New York, Bit Digital has institutional-quality bitcoin mining operations are diversified across the United States, Canada and Iceland. In the US, the company has its Bitcoin mining operations in New York, Kentucky and Texas. Bit Digital is infrastructure-light, capital investment focused primarily on ASIC miners, not physical infrastructure (data centres and power generation)​. The company plans to grow its operating fleet of miners to reach 6.0 EH/s in 2024.

### Is GPU Mining Still Profitable?

At $0.075/kWh the Popular Bitmain S19j Pro is mining at a significant loss (source: Lincoin Lens)

To assess whether mining is a viable option for you, it's crucial to evaluate profitability. Profitability is influenced by both revenue and costs. In mining, revenue is affected by several key factors: the price of the coin, the network's hashrate, block rewards (which include both the block subsidy and transaction fees), and the efficiency of your mining equipment.

Costs can be divided into two categories. The first is the initial investment, or capital expenditure (CapEx). If you are using hosting services, this typically includes the cost of the ASIC miner along with any additional expenses like shipping and setup fees. The second category is operational expenses (OpEx), which encompass ongoing costs such as electricity, maintenance, repairs, and security. For those utilizing hosting services, these operational costs are often bundled into a single hosting service fee.

In essence, profitability is determined by subtracting costs from revenue. However, in the world of crypto mining, this calculation is not straightforward due to factors beyond miners’ control, such as the price of coins and block rewards. Let’s delve into the calculations and answer the question: “Is crypto mining still profitable?”


Calculating Profitability in Crypto Mining
Finding the most profitable crypto to mine and, in general, profitability in crypto mining involves comparing your revenue with your expenses. Here’s how to calculate the revenue and expenses:
Calculate Revenue
Determine how much crypto you expect to mine over a given period. This depends on your the algorithm you mine, mining hardware’s hashrate, the network’s total hashrate, and in the case of Bitcoin the network difficulty. Estimate the revenue by multiplying the amount of Bitcoin mined by the current or projected Bitcoin price.

The hash rate measures the processing power of your mining equipment, expressed in hashes per second (H/s). Depending on your equipment, it can range from kilo hashes per second (KH/s) to exa hashes per second (EH/s).

Originally, GPUs were introduced to tackle the growing complexity of crypto mining. The first instance of Bitcoin mining with a GPU occurred in October 2010, leveraging the parallel processing capabilities of GPUs to solve cryptographic puzzles faster and more efficiently. The main advantage of GPUs lies in their ability to handle multiple operations simultaneously, and miners can even use multi-GPU rigs to increase performance. Modern GPUs can deliver up to 2,000 times the hashing power of a 20-kilohash CPU miner. However, as mining competition in Bitcoin has grown, GPU miners are not able to compete with ASIC Bitcoin miners. ASIC stands for Application-Specific Integrated Circuit, meaning that the device is built with a single purpose: to solve Bitcoin's Proof of Work (PoW) algorithm, known as SHA-256, as efficiently as possible. An ASIC miner is a specialized piece of hardware designed specifically for mining Bitcoin.

A simplified way to calculate revenue for Bitcoin is to use an indicator called hashprice. Hashprice shows how much a miner can expect to earn in USD ($) per Petahash (PH/s) of computing power per day. This is a function of network difficulty, block subsidy, transaction fees, and Bitcoin price. Hashprice is measured in $/PH/Day.


Calculate Expenses
The operational expenditure will depend on the type of mining business you run – actually, this will give you valuable insights related to the question: “Is mining Bitcoin still profitable?” If your mining hardware is running at a hosting facility, the OpEx can be as straightforward as the hosting fee and repair costs.

When you operate your own data center infrastructure, the expenses consist of different types:

 	Operating Expenses (OpEx): Day-to-day costs of running a business (e.g., rent, energy bills, salaries, office supplies).
 	Non-operating Expenses: Costs not related to core business operations (e.g., interest expenses, losses on asset sales).
 	Depreciation and Amortization: Allocation of the cost of tangible and intangible assets over their useful lives.

Power consumption, the electricity each mining rig uses, has the biggest impact on operational expenses. If a rate is not fixed, GPU mining profitability can vary due to fluctuating energy prices. Measured in watts (W), power consumption is a key factor in determining the efficiency of a mining setup. While the power usage for a single miner might seem negligible, it quickly adds up with tens or hundreds of units running simultaneously. More miners lead to higher hashing power and a better chance of mining more Bitcoin. However, this poses a challenge for GPUs. Although GPUs generally have lower power requirements than ASICs, achieving competitive computing power requires deploying many units, which can result in even higher energy consumption overall.

Electricity costs are a critical factor for miners, as mining is energy-intensive and power bills often represent the largest expense. The cost per kilowatt-hour (kWh) directly impacts profitability, which is why many Bitcoin mining colocation services use power rates as their primary pricing model. Although GPU miners typically consume less power than ASIC miners, the need to run more GPUs—and the associated cooling systems—drives up energy costs, reducing the overall efficiency and profitability of GPU-based setups.


Payback Period or ROI in Days
To calculate the Return on Investment (ROI) in days, you need to determine the time it takes for your investment to generate a return equivalent to the initial investment. This is often referred to as the "payback period." Here’s how you can calculate it:

 	Determine Initial Investment (CapEx): This is the total amount spent upfront to start the mining operation (e.g., cost of mining hardware, setup fees).
 	Calculate Daily Net Profit: Daily Revenue – Daily Expenses.
 	Calculate Payback Period (ROI in Days): ROI in Days = Initial Investment / Daily Net Profit.


                        
                            
                                
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Is GPU Mining Still Profitable?
Most crypto investors now prefer highly efficient ASIC miners, which raises an important question: Are GPUs becoming obsolete in crypto mining? Is GPU mining still profitable?

In GPU mining, miners use specialized computer hardware known as graphics cards or graphics processing units (GPUs). These devices enable them to verify transactions on blockchain networks like Bitcoin’s, earning rewards when they successfully solve complex mathematical computations.

By utilizing multiple GPUs, miners can significantly increase the computing power of their setup, improving their chances of being the first to verify a block. However, this approach also comes with downsides: it consumes large amounts of electricity and generates considerable heat, requiring substantial investment in specialized cooling infrastructure.

Unlike ASICs, which are purpose-built for mining specific cryptocurrencies like Bitcoin, GPUs are more versatile and can mine a variety of coins. This flexibility has traditionally appealed to miners who want to diversify across different cryptocurrencies, especially during the early days of altcoins. However, several factors have impacted the profitability of GPU mining over time, including rising competition and technological advancements. Additionally, cloud mining has emerged as a budget-friendly alternative, allowing miners to purchase hashing power from established mining farms without the need to own and maintain physical equipment. So, let’s delve into the question: “Is mining crypto still profitable?” a little bit deeper.


GPU Miners Only Option is Alt Coins
Now let's try to answer the question: "Is crypto mining profitable?" in the context of the GPU. One of the aspects that made GPU miners attractive to miners is their ability to adjust and mine more than one crypto coin. Since the introduction of the ASIC miners, GPUs cannot mine bitcoin competitively anymore. As a result, investors shift to other coins they can still mine profitable. Joining mining pools can help GPU miners maximize their earnings when mining altcoins by sharing rewards and reducing risks.

However, Bitcoin remains the most valuable cryptocurrency, so most investors will always choose Bitcoin over altcoins. It has the highest market capitalization and a relatively high trading volume compared to most altcoins and is still the best crypto coin to mine when you have the right setup. 
Determine Goal
Before clarifying the answer to the question: “Is Bitcoin mining still profitable?”, it is crucial to determining your goal when investing in Bitcoin mining. It helps you tailor your strategy, manage risks, allocate resources effectively, and measure your success. Different goals lead to different approaches, time horizons, and expectations, influencing decisions on hardware, energy costs, and operational scale. Here are some potential goals:

 	Fiat profit maximization.
 	Acquire coins below market price.
 	Diversification of an investment portfolio.
 	Contribute to the security and decentralization of the Prrof of Work coins.
 	Learn about  mining and blockchain technology through hands-on experience.



Different goals require different levels of investment in hardware, software, and infrastructure. Clear goals help in assessing and managing risks, such as market volatility, regulatory changes, and operational challenges. Your objective  influences operational decisions, such as whether to reinvest profits into new equipment or hold mined coins. It also affects your approach to cost management, including electricity costs and maintenance.

To summarize all the above related to the answer to the question: "Is mining still profitable?", it is important to understand that while mining rewards are paid-out in crypto, it’s a world apart from simply buying coins. Buying crypto offers straightforward exposure to price movements with minimal operational fuss, while mining requires investment in infrastructure to earn rewards through transaction validation, demanding more in terms of operations and maintenance. Both paths boast profit potential and risks, but the choice depends on individual investment objectives, risk appetite, and resources. EZ Blockchain explored the nuances between these investment opportunities in detail, click here to learn more.

### How to Track Crypto Miner Performance and Boost Mining Efficiency

In the rapidly evolving world of Bitcoin mining, data-driven insights are indispensable for optimizing performance and maximizing profitability. Every aspect of mining operations relies on data — from miner monitoring and tracking hashrate to analyzing power consumption and market trends. Effective equipment handling and crypto mining management depend on these insights, enabling miners to make informed decisions and swiftly adapt to changes.
Data-Driven Nature of Bitcoin Mining 
Performance Optimization
One of the core components of Bitcoin mining is the continuous tracking of the hashrate, which reflects the computational power of the mining hardware. By using a mining tracker to monitor this metric, miners can ensure optimal performance and avoid inefficiencies. Monitoring temperature and energy use helps maintain stable conditions, while minimizing downtime through scheduled maintenance maximizes overall crypto mining efficiency.
Profitability Analysis
Profitability analysis is vital in making sound financial decisions. By consistently using miner tracking tools to observe earnings trends — daily, weekly, and monthly — miners gain insights into net profits. Market trends like BTC price fluctuations, mining difficulty, and block rewards further inform strategies for scaling operations or upgrading equipment.


Operational Efficiency
Operational efficiency is enhanced through effective equipment management, enabled by tracking the health and status of mining hardware. This proactive approach ensures timely maintenance and replacement or repair, thereby reducing downtime and improving overall efficiency. Environmental monitoring, which includes keeping an eye on temperature and, also plays a significant role in maintaining the longevity and performance of mining equipment.


The Importance of Insights
Data-driven insights are indispensable for informed decision-making in Bitcoin mining. Strategic planning benefits greatly from these insights, as they enable miners to make well-informed decisions about expanding or upgrading operations. Risk management is another critical area where data analysis proves invaluable, helping to identify potential risks and mitigate them proactively. Additionally, insights into profitability and market trends inform investment decisions, guiding miners in choosing the right hardware investments.

Possessing a competitive advantage is crucial in the ever-evolving Bitcoin mining landscape. Leveraging data analytics allows miners to stay ahead by identifying opportunities for improvement and adapting quickly to market trends. Insights derived from data also support transparent reporting based on data builds trust and credibility among stakeholders.


Tools and Technologies
To support data-focused mining, miners rely on advanced dashboards and monitoring software. While most use third-party tools, premium hosting services now provide integrated platforms with real-time analytics. These dashboards often feature miner tracking, profitability visualization, and performance summaries — all essential for modern crypto mining management.

Challenges For Hosting Clients When Lacking Insights
Managing multiple miners without quickly becomes chaotic and time-consuming, as customers are forced to rely on manual intervention and disparate tools to track and optimize performance. EZ Blockchain understands that hosting clients do not have the luxury of spending hours a day on their mining venture. That is why we created a user-friendly dashboard. 

Limited access to support could cause extended downtime, by offering 24/7 support clients are not bound to being assisted during office hours enabling them to get issues solved whenever these are detected.



A lack of real-time data on hashrate, power consumption, and profitability can cause performance issues leading to a lost in revenue. The absence of performance visualization makes it difficult to monitor overall rig status, leading to delays in addressing issues and income fluctuation. Detect performance issues with in-app visualization tools and metrics and fix them for the benefit of your revenue.

Mining involves a high operational expenses and without proper insights hosting clients can loose the control over their costs. The EZ Blockchain app provides quick access to your energy bills and plan the further activities of your mining rigs without breaking your budget. This will prevent delays in decision-making allowing clients to grasp opportunities to enhance efficiency. 

The inability to instantly calculate profits hinders the development of effective strategies for sustained profitability. Through the EZ blockchain app, clients can calculate their income for a certain period and build a sustainable strategy to maximize your profitability.


360˚ Visibility of Your Mining Processes
To get the most out of your mining operations, EZ Blockchain developed a user-friendly dashboard and 24/7 support. Track your miners and improve their efficiency with the our advanced mining management solution. Use the power of real-time analytics on performance, power consumption, and profits, regardless of the number and location of your mining devices.

Our platform offers a comprehensive solution to streamline and optimize your mining operations. With the real-time performance dashboard, you can visualize the aggregate performance of your mining rigs and track their fluctuations over time. The KPI and power monitoring features allow you to check the key performance indicators of your mining devices and monitor their power consumption, helping you balance the load effectively.


                        
                            
                                
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In addition, the in-app payment system simplifies managing your expenses by letting you pay your electricity bills directly through the app, giving you a clear view of your mining costs. For more granular insights, individual ASIC performance monitoring provides real-time analysis of each ASIC miner, ensuring top performance across all devices.

You also benefit from 24/7 contact with your personal manager, who is available to resolve any issues and answer your questions promptly. The dashboard also provides a seamless browsing experience for exploring new mining rigs and allows you to place orders directly within the app. Finally, our instant profit calculation tool enables you to assess your income over specific periods and develop a sustainable strategy to maximize your profitability.

Why You Need to Try Our App
You can overcome typical challenges in mining when hosting with EZ Blockchain. Our app provides powerful in-app visualization tools and metrics to help you detect and address performance issues, ultimately benefiting your revenue. With quick access to your energy bills, you can efficiently plan the operations of your mining rigs without straining your budget. The app also allows you to track the performance of individual ASIC miners, helping you identify and resolve bottlenecks promptly to optimize revenue. By leveraging real-time data and analytics generated by EZ Blockchain, you can develop long-term strategies to enhance the operation of your mining rigs and maximize profitability. EZ Blockchain turns complex mining into a streamlined, data-powered operation — giving you full control over your crypto investments through smart crypto mining management tools.

### Beginners Guide for Bitcoin Mining

Do It Yourself or Use a Hosting Service Company 
When starting your own mining endeavor, the first thing to consider is whether you want to operate your own mining fleet or use the services of a hosting company. Running your own crypto mining equipment requires you to be a jack-of-all-trades, as you will deal with electricity, plumbing, HVAC, noise management, maintenance, repairs, and more. This is why many people opt for hosting services. Additionally, many miners choose to work with hosting companies to access lower electricity rates, benefit from economies of scale, and mitigate risks such as theft, vandalism, and equipment failure. 

The Importance of a Reliable Hosting Company 
Hosting services are arrangements where individuals or companies can place their mining hardware in a facility operated by a third-party service provider. The mining hardware remains owned by the client but is physically housed and maintained by the hosting provider in their data center or facility. The hosting provider manages the physical infrastructure, including cooling, electricity, security, and internet connectivity. 

Clients typically pay a fee to the hosting provider for these services, which may be structured as a flat rate or based on factors such as power consumption.



A good mining hosting company should prioritize reliability, security, efficiency, transparency, and customer support to meet the diverse needs of its clients and help them achieve their mining goals. It's crucial to choose a reputable hosting company with a strong track record. Reviews, testimonials, and interactions on social media can be valuable resources to evaluate the credibility and performance of a hosting provider. 

Learn how to choose the best Bitcoin mining hosting services here. 


                        
                            
                                
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Elevate Your Bitcoin Mining Knowledge 
Whether you're considering operating your own machines or using the services of a hosting company, it's crucial to understand that mining is a business. To run a successful mining venture, you need a comprehensive understanding of its complexities. 

For those looking to deepen their knowledge of crypto mining and grasp the key elements of starting a mining operation, we recommend "Mastering Bitcoin Mining," a comprehensive guide by Digital Mining Solutions. This must-read 50-page handbook covers essential topics to help you succeed in the mining business: 

 	How Bitcoin Mining Works: Explanation of the mining process, block rewards, and halvings.
 	ASIC Bitcoin Miners: History, specifications, cooling, and manufacturers.
 	Mining Pools: Functioning, payout methods, thresholds, fees, and types of pools.
 	Firmware: Optimization software, factory vs. custom firmware, overclocking, underclocking, autotuning, providers, and development fees.
 	Monitoring and Management Software: Optimizing mining operations through software, features, automated response, providers, and pricing.
 	Bitcoin Mining Infrastructure: Data center components, redundancy importance, regular and preventive maintenance.
 	Containerized Solutions: Reasons for using containers, designs, and considerations for purchase.
 	Cooling Systems: Air, immersion, and hydro-cooling system designs, setups, pros, and cons.
 	Starting a Bitcoin Mining Endeavor: Differences between investing in Bitcoin and Bitcoin mining, various mining strategies. 

We appreciate your steadfast support for EZ Blockchain. Your loyalty drives us to provide unparalleled service as we navigate the dynamic world of Bitcoin mining together. To show our gratitude, we're pleased to offer you an exclusive 21% discount on "Mastering Bitcoin Mining". Claim your discount by clicking the banner below. 


*The offer for “Mastering bitcoin mining” is an offer provided by Digital Marketing Solutions. Please contact Digital Mining Solutions if you have any questions about their offer.

Importance of Calculating Mining Profitability 
To determine if mining is a viable option for you, whether you operate independently or place your machines with a hosting provider, it's essential to analyze profitability. Profitability hinges on evaluating both revenue and costs. 

Revenue  

In Bitcoin mining, revenue is influenced by several factors: Bitcoin price, network hashrate and its impact on network difficulty, block rewards (including block subsidy and transaction fees), and the efficiency of your mining fleet. 

Revenue is often calculated using an indicator called hashprice. Hashprice represents how much a miner can expect to earn in USD ($) per Terahash (TH/s) of computing power per day. It is determined by network difficulty, block subsidy, transaction fees, and Bitcoin price, and is measured in dollars per petahash per day ($/TH/Day). 

As of the time of writing this article, the hashprice stands at $0.06/TH/Day. Therefore, a Bitmain Antminer S21 with a hashrate of 200 TH/s would generate revenue of $12 per day (200 TH x $0.06/TH/Day). 

Costs 

The costs associated with Bitcoin mining can be categorized into two main types. The first is the initial investment, known as capital expenditure (CapEx). For those using hosting services, this typically includes the price of the ASIC miner, along with potential expenses such as shipping and setup fees. 

The second type of costs are operational costs (OpEx), which encompass various elements such as electricity, maintenance, repairs, and security. When utilizing a hosting service, these expenses are often covered by the hosting service fee. 

The total operational costs, or hashcost, or all-in hosting fee in the case of co-location. At EZ Blockchain, the hosting fee starts at $0.065 per kilowatt-hour (kWh). The Antminer S21 with a hashrate of 200 TH/s operates at 3500 watts or 3.5 kW. This means the daily operational cost to run an S21 is calculated as follows: (3.5 kW x 24 hours) x $0.065 = $5.46 per day. 

Profit 

Profits in Bitcoin mining are determined by subtracting costs from revenue. For instance, for the Antminer S21, this equates to $12 - $5.46 = $6.54 profit per day assuming 100% uptime. 

To forecast long-term profitability, considering the fluctuating factors affecting revenue (such as Bitcoin price, difficulty adjustments, block rewards, and uptime), it's advisable to use advanced calculators available online. These tools provide a more accurate projection of potential earnings over time. 

### Highlights from BTC 2024 Conference

EZ Blockchain Showcased New Mining Management App
The highlight of our participation was the announcement of our new mining app, set to launch this September. This app is designed to revolutionize mining operations management, offering features such as real-time miner performance monitoring, advanced analytics, billing, and automated optimization tools. With its intuitive interface and robust functionality, the app aims to enhance both the productivity and profitability of mining operations.
<iframe width="560" height="315" src="https://www.youtube.com/embed/EXEh4xhdies" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture" allowfullscreen></iframe>

How was the conference?
The Bitcoin Conference 2024 in Nashville featured prominent speakers such as Robert F. Kennedy Jr., Russell Brand, Vivek Ramaswamy, and Donald Trump. Held at the Music City Center, the event included educational panels, networking opportunities, and entertainment, solidifying its status as a premier event in the cryptocurrency space.



Key discussions covered Bitcoin mining trends, its role in global finance, and investment strategies. Michael Saylor and Donald Trump emphasized Bitcoin's potential to surpass gold. For more insights, read our article Bitcoin Mining vs Gold: Comparing the digital coin to the yellow metal. The 'How Green is Bitcoin Mining?' session, which was particularly important to us, confirmed the validity of our efforts in this area, specifically our commitment to sustainable practices using renewable energy. Learn more about this topic in our piece Why Green Power Sources Matter for Bitcoin miners.


                        
                            
                                
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EZ Blockchain's Engagement and Free Miners
Our booth at BTC 2024 was a hub of activity, offering a fantastic opportunity to reconnect with old friends, partners, and clients, as well as to meet new ones. We were thrilled to present our new retail mining service, BYOM (Bring Your Own Miner), which allows clients to use their own mining hardware within our state-of-the-art facilities for optimal performance and cost-effectiveness.

Additionally, we held a raffle where two lucky winners walked away with S21 TH miners!


EZ Blockchain's Secret Rooftop Party
We arranged a secret party for friends, partners, and clients. Held at our rooftop location, the event was a perfect blend of fun, networking, and celebration of the mining and hosting industry. We had a special treat for the evening — a traditional country artist performed. We enjoyed great music, delicious food, and fantastic company.


Don't miss out on our next secret event — follow us on X to stay updated!
BTC 2024: Conclusion and Inspiring Future
We are pleased with the success of BTC 2024 and the impactful events held in Nashville. Thank you to our dedicated EZ Blockchain team and all contributors who made this conference valuable. We are committed to advancing blockchain innovation and are optimistic about future developments.

### Cloud Mining vs. Hosting: Which Strategy Will Maximize Your Crypto Mining Gains?

In our previous article, we explored the key distinctions between investing in BTC and Bitcoin Mining. When it comes to investing in Bitcoin mining, there are various avenues to consider, each differing in activity level and capital intensity. 
Investing in Bitcoin mining can be broadly categorized into three types: operating a self-mining fleet, utilizing hosting services, and cloud mining. Investors have the option to purchase mining hardware and manage their own mining rigs. However, this requires significant upfront investment in hardware and infrastructure, along with ongoing operational costs for electricity and maintenance. This hands-on approach isn't suitable for everyone due to its capital and time requirements. Alternatively, investors can explore more passive methods of investing in mining, such as utilizing hosting services or investing in cloud mining services. In this article, we'll delve into these two options and compare their effectiveness as vehicles for gaining exposure to Bitcoin mining. 

Bitcoin Mining Hosting Services 
Some companies offer hosting services for mining equipment, allowing investors to purchase mining hardware and have it operated and maintained by a service provider (the host). This arrangement enables investors to leverage economies of scale and professional management while retaining ownership of the mining hardware. In contrast to operating a mining fleet, this approach is hands-off. However, hosting your mining equipment still necessitates some level of active involvement. Typically, the investor must set up a pool, monitor uptime and performance, make decisions regarding repairs, and pay monthly hosting fees. 

If you start mining using a hosting service, there are several steps you need to take. 

 	Research Hosting Providers: Find and choose a reputable hosting provider. [See more]
 	Evaluate Hosting Service SLAs: Review the Service Level Agreements (SLAs) of hosting providers.
 	Purchase Mining Equipment: Buy mining equipment either through the host or a third party.
 	Set Up a Bitcoin Wallet: Create a bitcoin wallet to store your mined coins.
 	Create a Pool Account: Set up an account with a mining pool and link it to your wallet.
 	Provide Pool Details to Host: Share your pool details with the hosting provider.
 	Monitor Uptime: Track the uptime of your machines in the pool or through management software.
 	Manage Energy Costs: Ensure the energy bill you pay aligns with the power usage of your machines.
 	Track Profit and Loss: Keep detailed records of your profit and loss to ensure your mining fleet remains profitable. 



Key Features of Bitcoin Mining Hosting Services: 

 	Ownership: Investors retain ownership of the mining hardware and have control over its configuration and operation. 


 	Maintenance and Support: The hosting provider assumes responsibility for operational aspects, such as electricity, cooling, and basic maintenance. 
 	Cost Structure: This encompasses the initial cost of purchasing hardware and ongoing fees for hosting services (e.g., electricity, repairs). 
 	Risk: The level of risk is contingent upon the reliability of the hosting provider but typically affords investors more control compared to cloud mining. 


                        
                            
                                
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Cloud Mining 
Cloud mining services enable investors to purchase mining contracts, typically spanning fixed durations (ranging from 30 to 360 days), from companies operating large-scale mining facilities. Investors pay upfront fees for hashing power and, in return, receive a portion of the mining rewards generated by the contracted hashing power. These platforms manage all facets of the mining process, including deploying miners, connecting to mining pools, and maintaining operations, ensuring a continuous and stable cryptocurrency output for users. Users can easily commence mining by paying for hash power and service fees online.  

This approach offers a flexible and convenient means of mining, significantly reducing the investment and maintenance costs associated with hardware ownership. While cloud mining contracts provide an accessible route to gain exposure to Bitcoin mining without the need for hardware setup or technical expertise, investors should meticulously assess the legitimacy and profitability of such services. Well-known cryptocurrency exchanges, including Binance, KuCoin, and OKX, offer cloud mining services. Additionally, reputable cloud mining service providers such as NiceHash, BitFuFu, and BeMine are available in the market. 



Key Features of Cloud Mining: 

 	Ease of Use: Cloud mining requires minimal setup and expertise from the investor, offering a straightforward onboarding process. 
 	No Hardware Ownership: With cloud mining, the provider maintains and operates the mining hardware, relieving investors of the burden of hardware ownership and maintenance. 
 	Cost Structure: Typically, cloud mining involves purchasing mining contracts, which may encompass upfront costs and ongoing maintenance fees. 
 	Risk: Cloud mining entails trust issues with the provider, potential scams, and frauds, highlighting the importance of thorough due diligence. Additionally, investors have limited control over the mining operations, necessitating careful consideration of risk factors. 

Mining Hosting Services and Cloud Mining Compared 
Cloud mining vs hardware mining and hosting services offer distinct approaches to cryptocurrency mining, each with its own set of advantages and disadvantages. Here’s an overview of the pros and cons of each approach.

Pros & Cons of Cloud mining 

Cloud mining is highly user-friendly, requiring minimal setup and maintenance, as users lease hash power and do not own the hardware. This results in a lower initial investment since users only purchase mining contracts. However, cloud mining provides less control over operations, entails ongoing maintenance and service fees, and often yields lower profit margins due to these fees. Additionally, the industry has a history of potential scams, making the trustworthiness of providers crucial. It is crucial to find a platform that pays consistently and is transparent with its hash rates. 

Pros & Cons of Mining Hosting Services 

On the other hand, hosting services involve a higher initial investment, as users must purchase and own the mining hardware. This approach requires more technical knowledge to make the right purchase and for pool configuration. Hosting offers greater control over the mining process and potentially higher profitability. Users pay ongoing hosting fees for electricity and repairs, but they benefit directly from the hardware's performance. Despite these ongoing costs, hosting services present a more transparent understanding of operational costs and profitability. However, they still rely on the hosting provider's reliability and quality of service. 

Both methods eliminate the need to manage hardware at home or a facility, with cloud mining offering a more hands-off approach and hosting services providing more control and higher potential returns for those willing to invest more upfront. 



Aspect
Hosting Services
Cloud Mining


Hardware Ownership
Full ownership of mining hardware
No ownership; hardware is leased


Control
More control over hardware
Limited to selecting contract terms


Setup and Maintenance
Shared: hosts handles facility maintainance and repair, investor handles ASIC hardware-specific issues
Managed entirely by the provider


Profitability
Potentially higher due to direct hardware ownership
Generally lower due to ongoing fees


Initial Investment
Higher, purchasing hardware plus hosting fees
Lower, only purchasing contract


Risk
Lower, but still dependent on hosting provider reliability
Higher risk of scams and provider issues


Technical Knowledge
Moderate, knowledge of hardware needed for initial setup and monitoring
Minimal required



 
In Conclusion 
Cloud mining is probably best for investors seeking a hands-off approach with minimal technical involvement. It offers convenience but at the cost of potentially lower profitability and higher risk due to dependence on the provider. 

Investors willing to invest more upfront and who seek greater control over their mining operations can use hosting services. It offers potentially higher profitability and more control but requires some technical knowledge and carries risks related to the reliability of the hosting provider. 

Ultimately, the choice between cloud mining and hosting services depends on an investor’s risk tolerance, technical expertise, and desired level of involvement in the mining process. Investing in one does not exclude the other. Some investors may choose to diversify their cryptocurrency mining strategies by utilizing both cloud mining and hosting services. 

### Why Green Power Sources Matter for Bitcoin miners

Bitcoin mining is an energy-intensive industry, with over 80% of operational costs consisting of electricity bills. Choosing the right energy source that matches your situation is crucial. The usage of Bitcoin green energy mining and wasted energy has increased significantly over the last few years, leading to a shift away from the narrative that Bitcoin mining is bad for the environment. 
In addition to using more sustainable power, the characteristics of Bitcoin mining can actually solve many problems faced by the energy sector. Miners can act as the consumer of last resort for stranded and wasted energy, balance the grid, and enable power generators to operate at higher capacities. These solutions are particularly relevant for renewable energy producers and grid operators. 
Let’s delve into the power usage of Bitcoin mining, discover how crypto mining renewable energy operations can have a positive impact, and zoom into why Bitcoin miners should consider choosing sustainable energy.

What is the Bitcoin Network Total Power Usage? 
According to the live tracker of the Bitcoin network's power demand by the Cambridge Bitcoin Electricity Consumption Index (CBECI), the Bitcoin network consumed an estimated 20.45 GW in March 2024. The model by CoinMetrics showed a total of 19.6 GW at the end of January 2024. Over the course of two years the estimated electricity power used by the Bitcoin network doubled. 


Source: 

What Does the Power Source Matrix of Bitcoin Miners Look Like? 
In March 2023, Daniel Batten published a power source matrix on Batcoinz.com. The chart shows that 52.4% of miners use some form of Bitcoin mining green energy. Hydro is currently the energy source used by most miners (23.12%), followed by coal (22.92%) and gas (21.14%). Wind is in fourth place and the second biggest renewable energy source.


Source:

What Are Green Energy Sources in Bitcoin mining? 
Green energy sources, often used interchangeably with renewable energy Bitcoin mining sources, are those that are naturally replenished and have minimal impact on the environment. Some common examples include: 

 	Solar energy: Generated from sunlight using photovoltaic cells or solar panels. 
 	Wind energy: Produced by harnessing the kinetic energy of wind using wind turbines. 
 	Hydropower: Generated from the energy of moving water, typically by damming rivers or utilizing tidal movements. 
 	Biomass energy: Derived from organic materials such as plants, agricultural and forestry residues, and organic waste. 
 	Geothermal energy: Harvested from heat stored beneath the Earth's surface, often through the use of geothermal power plants. 

The classification of nuclear power as a form of renewable energy is an ongoing subject of debate. While nuclear power plants do not emit greenhouse gases during operation, the fuel used in nuclear reactors (such as uranium) is finite and not naturally replenished on human timescales.  
At EZ Blockchain we take pride in working with green energy sources, including wind, solar, hydro, nuclear and utilize wasted gas. Over 65% of our electricity is emission free.

                        
                            
                                
                                    Bitcoin mining
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Sustainable Energy Usage by Bitcoin Miners 
In early 2024, data was released showing that 55% of Bitcoin mining is using sustainable energy. Bitcoin mining employs more sustainable energy than various other sub-sectors, such as the banking sector, gold industry, iron & steel industry, and agriculture. The industry has also achieved the highest increase in sustainable energy mix (+38%) during the period from July 2019 to June 2023, compared to other global industries


Source:

Why Bitcoin Miners Should Consider Choosing Renewable Energy? 
There are several motives why Bitcoin mining renewable energy should be used, so here are 5 important reasons: 

 	Environmental Impact: Bitcoin mining has drawn criticism for its significant energy consumption. Utilizing renewable energy sources such as solar, wind, or hydroelectric power can significantly reduce the carbon footprint and environmental impact of mining operations. This aligns with broader efforts to combat climate change and promote sustainability. 


 	Long-Term Viability: Fossil fuels are finite resources, and their prices are subject to fluctuations influenced by geopolitical factors and market dynamics. In contrast, renewable energy sources are abundant and offer more stable long-term pricing. By investing in renewable energy infrastructure, miners can secure a more predictable and sustainable energy supply, reducing their vulnerability to energy price volatility. 


 	Cost Efficiency: Bitcoin mining with renewable energy sources often has lower ongoing operational costs compared to fossil fuels, particularly as technology advances and economies of scale are achieved. Renewable energy is especially more cost-effective in regions with favorable renewable energy resources.


 	Regulatory Compliance and Social Responsibility: Governments and regulatory bodies are increasingly imposing stricter regulations on carbon emissions and incentivizing the adoption of renewable energy. By choosing renewable energy sources, Bitcoin miners can demonstrate their commitment to environmental sustainability and social responsibility, which may help in navigating regulatory frameworks and gaining community acceptance. 


 	Public Perception and Reputation: The environmental impact of Bitcoin mining has become a topic of public concern and scrutiny. Miners who operate using Bitcoin green energy mining sources can improve their public image and reputation by showcasing their commitment to sustainability. This can be particularly important for attracting investors, customers, and partners who prioritize ethical and environmentally conscious business practices. 

As the world transitions towards a more sustainable energy future, integrating renewable energy into Bitcoin mining operations can position miners for long-term success while minimizing their ecological footprint. 
The Positive Environmental Impact of Bitcoin Mining 
For many years, the majority of media outlets portrayed Bitcoin mining as an evil industry because of its high energy consumption. However, the fact that mining cryptocurrency using green energy is power-intensive is actually characteristics that allow it to have a positive impact that goes beyond just using sustainable power.
Incentive for Renewable Energy Projects 
Wind and solar are intermittent sources of energy, as their supply depends on weather conditions. This randomness of generation causes unreliable frequency and voltage production. Additionally, demand for electricity fluctuates and does not always match supply. Bitcoin miners can address this issue by purchasing energy from wind and solar farms when energy is produced at times when there is not sufficient demand. By doing so, miners monetize renewable power that would otherwise be wasted or require expensive storage technology. 

By making money from energy that would otherwise be lost, power companies can pay off their high initial investments faster. Green energy Bitcoin mining can also play a role in funding the development of projects. Miners can be connected the moment windmills or solar panels start generating power. The Bitcoin earned or electricity sold to miners can partly pay for the deployment of the transmission or distribution system. The income generated from mining can also be used to fund the expansion of wind or solar farms, or power companies can use the funds to invest in energy storage solutions.


Source: 

Balancing the Grid 
Power generated from fossil fuels or nuclear is consistent which makes it relatively easy to balance the grid. With an increased production of wind & solar, balancing becomes more challenging and unpredictable. One of the ways to keep the grid balanced while dealing with the intermittent supply is by absorbing power through demand response loads. Bitcoin mining as an interruptible load can provide a solution for this challenge. Mining facilities can be switched off without suffering the adverse impacts that other industrial consumers do (e.g. factories and smelters). Moreover, mining machines are a controllable load, meaning the miners can dial up and down their power consumption to the level the grid operator demands. 


Source: 

Consume Stranded and Wasted Energy  
Bitcoin mining characteristics make it possible to go to locations where energy is stranded or wasted. Bitcoin mining operations are location agnostic, making it possible to mine in remote areas. Mining equipment is modular and can provide the load needed to a specific situation. transformers, containers and ASICs are mobile making it easy to unplug an operation to deploy it somewhere else. Mining has a high energy density which means little m2 is needed in comparison to other industries with high energy demand.  
Monetizing Vented and Flare Gas while Reducing Emissions  
According to the World Bank, each year about 150 billion cubic meters of natural gas is flared. This emits 400 million tons of CO2-equivalent emissions and other pollutants, including methane and black carbon (soot). In many cases capturing flare gas is not economically sustainable. Building pipelines to get gas to the consumers is a multi-million dollar investment. Generators cost money to acquire and maintain, so companies will likely not run gas through a generator unless it makes money. Bitcoin mining can make it economically sustainable to combust methane in generators.  Monetizing flare gas is not the only reason why companies are engaging in Bitcoin mining. Next to an economic incentive, capturing flare gas also helps companies meet environmental standards. The process of combusting f lare gas in a generator reduces not only the emission of methane up to 98%, but also CO2 emissions by about 63% compared to continued flaring. 



Miners reducing emissions is not only taking place in oilfields. There are also cases where miners tap on to wasted biogas produced by biodigesters, landfill gas recovery systems or wastewater treatment plants. 
At EZ Blockchain we are specialized in reducing emission by capturing gas that otherwise would have been flared. This combined with facilities that have an energy matrix which largely consists of renewable power sources, makes EZ Blockchain a responsible mining company that care about the future.  

### EZ Blockchain to Showcase Innovative Mining App at Bitcoin 2024 Conference

Meet EZ Blockchain leadership team
We are thrilled to announce our participation in the Bitcoin 2024 conference, held from July 25-27 in Nashville, Tennessee. This prominent event attracts over 20,000 attendees, 400+ sponsors, and 2,000+ companies, featuring notable speakers like Donald Trump, Robert F. Kennedy Jr., and Cathie Wood. The conference includes dedicated content tracks on finance, mining, art, and open-source development, offering extensive networking opportunities and a focus on the intersection of Bitcoin with culture and innovation. Visit our booth or schedule a meeting with our leadership team at sales@ezblockchain.net


Our Innovative mining app
We will introduce our groundbreaking app designed to measure mining performance, profitability, and billing. Our app will allow users to track and optimize their crypto mining operations seamlessly. Key features include real-time data on mining performance, electricity consumption, and earnings, all accessible through an intuitive dashboard. The app also will offer 24/7 support, ensuring continuous operational efficiency. Users will be able to monitor their miners, manage operations, and keep track of all mining activities in one place.
<iframe width="560" height="315" src="https://www.youtube.com/embed/EXEh4xhdies" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture" allowfullscreen></iframe>
Discounted Mining Hosting Packages
Conference attendees will benefit from our exclusive discounts on miner hosting services. A highlight of our presence will be the raffle for a free Miner S21 200TH, with the winner required to sign a 12-month hosting contract with us.

BYOM (Bring Your Own Miner)
Visitors to our booth can also learn more about our new service called BYOM - Bring Your Own Miner. This service allows you to store and manage your own miner with us, maximizing your income by leveraging our expertise and facilities.

                        
                            
                                
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In a time when offline meetings are rare, we are very excited about this opportunity for live interaction and look forward to connecting with you at the conference!
 

### Buying vs. Mining: Unlocking the Bitcoin Investment Code

When it comes to how to invest in mining crypto, there are two main avenues: buying Bitcoin directly or diving into mining. Buying Bitcoin offers straightforward exposure to price movements with minimal operational fuss, while mining requires investment in infrastructure to earn rewards through transaction validation, demanding more in terms of operations and maintenance. Both paths boast profit potential and risks, but the choice depends on individual investment objectives, risk appetite, and resources. So, is it better to mine Bitcoin or buy? Let’s explore the nuances between these investment opportunities, examine available crypto mining investment vehicles, and dissect strategies for managing Bitcoin mining cash flow.
Investing in Bitcoin vs Mining: 
When answering the question: “Is it better to buy or mine Bitcoin?”, it’s crucial to grasp their distinct characteristics. Here’s a breakdown of four key differences between the two:

1. Passive vs Active Investment: 

 	Buying and holding Bitcoin constitutes a relatively passive investment strategy. Once you own the Bitcoin, you don't need to actively manage or maintain it, apart from ensuring the security of your digital wallet. 
 	Mining demands a more active involvement. How to invest in Bitcoin mining requires ongoing maintenance and monitoring of mining equipment, as well as staying informed about changes in network difficulty and market conditions. Even a more passive option, like using hosting services, requires payment of bills and monitoring uptime.

2. Non-income producing vs cash-flow producing asset.  

 	Bitcoin itself does not produce income like dividend-paying stocks or interest-bearing bonds. While there are ways to earn a yield using Bitcoin, such avenues often come with high risk. Investing in Bitcoin is considered speculative compared to cash-flow producing assets, as it relies primarily on capital appreciation rather than generating regular income. 
 	Before you invest in mining Bitcoin, you should note that miners are rewarded with newly created Bitcoin and transaction fees for their efforts in securing the network. This means that mining represents a way to earn Bitcoin directly, making it a cash-flow generating investment. 

3. Market Volatility:  

 	The value of Bitcoin can fluctuate significantly. Buying Bitcoin exposes you to this volatility, which can lead to substantial gains or losses depending on the timing of your purchase and sale. 
 	The profitability of Bitcoin mining is not only influenced by price fluctuations of BTC but also depends on difficulty adjustments, subsidy rewards, and transaction fees. Additionally, depending on the energy source and type of power purchase agreement, energy rates can fluctuate, which impacts the cost side of the business. 

4. Liquidity: 

 	Buying Bitcoin provides relatively high liquidity, meaning you can easily buy and sell your holdings on various exchanges.  
 	Mining requires hardware and infrastructure investment. Bitcoin ASIC miners, cooling systems, and electrical infrastructure are harder to sell. Therefore, Bitcoin mining vs buying considerations have to be made with thinking long-term and considering factors such as hardware lifespan and potential technological advancements.

Investment Vehicles Bitcoin 
There are various ways to get exposure to Bitcoin. These are the most common investment vehicles:   

1. Direct Ownership: 

 	Cryptocurrency Exchanges: Investors can buy Bitcoin directly from cryptocurrency exchanges such as Coinbase, Binance, Kraken, and Bitfinex. They can create an account, deposit fiat currency, and purchase Bitcoin at the current market price. 
 	Peer-to-Peer (P2P) Platforms: P2P platforms like LocalBitcoins and Paxful enable individuals to buy and sell Bitcoin directly with each other, often using various payment methods. 
 	Bitcoin ATMs: Bitcoin ATMs allow users to buy Bitcoin with cash or debit/credit cards. These machines are becoming increasingly common in many regions. 

 2. Bitcoin Investment Trusts and Funds: 

 	Exchange-Traded Funds (ETFs): While Bitcoin ETFs are not yet widely available in all jurisdictions, several countries have approved or are considering approving Bitcoin ETFs. These ETFs trade on traditional stock exchanges and provide a way for investors to gain indirect exposure to Bitcoin's price movements. 
 	Mutual Funds and Investment Trusts: Some mutual funds and investment trusts include Bitcoin or Bitcoin-related assets in their portfolios. Investors can gain exposure to Bitcoin through these diversified investment vehicles. 

3. Futures and Derivatives: 

 	Bitcoin Futures Contracts: Futures contracts tied to the price of Bitcoin are available on regulated futures exchanges such as the Chicago Mercantile Exchange (CME) and the Intercontinental Exchange (ICE). Investors can trade these contracts to speculate on Bitcoin's future price movements without directly owning Bitcoin. 
 	Options Contracts: Options contracts give investors the right, but not the obligation, to buy or sell Bitcoin at a specified price within a certain timeframe. Options provide a way to hedge or speculate on Bitcoin's price volatility. 

4. Companies with Bitcoin exposure 

 	Bitcoin Related Stocks: There are stocks available for publicly traded companies that are active in the cryptocurrency industry, such as Coinbase, Square, or Galaxy Digital Holdings. Additionally, there are enterprises that have exposure to Bitcoin by holding the currency on their balance sheet, such as MicroStrategy and Tesla. 


Source:

Investment Vehicles Mining  
When analyzing the mining vs buying Bitcoin dilemma, you should note that investing in the 1st option will provide you withvarious avenues to gain exposure, each varying in activity level and capital intensity. Here are the most common ways to invest: 

1. Self-Mining and Hosting Services: 

 	Self-Mining: Investors can purchase mining hardware and operate their own mining rigs. This requires upfront investment in hardware and infrastructure, as well as ongoing operational costs for electricity and maintenance. 
 	Hosting Services: Some companies offer hosting services for mining equipment, where investors can purchase mining hardware and have it hosted and maintained by the service provider. This allows investors to benefit from economies of scale and professional management while still owning the mining hardware. 


                        
                            
                                
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2. Cloud Mining 

 	Cloud Mining Services: these allow investors to purchase mining contracts, typically for a fixed duration, from companies that operate large-scale mining facilities. Investors pay upfront fees for hashing power and receive a share of the mining rewards generated by the contracted hashing power. Cloud mining contracts may offer a convenient way to gain exposure to Bitcoin mining without the need for hardware setup or technical expertise, but investors should carefully evaluate the legitimacy and profitability of such services. 

 3. Investing in Mining Companies: 

 	Publicly Traded Mining Companies: Some companies involved in Bitcoin mining are publicly traded on stock exchanges. By purchasing shares of these companies, investors can gain exposure to Bitcoin mining operations without directly participating in mining activities. Examples include Riot Blockchain, Marathon Digital Holdings, and Hut 8 Mining Corp. 
 	Private Mining Companies: Private mining companies may offer investment opportunities to investors through private placements or other means. These companies typically raise capital to fund their mining operations and offer investors a stake in their mining profits or equity in the company. 

Bitcoin Mining Investment Strategies  
When investing in Bitcoin mining, whether through self-mining, hosting services, cloud mining, or private equity, managing the cash flow generated by the investment is crucial. Here are three broadly applied strategies for cash flow management: 

1. 100% Hodl Strategy 

Holding On for Dear Life, or HODLing, is a common strategy employed by Bitcoin miners. By retaining their Bitcoin holdings, miners aim to capitalize on anticipated future price appreciation. While this strategy appears enticing in theory, implementing it can be challenging in practice. Mining operations entail substantial operational costs, with energy being paramount among them. The recurring expenses, such as electricity bills, necessitate a steady cash flow from alternative sources to sustain 100% HODLing approach. 



2. Hybrid approach 

The hybrid approach offers a more practical and balanced strategy for those who invest in Bitcoin mining. There are various methods to adopt this approach. Some miners opt to sell only the minimum amount of Bitcoin necessary to cover their operational expenses. Others set a target Bitcoin balance and sell once that threshold has been reached or exceeded. Additionally, the hybrid approach can be dynamic, with miners adjusting their selling strategy based on market conditions. 

In addition to selling Bitcoin to cover operational costs, accumulating cash on the balance sheet enables miners to seize opportunities for infrastructure or mining fleet expansion when they arise. Reinvesting a portion of profits back into mining operations can bolster the overall hash rate, enhancing competitiveness and increasing the amount of Bitcoin mined over time. This dynamic strategy enables miners to navigate market fluctuations while strategically positioning themselves for long-term growth. 

3. Mining for Fiat 

How to invest in crypto mining companies means that some Bitcoin enthusiasts frown upon companies mining primarily to acquire fiat currency. Generally speaking, this approach offers a relatively safe method of conducting business. Selling the Bitcoin produced on a regular basis—whether daily, weekly, or monthly—creates stable and predictable cash flows. However, the downside of this strategy is the potential to forgo the opportunity for Bitcoin price appreciation.

### How To Choose The Best Bitcoin Mining Hosting Service

 

Many consider mining the best strategy for dollar-cost averaging (DCA) into Bitcoin. But to be able to run mining equipment, you have to be a Jack of all trades as you are dealing with electricity, plumbing, HVAC, noise management, maintenance, repairs, and so forth. This is the reason why many people opt for hosting services.  

As of 2024 there are over 70 hosting provider in the US alone. This article will help you navigate the maze of hosting options. We will delve into what hosting businesses are, why miners co-locate their hardware, the pros and cons, what makes a good hosting service and what elements specifically look at in a hosting agreement. 
What is a Bitcoin Mining Hosting Service
In Bitcoin mining, hosting services are arrangements where individuals or companies can place their mining hardware in a facility operated by a third-party service provider. The mining hardware is owned by the client but physically housed and maintained by the hosting provider in their data centre or facility. The hosting provider takes care of the physical infrastructure, such as cooling, electricity, security, and internet connectivity. Clients typically pay a fee to the hosting provider for these services, which may be structured as a flat rate or based on factors like power consumption. 
What Services are Offered?
The core services hosting companies offer are the deployment and operation of mining equipment. Some provide in-house repair services, while others work with third-party repair centers. In general, clients can also procure ASIC Bitcoin Miners through the hosting company. To a lesser extent, services like monitoring tools, advanced security features, over-/underclocking, insurance, immersion cooling, and customized dashboards are offered. 
Why do Customers Use Hosting Services?
Clients use Bitcoin mining hosting services for several reasons: 

 	Lower electricity rates: Hosting companies often have better access to cheap energy since they can apply for industrial or commercial rates, or set up their business in a remote area where power is abundant. Finding the right source and developing a good relationship with the power provider is also time-consuming. 
 	Economies of scale: Hosting services often provide economies of scale, allowing clients to benefit from bulk hardware purchases, and shared infrastructure costs. This can result in cost savings compared to running a mining operation independently. 
 	Infrastructure Management: Hosting services handle the infrastructure requirements of Bitcoin mining, including power, cooling, and network connectivity. This relieves clients of the burden of setting up and maintaining their own facilities, which can be complex and costly. 
 	Expertise and Support: Hosting providers often have experienced staff who can offer technical support and troubleshooting assistance. This can be especially valuable for clients who may not have the expertise or resources to manage their mining hardware effectively. 



 	Access to Strategic Locations: Hosting services may operate facilities in regions with favorable regulatory environments, abundant renewable energy sources, or proximity to cheap electricity sources. Clients can leverage these strategic locations to optimize their mining operations and maximize profitability. 
 	Risk Mitigation: By outsourcing the physical hosting of their mining equipment to a third-party provider, clients can mitigate risks such as theft, vandalism, and equipment failure. Hosting services typically offer security measures and redundancy to minimize the risk of downtime. 

Overall, Bitcoin mining hosting services provide clients with convenience, cost savings, expertise, and risk mitigation, making them an attractive option for individuals and companies looking to participate in the mining industry. 
What are the Risks of Using Hosting Services? 
Using a hosting service for Bitcoin mining can come with several risks, including: 

 	Dependency on Third Party: Relying on a hosting service means entrusting a third party with your mining equipment. If the hosting provider goes out of business or encounters financial difficulties, it could result in the loss of your hardware or disruption to your mining operation. 
 	Security Concerns: Placing your mining hardware in a third-party facility means trusting the hosting provider with the security of your equipment. There's a risk of theft or unauthorized access to your hardware if security measures are inadequate. 
 	Contractual Obligations: Depending on the terms of the hosting agreement, you may be locked into a contract for a certain period. If the hosting service fails to meet your expectations or if you want to switch providers, you might face penalties or difficulties in retrieving your hardware. 
 	Cost Considerations: Hosting fees can vary depending on factors such as power consumption and service level agreements. It's essential to carefully evaluate the costs involved and ensure that they align with your budget and expected returns from mining. 
 	Regulatory and Legal Risks: Depending on the jurisdiction in which the hosting service operates, there may be regulatory or legal risks associated with mining. Changes in regulations or government policies could impact your ability to continue mining or affect the profitability of your operation. 

To mitigate these risks, it's crucial to thoroughly research and vet potential hosting providers and regularly monitor the performance of your mining operation.   
What Makes a Good Hosting Service? 
A good Bitcoin mining hosting service should offer a combination of key features and qualities. Here are some factors that contribute to making a hosting service stand out: 

 	Reliability and Uptime: A reliable hosting service should provide robust infrastructure with redundant systems and reliable power management to ensure minimal downtime. Clients rely on consistent uptime to maximize their mining profitability, so reliability is crucial. 95% uptime is the industry standard, higher than this threshold can be considered a premium service. 
 	Efficient Cooling: Effective cooling systems are essential for maintaining optimal operating conditions for mining hardware, preventing overheating and hardware failures. 
 	Scheduled Cleaning and Preventive Maintenance: A clean and smooth running facility will minimize the risk of failure on the facility- and ASIC miners level. 
 	Security Measures: The hosting facility should have security measures in place to protect clients' hardware from theft, vandalism, and unauthorized access. This may include physical security and surveillance systems. 
 	Competitive Pricing: The hosting fees should be competitive and transparent, offering clients value for their money. Clients should be able to easily understand the pricing structure. According to data gathered by Luxor Technologies and Hashbranch, the average all-in hosting rate for 2023 was $0.078/kWh in the US and $0.072/kWh in Canada. 


Source: 


 	Expertise and Support: Knowledgeable and responsive staff can make a significant difference in clients' experience with a hosting service. Staff with experience in working in high tier data centres (tier 3 and 4) is a plus. Providers should offer technical assistance, troubleshooting support, and ensure quick repairs. A good hosting service provider keeps clients informed about maintenance schedules, repairs, and any changes that may affect their mining operations. 
 	Strategic Location: Hosting facilities located in regions with access to low-cost electricity, renewable energy sources, or favourable regulatory environments can provide clients with a competitive advantage. 

A good mining hosting service should prioritize reliability, security, efficiency, transparency, and client support to meet the diverse needs of clients and help them achieve their mining goals. Make sure to look for a reputable hosting service with a good track record. Reviews, testimonials, and interaction on social media can help clients evaluate the credibility and performance of a hosting provider.  
Key Elements of a Hosting Service Agreement 
When entering into a mining hosting agreement, it's essential to pay close attention to several key elements. Next to generic clauses, here are some specific elements to consider: 

 	Level of Service: What services does a hosting provider agrees to deliver. Think of uptime guarantees, response times for support requests, cleaning schedules and repairs . 
 	Pricing and Fees: Carefully review the pricing structure and associated fees, including hosting fees, maintenance charges, and any additional costs such as setup fees or penalties for early termination. 
 	Contract Duration and Termination: Pay attention to the duration of the contract and any terms related to termination or early cancellation. Understand the consequences, such as penalties or fees, for ending the agreement prematurely. 
 	Hardware Ownership and Liability: Clarify ownership rights and liabilities regarding the mining hardware placed in the hosting facility. Determine whether the hosting provider assumes any responsibility for hardware maintenance, repairs, or insurance coverage in case of damage or loss. 


 	Security and Insurance: Verify the security measures implemented by the hosting provider to protect your hardware from theft, vandalism, or unauthorized access. 
 	Data Insights: Ensure that the host provides insights into key performance indicators such as hashrate and actual energy usage. This will enable you to monitor performance and ensure that you are not overpaying.

By carefully reviewing these elements in a mining hosting agreement, you can mitigate risks, clarify expectations, and establish a solid foundation for a successful partnership with the hosting provider.   


                        
                            
                                
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### Bitcoin Mining vs Gold: Comparing the digital coin to the yellow metal

The term “mining” in crypto mining can be confusing and can lead to misunderstanding or misinterpretation. There is no physical extraction involved; instead, it is computational work. The term “mining” is used metaphorically in cryptocurrency to describe the process of generating new coins (like mining gold). While the term “mining” in crypto mining makes sense within the context of blockchain technology, it can be confusing because it diverges from its traditional meaning and requires understanding its metaphorical application to digital currencies. While gold mining has been a cornerstone of wealth for centuries, Bitcoin mining represents the new frontier of asset generation. This article delves into the similarities and differences between Bitcoin-gold mining. 
The Common Ground 
Proof-of-Work 
At their core, both Bitcoin and gold mining share the pursuit of extracting value from scarce resources. Just as gold miners move tons of earth to find precious nuggets, Bitcoin miners solve complex mathematical problems to validate transactions and earn new Bitcoins. This process is known as proof-of-work, and it is similar to the laborious efforts in gold mining. 
Finite Resources  
Both forms of mining are also driven by market demand and are influenced by the scarcity principle. Gold’s value is rooted in its limited supply and enduring appeal, while Bitcoin’s value is underpinned by the 21 million cap on its total supply. This finite availability creates a parallel between the two. 


Resource Dependency 
The profitability of both Bitcoin and gold mining companies depends heavily on the availability and accessibility of resources. Bitcoin miners rely on the availability of computational power and cheap electricity, whereas gold miners depend on the discovery and extraction of gold deposits. 
Market Volatility 
The profitability of both mining operations is subject to market volatility. Gold prices fluctuate based on economic indicators, geopolitical stability, and investor sentiment. Similarly, Bitcoin’s value can swing wildly due to regulatory news, technological developments, and shifts in investor confidence. 
Beta of Mining Stocks 
Stocks of Bitcoin mining also show some similarities with those of gold mining juniors and seniors. Both Bitcoin mining and gold mining stocks can be highly speculative. Investors are often betting on future increases in the value of the asset being mined (Bitcoin or gold). Both type of shares provide a higher beta (are more volatile) compared to the underlying asset. Both types of mining stocks are sensitive to operational costs. For Bitcoin miners, electricity and hardware costs are critical, while gold miners are affected by labour, energy, and equipment costs. 
Regulatory Impact 
Regulatory changes can significantly impact both Bitcoin and gold mining companies. Bitcoin mining is affected by cryptocurrency regulations and energy policies, while gold mining is influenced by environmental regulations and mining laws. 
Diverging Paths 
Physical vs. Digital 
Bitcoin mining involves digital computational processes. This process occurs entirely within a virtual environment, requiring substantial electricity and advanced hardware but no physical material handling. In contrast, gold mining entails the physical extraction of gold ore from the earth through techniques such as drilling, blasting, and digging. This process involves heavy machinery, significant manual labor, and the handling of physical materials.  


                        
                            
                                
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Maturity of the Market 
Gold mining is a well-established industry with thousands of years of history, offering a stable and predictable environment due to advanced infrastructure, comprehensive regulations, and established market behaviors. It is considered lower risk, with more predictable returns and easier access to long-term investment. In contrast, cryptocurrency mining is a relatively new and rapidly evolving sector, characterized by rapid technological advancements and significant market volatility. Bitcoin miners face regulatory uncertainty and environmental concerns, making the industry high-risk but potentially high-reward.  
Centralization 
Bitcoin mining is highly decentralized, with individual miners operating globally across various regions. There is some tends toward centralization as economies of scale make it more profitable for larger mining operations with access to cheaper electricity and advanced hardware. Gold mining is generally more centralized, dominated by large multinational corporations that possess the significant capital required for extensive exploration, extraction, and processing operations. These corporations often control substantial portions of global gold production, creating a more hierarchical industry structure. The centralization in gold mining leads to fewer entities influencing market dynamics and operational practices compared to the diverse and dispersed nature of Bitcoin mining. 
Environmental Impact 
Gold mining has a significant environmental impact, including land degradation, deforestation, and water pollution due to the use of toxic chemicals like cyanide and mercury. These activities can lead to loss of biodiversity and long-term damage to ecosystems. In contrast, Bitcoin mining primarily affects the environment through its high energy consumption. While Bitcoin mining does not directly cause physical land or water pollution, its energy demands can strain local power grids and increase greenhouse gas emissions. Efforts to mitigate these impacts include using renewable and stranded energy sources for Bitcoin mining.  


Technological Advancements 
Technological advancements play contrasting roles in each sector. In gold mining, innovations such as improved extraction methods and automation reduce operational costs and enhance efficiency, which can lead to increased production and potentially lower gold prices. In Bitcoin mining, technological improvements are crucial to keep pace with the increasing difficulty of mining tasks set by the network's algorithms. Innovations like more efficient ASICs mining machines allow miners to remain competitive and profitable despite rising computational demands. Unlike gold mining, where advancements can stabilize prices, in Bitcoin mining, technological progress is essential to sustain operations and profitability. 
Lifecycle and Depreciation 
In Bitcoin mining, ASIC hardware become obsolete quickly due to rapid technological advances and increasing mining difficulty, requiring frequent upgrades to remain competitive. This results in a shorter lifecycle for mining equipment and higher ongoing investment costs. Conversely, gold mines typically have a longer lifecycle, often spanning decades, though the quality and quantity of ore extracted gradually diminish over time. While Bitcoin miners face the challenge of constant hardware upgrades, gold mining companies must manage the depletion of resources and the need for new discoveries. Both industries require ongoing investment to adapt to changing conditions, but the nature of their assets and depreciation differs significantly. 
In Conclusion 
While Bitcoin and gold mining share the pursuit of scarce resources and are influenced by similar economic principles, they diverge significantly in their methods, impacts, and roles within their respective markets. As the terminology can be confusing and might lead to misunderstanding or misinterpretation, understanding these similarities and differences becomes crucial for informed participation in the mining activities of both gold and the digital gold of the 21st century, Bitcoin. 

### When Will Bitcoin Mining Become Unprofitable?

Cryptocurrency Price Crash
The crypto market is generally highly volatile, and instances, when Bitcoin and altcoins’ values came tumbling down, are still vivid. When will Bitcoin stop mining? This question arises as miners face increasing operational Bitcoin mining price and diminishing rewards. When Bitcoin’s price decreases, miners’ revenues are also significantly affected.


Source: 
Ordinarily, miners receive rewards for mining a block successfully in Bitcoin. The amount of reward decreases periodically, with the most recent reduction happening on April 20, 2024. Will Bitcoin mining be profitable after halving? Bitcoin mining cost after halving now about 3.125 BTC per block, a reduction from the former 6.25. 

With this reduction, miners are now raking in about $196K per block of Bitcoin mined, down from $390K before halving, with Bitcoin’s price of $63K. Consequently, miners are at a higher risk of running at losses from 2024 should Bitcoin’s price start dropping. In 2022, the crypto market encountered its worst crypto winter, sending Bitcoin’s value down more than 60%.

The market trend was blamed on the prevailing economic crisis and the downfall of the FTX. The economic crisis’s effects included skyrocketing energy prices, which rendered Bitcoin mining unprofitable. Many Bitcoin miners closed operations, while others filed for bankruptcy. Notably, this was not the first instance, as the crypto market is generally volatile. However, a repeat of an economic crisis would definitely have more lethal impacts on the future of Bitcoin mining, especially with the reduced mining rewards.

For miners, it's a question of whether the amount earned from the rewards meets their operational costs. According to some of the most recent reports, the average cost of mining 1 BTC now stands at $53,000. Therefore, for miners, their mining operations will no longer be profitable if Bitcoin falls below the $53K mark, unless they adopt more innovative and efficient solutions.  
High Energy Costs
Bitcoin mining is a highly energy-intensive process. Besides investing in costly equipment for their mining setup, miners have to meet energy expenses, which form the greatest part of Bitcoin mining’s operational costs. Because of the mining process’s power-hungry nature and varying power costs, miners’ profitability remains threatened. 

Generally, electricity prices range between $0.1 and $0.2 per kilowatt hour in most states in the US. However, with the rapid shift to renewable energy for Bitcoin mining and the rise of crypto mining hosting solutions, miners enjoy pretty much lower energy costs falling between $0.06 and $0.09 per kWh. But still, these power rates do not guarantee profitable mining.

For instance, if you were to mine at an average cost of $0.08 per kilowatt hour, it means Bitcoin’s price must remain above a certain range for your mining operations to be profitable. Assuming you have 10 S19 Pro miners with 110 Terahashes total and a power consumption of 3250 watts. With this setup, Bitcoin mining will only be profitable after halving if Bitcoin’s value remains above $35K, according to our profitability calculator (which is in testing mode). The daily profit will, however, be low at $5.57, according to the Nicehash profitability calculator. However, for a miner enjoying better energy rates of $0.06 per kWh, the mining setup will only become unprofitable if Bitcoin’s value falls below $25K.


                        
                            
                                
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Mining Difficulty
Bitcoin's clever design includes a self-adjusting mining difficulty. The dynamic of this mechanism facilitates the creation of new blocks roughly every 10 minutes. Regardless of the constant changes in the technological power dedicated to mining, new blocks emerge at an expected pace. The rewards associated with mining encourage more people to join the industry daily. The more people join the higher the rise in the computational power a miner requires. This surge is triggered by an automatic difficulty increase, which results in the machines requiring even more processing power to solve the intricate cryptographic puzzles that confirm transactions.


Source:
As the difficulty increases and block rewards decrease, when will Bitcoin stop mining? Some speculate that mining will become unfeasible long before the last Bitcoin is mined in 2140. The future of cryptocurrency mining depends on technological advancements, lower energy costs, and innovations in mining hardware. Until then, miners must constantly adapt to changing market conditions to remain profitable.

While this rising difficulty reinforces the security of the Bitcoin network and shows its increasing adoption, it also presents quite a challenge for individual miners. With fewer Bitcoins awarded as block rewards, miners find it challenging to maintain good profits. This harsh reality incentivizes a continuous arms race for the most powerful and efficient mining hardware, further inflating operational costs. 

The issue particularly affects smaller miners. They struggle to compete with larger players wielding the latest technological advancements. This trend could lead to an important alliance within the mining industry. Soaring energy costs and increasing mining difficulty could eventually lead to smaller miners dropping out of the mining game.
Regulatory Changes
Cryptocurrencies are all about decentralization, which means governments cannot control them as easily as regular banks and other financial institutions. This causes a strain between old rules and new ones, leaving miners stuck in the middle. Governments can use multiple approaches to regulating cryptocurrencies. In a worst-case scenario, they might implement a ban on mining activities in their country, shutting down the entire industry. They could also create very strict rules and regulations that make it hard for miners to make a profit. 

The problem is, that these rules can be changed at a moment’s notice, which makes it risky for investors to put money into mining operations. They cannot predict the future of their operations because they don't know what the rules will be tomorrow. For example, The European Union in 2023, came up with its own set of regulations on Bitcoin mining operations. Advocates argued that these rules were intended to protect consumers and prevent criminals from exploiting cryptocurrencies for illegal activities. 

However, opponents pointed out that the same rules would further complicate matters for miners, imposing additional costs and bureaucratic obstacles. This would make it more expensive to mine Bitcoin to a point where the business would not attract any profits.
Countering Challenges and Embracing Innovation in Bitcoin Mining
So far, the Bitcoin mining business is facing difficulty in its operations. However, some methods are being applied to combat these challenges. These include:
Technological Advancements
Advancements in technology are resulting in significant improvements in mining operations. Better hardware and software could make mining more efficient and even change the way it's done altogether.

 	ASIC Miners: According to a recent report, the ASIC S19 Pro miner provides the quickest returns on investment for miners who invest in wind power plants for Bitcoin mining. ASIC miners are known for their excellent hash rate (around 110 TH/s for the S19 Pro) and relatively low power consumption (around 30 J/TH). These miners are much faster than older mining rigs and use less energy to get the job done. They are the best options for miners seeking high levels of operational efficiency to increase their profits and remain profitable during bearish markets. 
 	Hardware Optimization: Even with ASIC miners, there's always room for improvement. Manufacturers are constantly making advancements to chip designs and coming up with new ways to keep things cool. For example, some miners are dipped in special liquids to help them get rid of heat more effectively. Hence, they use less energy overall.
 	Second-Layer Solutions: The Bitcoin network can sometimes get overloaded, so the Lightning Network was created to help. It takes care of smaller transactions, letting miners focus on bigger ones that make them more money. Other new technologies, like Taproot and Schnorr signatures, could also make mining more efficient and secure.

By using better hardware and these new technologies, Bitcoin mining can become eco-friendlier and more profitable.  In the future, these advances could even reduce the total amount of energy needed to run the Bitcoin network.
Renewable Energy Integration

Source: 
One of the biggest complaints about Bitcoin mining has been how much it hurts the environment. All the energy needed to run mining machines has people worried about climate change. To be more eco-friendly and reduce their carbon footprint, miners are increasingly using renewable energy sources. These include solar panels, hydropower, and wind turbines are becoming common sights at mining facilities. 

This shift towards renewable energy helps the environment by reducing the impact of Bitcoin mining. It also protects miners from the ups and downs of traditional energy prices. When the cost of fossil fuels goes up and down, it can make a big difference in how profitable mining is. By using renewable sources, miners can stabilize their operating expenses and have a better idea of how much they will spend.
Regulatory Clarity
Clear rules from lawmakers and miners working together are key to creating a friendly environment for mining businesses. By talking to policymakers in advance and following the best ways of doing things, miners can avoid problems with regulations more easily. This teamwork can not only protect their profits over time but also help make Bitcoin mining more sustainable overall.
Summing Up
Bitcoin mining profitability is a subject of many variables. From the energy costs, deployed hash rate, and mining difficulty, miners have to factor them in when determining the viability of their business. However, with energy being the most crucial concern, it’s easy to overlook some of these other factors. But looking at the power demands, miners still have to assess their individual needs depending on the number of mining rigs they have, their power ratings, and their miner uptime.

So, what is the answer to the question of “Will Bitcoin mining become less profitable?” For now, it’s hard to tell when exactly Bitcoin mining will become unprofitable. Miners only have to watch the signs and note when the revenues fall close to the expenses. Besides, some miners operate more efficiently than others, so even when the price of Bitcoin falls below $53K, miners with innovative and highly efficient mining setups and access to cheap alternative energy may still be in business.

### 7 Trends Post-Halving that Affect Bitcoin Miners

With the 4th halving, Bitcoin’s supply issuance dropped from 6.25 BTC to 3.125 per block, reducing daily production from 900 to 450 coins a day. We are a couple of weeks into the new halving epoch. What kind of effects have we seen in the aftermath of the event? These are the 7 trends EZ Blockchain has identified: 

 	Record Streak of ETF Outflow 
 	Transaction Fees Drop 
 	Bitcoin Rune Hype Faded 
 	Hashprice Marking Historic Lows 
 	ASIC Bitcoin Miner Efficiency Matter 
 	Price of Used Bitcoin ASIC Miners Tumbles 
 	Network Hashrate Starting to Show First Signs of Capitulation  

Let’s delve into the details of these trends and learn how they affect miners. 


 	
 Record Streak of ETF Outflow 


The strong demand for spot ETFs after their launch was an important driver behind the price move from $40k to $75k. However, in the week after the Halving event, ETF holders began selling, leading to a record streak of seven days with net outflows. According to James Butterfill, head of research at CoinShares, the recent price correction has led to hesitancy from investors, resulting in much lower inflows into new ETF issuers in the US. The recovery of BTC price on March 2, resulted in a net inflow the next day putting an end to the record streak of outflows. 


Source: 
The six new crypto ETFs that started trading in Hong Kong provided some hope. The first spot Bitcoin and spot Ether ETFs launched in the region, but the trading volumes were quite lackluster. Total trading volume for the Hong Kong ETFs was slightly over $100 million. In comparison, the US debut for the Bitcoin ETFs saw more than $4.5 billion in trading volume on day one. 


 	
 Transaction Fees Drop


ViaBTC hit the halving block at 840,000 with a whopping 37.626 BTC in transaction fees, resulting in over 40 BTC in total block rewards. This halving block recorded the highest fees seen since May 2021. Although block 840,000 was impressive, it wasn’t the only one with high fees. In fact, within the first 100 blocks of the new halving cycle, there was an average of 11.19 BTC in fees, with seven blocks having over 20 BTC and 52 blocks with over 10 BTC in fees. 

The average transaction fees in USD dropped in the days after the halving, going from $124 at the peak to less than $4 in the following weeks. This is great news for those who want to send transactions on the base layer but has a huge impact on the profitability for miners.


Source: CoinMetrics


 	
 Bitcoin Rune Hype Faded


The spike in transaction fees around the halving was driven by the hype surrounding the Runes protocol, which was launched at block 840,000. The protocol collected $62.4 million in revenue fees on the day of the halving. However, in the following days, Rune transactions underwent a notable reduction compared to other transactions. This indicates how quickly its hype fizzled out.
 Source: 


 	
 Hashprice Marking Historic Lows


Hashprice serves as a crucial metric for miners, indicating the expected earnings in USD ($) per Petahash (PH/s) of computing power per day. It’s influenced by Bitcoin price, network difficulty, block subsidy, and transaction fees. After the halving, the surge in fees caused hashprice to skyrocket by 71%, reaching levels last observed in April 2022. However, shortly after peaking at $179/PH/Day, hashprice experienced a sharp decline. It even fell below $55/PH/Day, the record low level of November 2022. Currently, it’s recovering slightly from the record lows of $47/PH/Day, which was a 74% decline from the yearly high on April 19th.



                        
                            
                                
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 ASIC Bitcoin Miner Efficiency Matters


Efficiency is how much power an ASIC Bitcoin miner or mining fleet is using to produce a certain amount of hashrate. It’s measured using J/TH and calculated by dividing power (W) by the amount of computational power (TH). The lower the amount of J/TH, the better the efficiency. 

With Hashprice at $47/PH/Day, it becomes very apparent that ASIC miner efficiency matters. In current market conditions, miners operating machines with an efficiency of >30 J/TH are struggling if they have a hashcost (or hosting fee) of >$0.07/kWh. 

The S19k Pro and M50S+ are unprofitable at >$0.08/kWh, and the more efficient S19 XP and M50S++ are projected to operate at a loss if hashcosts rise above $0.09/kWh. The latest, most efficient machines with an efficiency below 20 J/TH are still in the green, even if they operate at an elevated hashcost. 


Source: Luxor Technologies
With hashprice dropping to historically low levels, not only are many old- and mid-gen ASIC miners mining at a loss, but some miners with new-gen machines are also in the red right now. At current hashprice of $50/PH/Day, the most popular machine on the network, the Antminer S19j Pro, is breaking even at a hashcost of $0.068 per kWh. While self-miners might still be running at a profit, many of these machines at hosting facilities in North America will not be.


Source: Digital Mining Solutions 


 	
 Price of Used Bitcoin ASIC Miners 


As a consequence, new-gen machines with an efficiency of >30 J/TH are falling in price. Significant price adjustments were observed at the Luxor ASIC miner marketplace for popular used ASICs. The most notable adjustment was seen in the S19j Pro, which experienced a 28% decrease in its average clearing price from $7.25/TH in March to $5.25/TH in April. The M30S+ saw a 35% drop from $5.75/TH to $3.75/TH.


Source: Luxor Technologies
As Bitcoin margins tumble, the demand for the latest generation ASIC models will increase over their predecessors. But for now, most miners are still sitting tight, and prices for ASIC models with sub-25 J/TH efficiency have remained virtually unchanged, suggesting that mining equipment is bottoming out. Currently, machines with an efficiency under 25 J/TH are priced at $12.21 per terahash. 

 	
 Network Hashrate Starting to Show First Signs of Capitulation


The network hashrate reached an all-time high of 654 EH/s on the 7-Day Moving Average (DMA) just a day before the halving event. The network hashrate 7 Daily Moving Average (DMA) declined almost 71 EH/s (10.9%) in the weeks after the halving. 



This might sound like a lot, but such a decline is not out of the ordinary. Miner capitulation, in technical terms, is defined as the hashrate 30 DMA crossing below the 60 DMA. As shown by the Hash Ribbon Indicator, network hashrate still has a long way to go. 



As mining margins take a hit over the last week, we start to see the first signs of a major drawdown in hashrate. Some miners that are mining at a loss might still keep machines online to observe how the market will play out. It was just a couple of weeks ago when mining was still highly profitable. Before an actual miner capitulation event happens, hashprice needs to go even lower or stay at suppressed levels for a prolonged time. 
Conclusion: 7 Tips to Survive Current Market Conditions 

 	Ensure that your operation maintains a solid uptime. In the event of another spike in transaction fees, it's crucial that your miners are operational to capitalize on these shorter but highly profitable periods.

 	If you possess machines with an efficiency greater than 30J/TH, switch them to low-power mode. Decreasing power consumption enhances efficiency. This approach could sustain profitability even at lower margins.
 	If you're barely breaking even or operating at a loss, and your power or hosting agreement permits, consider temporarily taking your ASICs offline. This allows you to observe the market from the sidelines. If Bitcoin's value rises and margins improve, you can bring the miners back online.
 	If you're mining at or near break-even levels, contemplate upgrading your miner fleet with more efficient machines.
 	When retiring your ASICs and not in immediate need of capital, consider retaining the machines and selling them in a few months. The market is likely to be inundated with used machines, potentially fetching a higher price if you wait for the market to absorb the surplus.
 	If your miner is nearing break-even and malfunctions, evaluate whether repairing the machine is worthwhile. Given the current low-margin environment, recouping the costs of an expensive repair might prove challenging.
 	In the event of an ASIC breakdown, consider consolidating miners. Salvaging broken ASICs for parts may enable a quick fix of another miner in your fleet. Saving on parts costs could justify the repair effort. 

### Crypto Mining Boom: EZ Blockchain Expands Their Hosting Capacity with a New Site in South Carolina

With Berry II, EZ Blockchain unveils an additional 16 MW of hosting capacity in its strategic effort to meet the growing customer demand for additional hosting services.
"At EZ Blockchain, we are committed to meeting the needs of our customers," said Pete Valela, Sales Director. "The launch of Berry II is a testament to our dedication to providing top-notch hosting solutions and staying ahead of the curve in this dynamic market."
EZ Blockchain has been pursuing organic growth to meet its growing demand for hosting services and increased its capacity across its network of sites to 60 MW. The company develops locations to provide hosting services for Bitcoin mining operations. Berry II aims to increase the capacity of what they are already doing in multiple other locations, with the goal of adding 40 MW of mining capacity in 2024.



The company continually looks for new locations to expand its existing sites with additional power and hosting capacity. Like Berry I, Berry II will serve clients in South Carolina, with more hosting capacity built on the same process and procedure just 5 minutes away. 

Berry II will run on a combination of nuclear and solar power, aligning with EZ Blockchain's focus on renewable energy sources.

Building on the success of Berry I, Berry II is positioned to be a win-win project for EZ Blockchain and its clients and partners. The company has been growing a relationship with and partnering with the power provider, New Berry Electric Corporation, ensuring a mutually beneficial collaboration.

With a proven track record and a customer-centric approach, EZ Blockchain continues to expand its footprint, offering scalable and reliable hosting solutions for Bitcoin mining operations worldwide.


    
        
            
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### AI High Performance Compute vs Bitcoin Mining, Where to Invest?

With the quick rise in popularity of ChatGPT it became clear that artificial intelligence (AI), including generative AI (GenAI), is going to grow in the coming years. AI compute intensity is doubling every six to 10 months. Many discussions focus on how AI will transform companies, careers and communications. But none of this is possible without an infrastructure that facilitates the increasing demand. 

Over the last months various prominent miners announced they are integrating (generative) AI into their business. Is AI just a buzzword that public miners use to please shareholders? Or is there a more to it and should miners consider dedicating part of their business to AI services?  

Sergii Gerasymovych, CEO at EZ Blockchain, visited the Nvidia GTC 2024 conference. In this article we share some of the insights acquired about how AI High Performance Compute compares to Bitcoin Mining. 
AI Hardware and Architecture 
AI focuses on creating systems that can simulate human intelligence processes. It involves tasks like machine learning, deep learning and natural language processing. Datacentres enable this by using high-performance computing (HPC) clusters, which are made up of multiple servers connected through high-speed networks that allow for parallel processing. HPC often uses specialized processors like GPUs (Graphics Processing Units) or FPGAs (Field-Programmable Gate Arrays). AI-specific hardware like TPUs (Tensor Processing Units) and specialized AI chips are also increasingly being used. 


Key Similarities and Differences Between Bitcoin Mining and AI HPC 
Operating a Bitcoin mining facility and an AI HPC datacentre share some similarities but also have significant differences due to their distinct purposes, technologies, and operational requirements. Here are some key similarities and differences between the two: 
5 key Similarities: 

 	High Energy Consumption: Both Bitcoin mining and AI HPC datacentres require significant amounts of electricity to power their computational hardware. They rely on powerful ASIC Miners and GPUs that consume a considerable amount of energy during operation.
 	Need for Cooling: Like Bitcoin mining AI HPC generates heat due to the intensive computational workloads. As a result, they require effective cooling systems to maintain optimal operating temperatures and prevent hardware overheating.
 	Hardware Optimization: Bitcoin mining and AI HPC benefit from hardware optimization to maximize performance and efficiency. 
 	Technological Advancements: Both types of compute are subject to ongoing technological advancements aimed at improving performance, efficiency, and cost-effectiveness. This includes advancements in hardware design, cooling systems, energy efficiency, and optimization algorithms.
 	Dominant Hardware Manufacture: In the Bitcoin mining industry, Bitmain is by far the biggest manufacturer of ASIC miners with a market share of over 76%. Nvidia has a share of 82% in the discrete graphics card market. The company has a market cap of $2.2 trillion dollar and became the third biggest company in the world after Microsoft and Apple. There will be new chip companies that will want to compete with NVDIA in GPUs manufacturing. This manufacturing will become more diversified but like Bitmain, NVDIA has such a dominant market position that it will be challenging to compete. 


5 Key Differences: 

 	The primary purpose: Bitcoin miners validate transactions on the Bitcoin network and earn rewards in the form of newly minted bitcoins and transaction fees. AI HPC datacentre provides computational resources for tasks such as training complex machine learning models, processing large datasets, and running AI algorithms.
 	Revenue Model: Revenue in a Bitcoin mining primarily comes from self-mining and/or providing hosting services. Revenue in an AI HPC datacentre typically comes from providing computational services to clients. This is usually in the form of Pay-Per-Use whereby customers pay for HPC resources based on their usage (similar to how consumers pay for utilities like electricity). Or in the form of a lease or rental model, customers lease HPC hardware, infrastructure, or software licenses for a fixed period, typically on a monthly or yearly basis.
 	Data Centre Standards: Bitcoin mining has the unique feature that it is an interruptible load. The industry standard uptime is 95% but there are miners who have higher downtime than 5%. In some cases miners can obtain attractive power prices when participating in demand response or curtailment programmes. AI HPC systems typically aim for uptime percentages well above 99%. In some critical applications, such as those in healthcare, finance, or defence, uptime requirements may be even higher, approaching or exceeding 99.9% (often referred to as "three nines" or "four nines" uptime). Many HPC operators have back power to keep running when the main power source is down. Where a big part of the Bitcoin mining facilities are air cooled, all new generation servers for AI are going to be direct to chip water cooled. 
 	Initial Capital Expenditure: Not only the higher quality datacentres require relatively more investment but also the GPU’s are currently expensive in comparison to ASIC mining equipment. At the end of Q1 2024 ASICs are at bottom prices due to low demand and a big surplus of hardware on the secondary market. The demand for AI HPC hardware has been driven by various industries adopting AI and machine learning technologies. In the beginning of 2024 big tech bought up a lot of GPU’s trying to secure computing power for their AI services. 

 	Market Dynamics: The profitability of a Bitcoin mining operation is influenced by factors such as the price of Bitcoin, mining difficulty, electricity costs and hardware efficiency.  The demand for AI HPC datacentre services is driven by the adoption of AI technologies across industries, advancements in AI research, market demand for AI solutions, and competition from other service providers. 

While Bitcoin mining and AI HPC datacentres share some similarities in terms of energy consumption, hardware optimization, cooling requirements, and technological advancements, they differ significantly in their purpose, revenue model, quality, cost and market dynamics. Each type of datacentre serves distinct needs within the broader landscape of computational infrastructure and technology services. 


                        
                            
                                
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Why Bitcoin Miners are Integrating AI HPC Services into their Business 
Over the last months various prominent miners announced they are integrating (generative) AI and HPC services into their business. This offers a Bitcoin mining company the opportunity to diversify business and add another revenue stream, allowing a miner to strengthening its position in the rapidly evolving industry. 

Just like Bitcoin mining hosting services, facilitating AI mining crypto compute services creates a predictable and steady cashflow as revenue which is not directly impacted by the volatility of Bitcoin price or difficulty adjustments. This can improve the resilience of a business. A dollar cashflow also increases the hodl power of a self-miner, enabling them to determine when is the best time to sell BTC instead of being forced by market conditions. 

If mining becomes unprofitable, integrating services around ai mining bitcoin might improve the overall financial health of a business. This in turn can prevent a datacentre from being forced to move elsewhere or even a shut down.

Some miners have already experimented with using an AI computer for Bitcoin mining, reallocating a portion of their infrastructure to high-performance AI tasks while maintaining core mining operations. This hybrid approach could become a trend as the lines between mining and AI computation continue to blur.


Investing in AI HPC vs Bitcoin Mining  
For a retail investor looking to get exposure to AI HPC, there are several avenues to consider: 

 	Investing in AI and Tech Companies: Retail investors can invest in publicly traded companies that are heavily involved in AI and HPC technologies. These companies may develop AI algorithms, provide HPC infrastructure, or offer AI-powered solutions to various industries. Examples include chip manufacturers like NVIDIA and Intel, cloud computing providers like Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform. 
 	ETFs and Mutual Funds: Exchange-traded funds (ETFs) and mutual funds provide retail investors with exposure to a basket of stocks related to AI, HPC, and other technology sectors. Some ETFs and mutual funds focus specifically on AI, technology, or innovation themes like the Global X Robotics & Artificial Intelligence ETF (BOTZ), ARK Innovation ETF (ARKK), and iShares PHLX Semiconductor ETF (SOXX). 

Buying AI related stocks or ETFs is comparable to buying Bitcoin at an exchange, investing in a public Bitcoin miner or purchasing a Bitcoin ETFs. But investing in a Bitcoin mining operation offers an distinct opportunity for investors compared to investing in an AI datacentre.  

Retail investors may explore opportunities to directly invest in private AI and HPC startup companies through venture capital funds, angel investing platforms, or crowdfunding platforms. Investing in startups allows investors to potentially benefit from early-stage growth and innovation in the AI and HPC sectors, but it also carries higher risks due to the higher likelihood of failure among early-stage companies. 

Similarly investors can seek to invest in a Bitcoin mining operation. An investor can decide to (co-)own a mining company and be in the driver seat or join a fundraising round to obtain equity while being involved in a passive way.   

Different from AI HPC, in the Bitcoin mining industry there are ways to invest in an operation which are more accessible for smaller investors. Mining hosting services is a prime example whereby investor can buy as little as one mining machine. Cloud mining also offers a very accessible opportunity but the investor sacrifices some control over the mining process in comparison to hosting services 

Before making any investment decisions, it's essential for investors to conduct thorough due diligence, assess their risk tolerance, and consider their investment objectives and time horizon. Additionally, consulting with a financial advisor or investment professional can provide valuable guidance tailored to individual financial goals and circumstances. 

Are you Miner? Learn how to prepare to BTC halving!

### What You Need to Know About ASIC Hosting

So, what exactly is an ASIC miner hosting solution? It involves connecting ASIC machines to platforms like NiceHash for mining different algorithms such as SCRYPT, SHA256, X11, and many others. What does it do for Bitcoin miners? Let’s get the answers in this comprehensive guide.

What Is ASIC Miner Hosting for Bitcoin Mining?
ASIC miner hosting is a fundamental service provided by hosting or colocation service companies to cryptocurrency miners. It’s an emergent solution birthed by the evolving needs in the crypto mining sector, with a sharp focus on Bitcoin mining. Essentially, the hosting service providers enter into an agreement with miners to cater to all their mining needs.

From providing specialized facilities or data centers to the necessary data center infrastructure, personnel support, and security. Miners only have to deploy their ASIC miners to the facility, but in some agreements, the hosting company can also acquire the mining hardware on behalf of the client.


While various colocation service providers host different types of crypto mining equipment, the key here is that the hardware is specifically the ASIC. ASIC (Application-Specific Integrated Circuits) miners are now the most sophisticated and mostly used mining rigs due to their ability to keep pace with the increasing complexity of cryptocurrency mining. They are more powerful than their counterparts, such as GPUs, and are usually designed to mine a specific cryptocurrency, like Bitcoin. Therefore, your ASIC miner hosting package can only handle a single cryptocurrency.

Why Use an ASIC Miner Hosting Service for Cryptocurrency Mining?
Primarily, most miners use hosting services to achieve operational efficiency and mine more profitably. However, this is usually the subject of a mix of benefits associated with an ASIC mining hosting package.

Lower power rates: Most ASIC hosting companies have more access to cheap energy due to their locations. Generally, some locations have low energy rates, and a hosting service provider can apply for industrial or commercial rates, making it even better. Understanding power consumption is crucial for mining profitability calculations, as it directly impacts electricity costs and overall profitability.


They also save you the time it would take to find a good power provider and develop a sound relationship.


 	Economies of scale:  Hosting services often provide economies of scale, allowing clients to benefit from bulk hardware purchases and shared infrastructure costs. This can result in cost savings compared to running a mining operation independently.
 	Infrastructure management: ASIC colocation services handle the infrastructure requirements of Bitcoin mining, including power, cooling, and network connectivity. This relieves clients of the burden of setting up and maintaining their own facilities, which can be complex and costly.
 	Convenience: Mining at a colocation facility allows miners to run their miners without dealing with the challenges of building a data center from scratch. Ideally, miners would otherwise have to find a reliable power source, which may be challenging to get from the national grid.

Additionally, miners can transfer the burden of ensuring the ASICs remain active as per the runtime agreed upon in the contract. With a colocation service, you only buy the miners and leave everything else for the hosting provider. They can enjoy the convenience of a redundant network, power, and cooling system without paying any additional costs.

 	Expertise and support:Colocation service providers often have experienced staff who can offer technical support and troubleshooting assistance. This can be especially valuable for clients who may not have the expertise or resources to manage their mining hardware effectively.
 	Access to strategic locations: ASIC miner hosting companies may operate facilities in regions with favorable regulatory environments, abundant renewable energy sources, or proximity to cheap electricity sources. Clients can leverage these strategic locations to optimize their mining operations and maximize profitability.
 	Risk mitigation: By outsourcing the physical hosting of their mining equipment to a third-party provider, clients can mitigate risks such as theft, vandalism, and equipment failure. Hosting services typically offer security measures and redundancy to minimize the risk of downtime.
 	Environmental sustainability goals: Bitcoin mining faced much criticism over its energy consumption and carbon footprint. Environmentalists argued that Bitcoin mining activities are unsustainable due to their high energy requirements and negative environmental impacts, which threaten mining activities.

Although ASIC miners are still pretty energy-intensive, most hosting providers are turning to renewable energy. For instance, upwards of the energy used by ASIC miner hosting service EZ Blockchain comes from renewable energy. Consequently, miners working with such companies can meet their environmental sustainability goals as they are mining on renewable energy.


                        
                            
                                
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What Should You Consider in an ASIC Miner Hosting Company?
Getting the right ASIC hosting solutions isn’t always a straightforward process for many miners. When investing in and choosing an ASIC mining rig, it is crucial to consider factors such as budget, preferred device, and whether to buy new or pre-owned models. However, with so many options, you can easily pick your ideal partner, provided you know what makes a good colocation service provider for your ASIC miners.
Pricing

A good ASIC Bitcoin mining hosting service provider shouldn't just provide a random price for their hosting packages. It should charge a competitive and transparent fee that provides miners with value for their money. Miners should know and understand the company's costing model, whether it is price per square foot or a power costing model based on a price per kilowatt hour all in.
The pricing should resonate with the current energy prices in that location for ASIC miner hosting services that use the power costing model. Therefore, knowing the average energy rates can help you determine if they have fair pricing.
Location
The location of a colocation service affects your Bitcoin mining activities in different dimensions. First, a colocation service ought to be in a location where they can access cheap power as this transfers the benefit to the clients. Additionally, they need a location with enough floor space to accommodate enough miners and the necessary infrastructure. Also, they need to be away from residential areas to avoid interrupting your mining process once their operations are deemed a nuisance due to the noise from the mining hardware.

Finally, the location should be such that it is easy for you to deliver your ASICs once you agree to a contract. Ensure you look at the location based on all these parameters and settle on the most important aspects for you. Remember, many ASIC miner colocation providers establish data centers in remote locations and oil fields to take advantage of wasted energy, a serene mining atmosphere, and floor space availability. The location may also raise or lower your costs depending on the climate due to cooling needs.
Miner Uptime
A reliable hosting service should provide robust infrastructure with redundant systems and reliable power management to ensure minimal downtime. Clients rely on consistent uptime to maximize their mining profitability, so reliability is crucial. 95% uptime is the industry standard, so a higher than this threshold can be considered a premium service. Also, they should have a strong internet bandwidth that ensures your miners run uninterrupted.
Cooling Infrastructure and Power Consumption
Every accomplished ASIC mining hosting company understands the high amounts of heat a Bitcoin mining setup emits. As a result, they should be heavily invested in efficient cooling systems that can cater to the needs of their target client size.



 


Single-phase Immersion cooling system
Essentially, a crypto mining hosting company should provide clients with both air-cooled and immersion-cooled technologies so they can choose what works best for them. Note, however, that an immersion cooling system is more effective and has a range of benefits, and that's why it comes at an extra cost.
Security
ASIC miners are high-value equipment, so the security of your hardware is important. Besides, a profitable mining setup can have hundreds of miners, as this increases your computing power and profitability. As a company that has the custody of thousands of high-value equipment, they should have robust security measures to protect the hardware from theft, vandalism, and unauthorized access. This may include physical security, such as security personnel, and safety equipment, such as closed-circuit surveillance systems.
Regulatory Compliance
The crypto mining sector is yet to develop a robust regulatory framework within which ASIC colocation service providers should operate. However, specific guidelines exist for each jurisdiction within which the companies must operate. For instance, all crypto mining activities in China are outlawed, so a colocation service in this jurisdiction is non-compliant. You can look up the Bitcoin mining regulations at the location and ensure your hosting service is legitimate and meets the standards of its domicile.
What Are the Downsides of an ASIC Miner Hosting Package?
While an ASIC miner hosting agreement can ease your mining process and help your equipment run more profitably, it’s not without a share of downsides.

 	Security risk: Although hosting service providers may have all the necessary security protocols, it does not entirely eliminate the risk of having your equipment handled by a third party at their premises. You have to rely on their trustworthiness. Additionally, joining a bitcoin mining pool can pose security risks if the pool is fraudulent or unreliable.
 	Hidden costs: Some hosting service providers may begin to demand additional costs that were not included in the ASIC hosting package. Although you may have the right to refute them, it can be a huge inconvenience and could undermine the profitability of your setup.
 	Regulatory risks: With the crypto mining regulatory environment still in its infancy, the operations of the ASIC colocation service may be interrupted by government policies at any time. Should this happen, you may have to adjust or stop mining.
 	Mining disruption: Your mining operations depend on the mining hosting company. Should the hosting solution encounter financial challenges or any difficulties that affect their business, they may disrupt your mining operations directly.

Summing Up
Bitcoin mining has quickly evolved from a homegrown operation to a billion-dollar industry with many more stakeholders. Amidst the energy challenges, ASIC miner hosting companies play a fundamental role. Miners are poised to shift to hosted ASIC Bitcoin mining as previous techniques, such as self-mining with GPUs, have become impractical. Only miners who can leverage the full benefits of an ASIC miner hosting package have the chance to remain in business long enough to see the next paradigm shift in the fast-paced crypto industry.

### Choosing Crypto Mining Containers In Canada - EZ Blockchain

With crypto mining in Canada gaining traction, more miners are exploring ways to optimize their operations. However, cold winters and high electricity prices present unique challenges.

Should you buy or rent a Bitcoin mining container for your operation?

What factors matter most when choosing a crypto mining container in Canada?

What is the containers crypto mining price?

Let’s break it down.
Why Use Mining Containers?
Crypto mining containers in Canada provide miners with the ability to relocate their operations quickly and efficiently. The main advantage of a crypto mining container is its scalability, flexibility, and energy efficiency. These containers allow miners to move their rigs to locations with lower power costs or more favorable climate conditions, maximizing profitability.

This mobility is crucial for sustaining mining profitability, as external factors like fluctuating energy prices and regulatory changes can significantly impact operational margins.
Why It's Hard to Choose a Container
Selecting the right crypto mining container in Canada depends on various factors:
Maintenance and Security
Regular maintenance is critical for efficient mining, especially in crypto mining shipping container setups. Cooling systems, power supplies, and mining hardware need routine inspections to prevent failures. Due to their compact design, crypto mining containers require specialized maintenance, which can be challenging.

For Canada cases, security is equally a concern. Since compartments frequently convey significant mining gear and are now and then positioned in severed or less secure areas, safeguarding these resources from burglary or harm requires additional safety efforts. This still makes choosing the right container a daunting
Environmental Impact
Bitcoin mining containers consume significant amounts of energy, contributing to environmental concerns. However, they offer an advantage in efficiency—many setups now integrate flared or stranded gas to power mining operations, reducing waste and environmental impact.

In any case, the area all in all stands up to obstacles in turning out to be more practical and environmentally dependable. Compartment plan developments that focus on energy productivity and the consolidation of sustainable power sources are basic strides toward limiting crypto mining’s ecological impact.
Scalability
With crypto mining in Canada expanding, scalable solutions are becoming essential. Crypto mining shipping containers provide modularity, allowing miners to start with a single unit and expand as needed. This flexibility enables them to scale up their mining capacity without making large upfront investments.
Versatility and Size
The adaptability of a mobile mining unit is one of its greatest benefits. It allows containers to successfully move and set up their tasks in various settings, which can altogether affect their productivity. The size of the unit can influence the number of mining gadgets that can be housed in it, and the crypto containers price. The competence and overall capacity of mining may suffer as a result. Planning a large-scale operation may require multiple containers, which could raise logistical complexity and operating costs. 
Energy Efficiency
Modern crypto mining shipping containers come with improved cooling systems, reducing power consumption. Many also utilize flared gas from oil production, transforming wasted energy into mining power. These innovations help miners cut costs and boost efficiency.
Criteria for Choosing a Mining Container in Canada

Canadian miners should consider:


 	Immersion cooling versus air cooling: One of the problems miners face in Canada is overheating. Hence, it’s important to choose a good cooling system for your bitcoin mining farm. Air cooling utilizes ventilation fans and encompassing air to deal with the temperature of mining gear. Conversely, drenching cooling is the process of completely submerging the mining gear in a thermally conductive fluid. The last option is, in many cases, viewed as the more fruitful system.

Contingent upon your working climate and cooling effectiveness necessities, pick between standard air cooling and more current frameworks. For example, drenching cooling.

 	Size and Limit: Decide the number of mining rigs you need to run. Then, pick a container size that will deal with that number while considering the cooling infrastructure.
 	Durability of the item: Inexperienced Canadian miners frequently make the mistake of sacrificing equipment longevity for lower costs. Mining gear is costly; hence, picking a dependable miner is basic. Cheap mining containers end up failing, performing poorly, or overheating. Mining’s profitability often suffers as a result of these combined effects. Additionally, a well-maintained mining container may live for three to five years on average. It is essentially more favorable to purchase good gear with a dependable lifetime.
 	Energy Source: Ensure the compartment is viable with the energy source you wish to utilize. Whether it is regular lattice power, environmentally friendly power, or an elective decision like erupted gas.
 	Needs for Mobility: To migrate to various areas, consider compartments that are easy to move and send.
 	Limitations on funds: You should work on figuring out a balance between your spending plan and the elements you require. More highlights, such as updated cooling frameworks and exclusively constructed compartments, may further develop execution yet come at a more noteworthy expense.
 	Scalability: Consider your future development desires. Modular containers with flexible scalability may be a better choice if you want to expand your mining operations.

Analysis of Expected Costs
Miners must conduct an in-depth Bitcoin mining shipping container price analysis to guarantee profitability. They should include:

 	Initial Investment: Decide the underlying costs, which incorporate the expense of the compartment, mining gear, and any progressions or new framework required for launching and running a mining operation.
 	Functional expenses: Incorporate uses like energy, upkeep, security, and any charges connected with moving the container.
 	Predicted profits: Work out potential benefits utilizing the ongoing Bitcoin cost, mining trouble, and hash pace of your arrangement.
 	

Authority and Regulations

 	Examine Local Regulations: Various locales have various prerequisites for crypto mining, like drafting regulations, charge implications, and energy use. This is especially important if you are using crypto mining containers, as they must comply with local laws and regulations.
 	Natural Consistence: Be aware of natural limitations, especially if you utilize nonrenewable energy sources. Also, if you work in areas with serious ecological security regulations.
 	Requirements for Permits and Licenses: A few spots might require explicit consent or licenses to direct crypto mining tasks.
 	Versatility to Administrative Changes: Remain mindful of any administrative changes that might influence your mining activity

Costs of mining containers

This is largely determined by the size and transportation costs associated with getting the container to its destination. While thinking about each of the options at hand, costs vary enormously for different Canadian cases. Any mining decision you make should be based on your financial plan. Numerous diggers settle on poor monetary choices and later come to lament them. Another mistake is buying economical containers that end up costing more over the long haul. It is necessary to assess your power necessities and the overall cost of establishing a crypto mining farm.
Pick the best item for you, utilize legitimate ventilation, and plan sufficiently for your mining campaign. Do not get caught up in the competition to make money from power bills. In Canada, there is a miner container host that charges per miner. Pricing for a 20-foot option has ranged from approximately CAD 12,500 to CAD 375,000 for a 40-foot immersion cooling system. Overall, the expense seemed to be somewhere between CAD 1,500 and CAD 2,000 per foot of compartment.

This means we found that in most of Canada’s cases, 20-foot containers cost between CAD 30,000 and CAD 40,000, while the 40-foot container options were priced between CAD 60,000 and 80,000. Be careful, in any case, that this is an overall methodology. Assuming we prohibit the more modest Chinese and Eastern European decisions, the expense per foot quickly ascends to CAD 2000 or more. These costs do not include transportation and arrangement charges.


                        
                            
                                
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Conclusion
Crypto mining containers have become a basic part of the growing digital currency mining space. They are a significant development in the digital money mining space where top companies like EZ Blockchain are thriving. Their ability to adjust to evolving conditions and potentially diminish natural effects makes them a significant part of the advancements in crypto mining, particularly in improving mining efficiency. As the innovation continues to evolve, the capability of these containers will see significant growth in the future. Investors who want to remain afloat in crypto mining will have to leverage the convenience and unlimited potential of containerized solutions.

### Pros and Cons of Crypto Mining for Humanity - EZ Blockchain

Source

The Pros of Crypto Mining

Source
For a long time, crypto mining has been a lucrative venture. However, with many changes happening in the market, many people are wondering about the pros and cons of mining and whether there’s any good in crypto mining. Let’s check the benefits of Bitcoin mining.

Crypto Mining Earns Profits Through Mining Rewards
There are over two million crypto coins that you can mine today, however, what crypto is worth mining? Bitcoin remains the most valuable and profitable coin, although you can still mine other established cryptos like Bitcoin Cash, Ethereum, and Litecoin. Despite the profitability, to mine Bitcoin, one must consider challenges such as high electricity costs, the need for specialized hardware, and the decreasing rewards over time due to the halving process. With its value at around $42,000, miners earn handsomely from the 6.25 BTC in mining rewards they receive. Mining Bitcoin involves validating and recording transactions on the blockchain using high-powered computers to solve cryptographic problems. In the USA, for instance, the cost of mining a single Bitcoin is estimated to be $21,089. At that cost, it means miners will have an excess of $20,911 if they sell Bitcoin at the current value and settle all their mining costs.
What Is a Crypto Mining Facility?
A crypto mining facility is a specialized data center designed for cryptocurrency mining. These facilities house large-scale mining operations, providing the necessary infrastructure, cooling systems, and power supply to support high-performance mining rigs. Mining facilities play a crucial role in ensuring maximum efficiency and uptime, enabling miners to optimize their earnings.
Many investors and mining companies establish crypto mining facilities in regions with lower electricity costs, renewable energy sources, and favorable regulations. These facilities often operate at an industrial scale, utilizing advanced cooling technologies and efficient power distribution to maximize profitability while minimizing operational risks.

Crypto Mining Creates Job Opportunities
For some miners, crypto mining is a part-time job and an extra source of income besides the regular 5-9 routine. For others, mining is a full-time job. In essence, for mining to be profitable, your ASICs must have maximum uptime. You must set up your miners and monitor them actively to ensure no downtimes. As a result, some miners end up being on their mining machines for most of their time, making it their full-time job.
Crypto Mining Provides Investment Opportunities
The rise of crypto mining presents a new set of economic opportunities, especially for tech-savvy individuals and companies. For instance, since Bitcoin mining requires the maximum possible uptime and enormous amounts of power, some miners need help to operate their mining equipment, thus seeking the help of third parties. Investing in top mining hardware, such as GPUs or ASICs, is crucial for successful mining. As a result, mining hosting services like EZ Blockchain and Marathon Digital emerged, providing hosting solutions for Bitcoin miners. Joining a mining pool can also increase the chances of receiving rewards by sharing resources and reducing individual payouts.


                        
                            
                                
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These companies provide all the necessary infrastructure and other resources required in a mining setup for a fee. Additionally, mining hosting companies provide further employment opportunities for marketers, developers, technicians, and other professionals involved in setting up and running a mining hosting company.

Crypto Mining Utilizes Unexploited or Underutilized Resources

The need for sustainable crypto mining triggers miners to find workable solutions, forcing them to exploit some wasted or underutilized resources for crypto mining. For instance, EZ Blockchain, a leading mining hosting company, invented a permanent solution for stranded and flared gas in oil fields. The company works with oil companies to tap initially flared gas and uses it for Bitcoin mining.
Consequently, the company helps oil investors meet their environmental sustainability goals and opens up a new revenue stream through Bitcoin mining. Further, the need to mine cryptocurrency more sustainably triggers investment in and exploitation of alternative and renewable energy sources such as wind, solar, nuclear, and gas.
Crypto Mining Triggers Innovation
Mining is an energy-intensive and painstaking process for some coins, especially those using the proof of work consensus algorithm like Bitcoin. Driven by the profitability of crypto mining, miners are forced to look for innovative solutions to crypto mining challenges to keep mining. High computing power is necessary for successful crypto mining, leading miners to build more advanced data centers and crypto mining containers. The containers also use advanced technologies like immersion cooling technology.


Additionally, with the increasing complexity of mining, developers are developing more advanced and dedicated mining rigs. Crypto miners compete to solve mathematical puzzles encrypted within each block on the blockchain. Initially, mining cryptocurrency like Bitcoin could be done with a CPU. However, mining difficulty has been gradually increasing, leading to the invention of GPU, FPGA, and ASIC miners.

The Cons of Crypto Mining
Crypto mining is a profitable and worthwhile venture. However, it still comes with many shortcomings that every potential miner ought to know.
Crypto Mining is a High-Cost Investment Due to Mining Equipment
Although the cost of mining equipment dropped to record lows post the crypto winter, crypto mining is still a high-cost investment. First, mining with one or a few miners is not profitable. The Bitcoin network's mining capacity and the process of ensuring legitimacy require miners to invest in a series of mining rigs to increase their chances of cracking the code first and get the block rewards. The miners’ hashing power determines how likely they are to solve the puzzle fast, so miners with more powerful miners will be in a better position. Mining pools, such as AntPool, allow miners to share resources and increase their chances of receiving rewards by working together. However, the bigger the hashing power a miner has, the more expensive it is to acquire.

Second, mining requires several other resources and facilities like cooling, internet, power, and cabinets, which are expensive to assemble. Ultimately, the mining operations of investors who do not mine efficiently become unprofitable.
Crypto Mining Has a Massive Carbon Footprint Due to High Energy Consumption

It’s undebatable that most digital currencies have a massive carbon footprint, threatening environmental sustainability and net-zero emission goals, and it is one of the biggest disadvantages of crypto mining. For instance, Bitcoin, the largest cryptocurrency, consumes exceptionally large amounts of energy to mine, and more than 60% of the energy comes from fossil fuels. As a result, as more Bitcoin and other proof-of-work coins are mined, more fossil fuels are burnt, leaving a considerable carbon footprint.

Crypto Mining Lacks a Stable Regulatory Framework
Cryptocurrency has been around for over a decade but still lacks a concrete regulatory framework within which miners can operate. The regulation of crypto mining activities is shallow and varies among countries. For instance, mining cryptocurrency in the US is legal, whereas everything related to crypto is prohibited in China. As a result, there are limitations regarding crypto mining in certain jurisdictions, and even where mining is legal, there are no clear provisions to protect industry players.
Cryptocurrencies Are Highly Volatile
Typically, cryptocurrencies lack intrinsic value. The value of digital currencies largely depends on how much the buyer is willing to pay. This makes crypto a highly speculative asset class whose value can change with huge margins quickly. Since miners earn rewards in cryptocurrency, the volatility of this asset class affects the profitability of mining significantly, holding all other variables constant. Additionally, mining operations may be unprofitable for digital assets like Bitcoin that embed halving in their design when the reward diminishes, even as the mining difficulty increases.
Wrapping Up
Like with most investments, crypto mining is a high-risk venture with the potential for massive returns. Understanding the advantages and disadvantages of mining is crucial for making informed decisions. While mining profitability depends on market conditions, electricity costs, and equipment efficiency, the industry's future looks promising as technological advancements and regulatory frameworks evolve.

For instance, the US is on a mission to ensure responsible development of digital assets with a focus on minimizing risks and ensuring consumer and investor protection. Additionally, cryptocurrencies like Ethereum transitioned successfully from the PoW algorithm to the less energy-intensive PoS consensus. As a result, as the regulatory landscape stabilizes, blockchain networks transition to better algorithms, and the focus shifts to renewable energy, most of the shortcomings will be old times.

### Is Crypto Mining Still Profitable?

To assess whether mining is profitable, it’s crucial to evaluate its profitability. Profitability is influenced by both revenue and costs. In the realm of Bitcoin mining, revenue is affected by several key factors: the price of Bitcoin, the network’s hashrate and corresponding difficulty adjustments, block rewards (which include both the block subsidy and transaction fees), and the efficiency of your mining equipment (or fleet).

Costs can be divided into two categories. The first is the initial investment, or capital expenditure (CapEx). If you are using hosting services, this typically includes the cost of the ASIC miner along with any additional expenses like shipping and setup fees. The second category is operational expenses (OpEx), which encompass ongoing costs such as electricity, maintenance, repairs, and security. For those utilizing hosting services, these operational costs are often bundled into a single hosting service fee.

In essence, profitability is determined by subtracting costs from revenue. However, in the world of crypto mining, this calculation is not straightforward due to factors beyond miners’ control, such as Bitcoin price and block rewards. Let’s delve into the calculations and see is crypto mining still profitable.
Calculating Profitability in Bitcoin Mining
Profitability in Bitcoin mining involves comparing your revenue with your expenses. Here’s a how to calculate the revenue and expenses:
Calculate Revenue
Determine how much Bitcoin you expect to mine over a given period. This depends on your mining hardware’s hashrate, the network’s total hashrate, and the network difficulty. Estimate the revenue by multiplying the amount of Bitcoin mined by the current or projected Bitcoin price. The revenue can be calculated by multiplying the Bitcoin mined by the Bitcoin price.

A simplified way to go about calculating revenue is to use an indicator called hashprice. Hashprice shows how much a miner can expect to earn in USD ($) per Petahash (PH/s) of computing power per day. This is a function of network difficulty, block subsidy, transaction fees and Bitcoin price. Hashprice is measured in $/PH/Day.
Bitcoin Mining Calculator
Use our Bitcoin Mining Calculator to estimate your monthly and yearly income based on the miner model, cost of energy, power consumption, number of miners, and pool fee. Alternatively, contact our expert for investment advice.


Find the Bitcoin Mining Calculator at the link provided.
Calculate Expenses
The operational expenditure will depend on the type of mining business you run. When your mining hardware are running at a hosting facility, the OpEx can be as straight forward as the hosting fee and costs for repair. 

When you operate your own data centre infrastructure the expenses consist of different types.

 	Operating Expenses (OpEx): Day-to-day costs of running a business (e.g. rent, energy bills, salaries, office supplies).
 	Non-operating Expenses: Costs not related to core business operations (e.g., interest expenses, losses on asset sales).
 	Depreciation and Amortization: Allocation of the cost of tangible and intangible assets over their useful lives.

Payback Period or ROI in Days
To calculate the crypto mining return on investment (ROI) in days, you need to determine the time it takes for your investment to generate a return equivalent to the initial investment. This is often referred to as the “payback period.” Here’s how you can calculate it:

 	Determine Initial Investment (CapEx): This is the total amount spent upfront to start the mining operation (e.g., cost of mining hardware, setup fees).
 	Calculate Daily Net Profit: Daily Revenue – daily expenses.
 	Calculate Payback Period (ROI in Days): ROI in Days = Initial Investment / Daily Net Profit.

When evaluating an investment in Bitcoin mining, calculating the payback period is often more important than the profitability. Main reason is the fact that the newest and most efficient machines often are sold for a premium. Depending on how big this premium is and what your operational expenses look like, it might be worth considering a lower capital expenditure per TH because the cryptocurrency mining rig ROI in days might be shorter.


Crucial to Understand Market Cycles When Calculating Profitability
When investing in Bitcoin mining and calculating profitability, it is important to keep in mind that the industry is very cyclical. The cyclicality does not only apply to Bitcoin price, but also to hashprice, transaction fees and ASIC miners.

Revenue is highest during the later stages of the Bitcoin bull market when the price increase of BTC outpaces the amount of ASIC Bitcoin miners that can be deployed. When projecting return it is always important to be conservative. The period of high profitability is relatively short. In order to be a successful miner it is important to manage cashflow in such a way that bull market profits helps you to survive a crypto winter or even seize opportunities during a downmarket.

 	
Additional Bitcoin mining ROI can be impacted by transaction fees which have been spiking due to ordinals. Transaction fees as a percentage of block rewards become more important. During short term periods, profitability even doubled.

 	
Timing the ASIC markets is crucial. Machines are currently cheaper and provide more TH per $ than two or three years ago. Miner prices are expected to rise again during the bull market as demand picks up with increased profitability.



Transaction fees
Transaction fees have been spiking due to ordinals. Transaction fees as % of block rewards become more important. During short term periods profitability even doubled.


ASIC Prices
Timing the ASIC markets is crucial. Machines are cheap at the moment more TH per $ than two, three years ago. Miner prices are expected to go up again during the bull market as demand will pick up with increased profitability.


Determine Goal
Before calculating if mining is still profitable it is crucial to determining your goal when investing in Bitcoin mining. It helps you tailor your strategy, manage risks, allocate resources effectively, and measure your success. Different goals lead to different approaches, time horizons, and expectations, influencing decisions on hardware, energy costs, and operational scale. Here are some potential goals:

 	Fiat profit maximization.
 	Acquire BTC below market price.
 	Diversification of an investment portfolio.
 	Contribute to the security and decentralization of the Bitcoin network.
 	Learn about Bitcoin mining and blockchain technology through hands-on experience.

Different goals require different levels of investment in hardware, software, and infrastructure. Clear goals help in assessing and managing risks, such as market volatility, regulatory changes, and operational challenges. Your objective influences operational decisions, such as whether to reinvest profits into new equipment or hold mined Bitcoin. It also affects your approach to cost management, including electricity costs and maintenance.

                        
                            
                                
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It is important to understand that while mining rewards are paid-out in BTC, it's a world apart from simply buying Bitcoin. Buying Bitcoin offers straightforward exposure to price movements with minimal operational fuss, while mining requires investment in infrastructure to earn rewards through transaction validation, demanding more in terms of operations and maintenance. Both paths boast profit potential and risks, but the choice depends on individual investment objectives, risk appetite, and resources. EZ Blockchain explored the nuances between these investment opportunities in detail, click here to learn more.
Measure of the computational power used to mine and process transactions on the Bitcoin network.
Key Elements in Choosing Mining Equipment
In order to determine the profitability of your mining endeavour it is crucial to consider the following key elements when selecting mining equipment:

 	Hashrate Output (TH/s): The computational power, or hashrate, is typically the primary specification to consider.  The higher the amount of TH/s, the greater the computational power and higher the potentially revenue.


 	Power Usage (W): The power is measured in watts (W) and dictates your electricity costs. Lower power consumption is preferable, as it results in reduced electricity bills and greater profitability.


 	Efficiency (J/TH): Bitcoin miner manufacturers and resellers measure efficiency using J/TH. Joules (J) measure the total energy consumed. High efficiency means a low J/TH which is desirable. 


 	Cost ($/TH): ASIC miners are not only sold at a fixed total cost but are also priced in $/TH. The cost of an ASIC miner is driven by factors such as supply, demand and difficulty increase. Other factors that are of influence are spot market or future order and whether a machine is new or used. 

 

### Best Countries to Mine Bitcoin

Source
With power the main resource in Bitcoin mining, miners in different countries continue to struggle to remain afloat amid major inconsistencies in global energy prices. They have to look for countries with cheap and alternative energy while still considering the economic and political stability of the country where they intend to run their operations. 

Besides, with the halving coming up in April 2024, they will have to look for more energy-efficient places to set their miners and operate even leaner to survive. 

So, what’s the best place for Bitcoin mining?

This article will reveal the best countries to mine Bitcoin, the risks and opportunities, and the pros and cons of each location. 

First, let’s look at what determines the best bitcoin mining countries.
 Source
The Bitcoin network uses a proof of work (PoW) algorithm to validate transactions. With this consensus mechanism, miners must solve complex cryptographic puzzles using high-power computers. The computers generate a lot of heat and thus require high-velocity fans to cool them. Consequently, the block validation process becomes pretty energy-intensive, and that’s what makes electricity the most critical factor in Bitcoin mining. 

Since power costs account for the lion's share in Bitcoin mining expenses, miners look for countries and states with low electricity rates. They also consider the type of energy used in these locations as part of the effort toward green Bitcoin mining. That way, the overall mining expense is minimized and mining operations become more environmentally friendly and profitable.
Regulatory Environment
Although Bitcoin has been around for over a decade now, the cryptocurrency industry is still relatively new. Thus, it lacks a clear regulatory framework or accepted international standards for cryptocurrency. As a result, specific countries are forced to adopt their policies on taxation and regulation of crypto-related activities, including mining. 

For instance, China issued an outright ban on anything related to cryptocurrency, while others like Taiwan, Colombia, and Iran instituted partial bans. Bitcoin miners must, therefore, think about the regulatory environment of countries and states where they wish to carry out their mining operations. 
Climate
Cooling is a critical aspect of Bitcoin mining operations. The mining rigs generate large amounts of heat which necessitates investing in cooling infrastructure. However, miners can save on cooling expenses by setting up mining operations in cooler climates. They can reduce the need for cooling fans or immersion cooling systems and channel most of their megawatts to mining.
Infrastructure and Political Stability
Besides supportive policies for Bitcoin mining, the best countries to mine bitcoin need to create an enabling political environment and efficient systems that support this activity. These include political stability and infrastructure like electricity and renewable energy systems, as well as internet connection. With a stable political environment and efficient infrastructural systems, a country will be more attractive and viable for uninterrupted mining operations.

 
Best Countries to Mine Bitcoin



Country
Hashrate (%)
Renewable (%)
Pros
Cons
Opportunities and Risks




Algeria
N/A
N/A
- Low electricity prices
- Heavily dependent on fossil fuel energy
- Potential for renewable energy development - Uncertainty regarding future government policies


Ethiopia
N/A
N/A
- Favorable energy tariffs
- Low renewable energy infrastructure
- Positive government sentiments - Stable grid power - Potential for renewable energy development


Kazakhstan
13.2%
11.3%
- Competitive power prices
- Reliance on fossil fuel energy
- Established legal framework - Favorable climate for Bitcoin mining - Risk of government policy changes affecting mining operations


USA
37.8%
22.5%
- Supportive regulation
- Limited access to renewables in some states
- Access to alternative energy sources, including renewables - Access to Bitcoin mining data center hosting solutions - Potential for innovation in lowering mining costs through alternative energy sources


Georgia
N/A
N/A
- Competitive energy prices
- Overreliance on hydroelectric power
- Clear regulatory framework - Favorable climate for Bitcoin mining - Potential for expansion of hydropower capacity and further reduction in energy prices



Algeria
Algeria is one of the best countries for crypto mining as it is the cheapest country in Africa to produce Bitcoin. This explains why the Tasmanian Times reported in June 2022 that Algeria accounted for up to 10% of the global Bitcoin mining market. The Algerian government has yet to establish stable regulations for Bitcoin mining and the larger crypto space. However, this has in no way hindered the surge in Bitcoin mining as the country has all the right conditions for Bitcoin mining. 

First, Algeria enjoys a favorable climate for Bitcoin mining, and above all, it has some of the lowest electricity prices in the world. On average, households pay $0.039 per kWh, while businesses pay $0.033 per kWh. The cost to mine 1 bitcoin by this country is an average of $4,183. With Bitcoin’s value way above the cost of mining, it leaves mining in Algeria a highly profitable venture.
Pros and Cons of Bitcoin Mining in Algeria
Pros

 	Low electricity prices

Cons

 	Heavily dependent on fossil fuel energy
 	Underdeveloped renewable energy infrastructure

Bitcoin Mining Opportunities and Risks in Algeria
While Algeria is heavily reliant on fossil fuel energy and can maintain low power rates for households and businesses, it has a massive potential for renewable energy. For instance, Algeria has a high solar irradiance level and can generate up to 2100 kilowatts per hour in its desert lands. Renewable energy could help stabilize the grid and lower power costs further. 

On the contrary, the country generates surprisingly low amounts of electricity from solar and other renewable energies. Only 448 MW are generated from solar annually, with 228 MW from hydro and 10 MW of wind power.

However, while Algeria presents exciting opportunities for the growth of renewable energy and Bitcoin mining, it could only be a matter of time before the government realizes and imposes restrictions. Therefore, as much as it provides the perfect conditions for Bitcoin mining, it’s hard for investors to know what the future holds in terms of government policies.
Ethiopia
Ethiopia is also among the countries with low renewable energy capacities despite running three wind power plants in different parts of the country. According to the International Trade Administration, only 8% of its power capacity comes from wind energy, with 2% coming from thermal sources. The remaining 90% is drawn from hydropower. 

Regardless, Ethiopia ranks as one of the best locations for Bitcoin mining, primarily due to its relatively low energy costs. Visual Capitalist’s report indicates that each low power crypto miner spends about $7,169 to mine one BTC in Ethiopia. 

Notably, the Ethiopian government has previously shown positive sentiments about cryptocurrency. In June 2022, the central bank issued a directive for all crypto operators, requiring them to register with the Information Network Security Administration. The move signals the government’s readiness to develop digital currencies while protecting its citizens from crypto-related crimes. 
Pros and Cons of Bitcoin Mining in Ethiopia
Pros

 	Favorable energy tariffs
 	Positive government sentiments
 	Stable grid power

Cons

 	Low renewable energy infrastructure
 	Unclear regulatory framework
 	Underdeveloped infrastructure
 	Low electricity connection in rural areas

Bitcoin Mining Opportunities in Ethiopia
With a positive regulatory framework and competitive power prices, Ethiopia provides a unique potential for Bitcoin mining activities. Ideally, the country has the most critical resource, so investors who are willing to deploy the lacking infrastructure, such as data centers with stable internet bandwidths can run profitable Bitcoin mining operations in the country. Besides, Ethiopia is heavily endowed with renewable energy sources that are yet to be fully exploited.
Kazakhstan
Kazakhstan was considered as the best country to mine bitcoin in 2021 after the collapse of cryptocurrency in China. Bitcoin miners in Kazakhstan enjoy a supportive regulatory environment and an abundance of energy resources that allow Bitcoin miners to mine Bitcoin for $8,762 per BTC. The country suffered a setback due to Bitcoin’s energy-intensive nature, forcing nationwide power outages and power rationing in 2022.

However, it’s still a stronghold in Bitcoin mining, with the largest Bitcoin mine located in Ekibastuz. The government caps energy prices in the country between $0.02 and $0.03 per kWh. Additionally, it’s among the countries that recognize cryptocurrency and have an established framework for crypto and crypto mining activities. Bitcoin miners can thus enjoy profitable crypto mining in a regulated environment. 

Finally, the country experiences favorable temperatures for Bitcoin mining for most of the year. Temperatures can drop to as low as -20 degrees Celsius during winter in the North. 


Source

Pros and Cons of Bitcoin Mining in Kazakhstan
Pros

 	Competitive power prices
 	Established legal framework
 	Favorable climate for Bitcoin mining

Cons

 	Reliance on fossil fuel energy
 	Potential effect of government policies

Bitcoin Mining Opportunities and Risks in Kazakhstan
Bitcoin mining in Kazakhstan has seen its highs and lows already, even without factoring in the crypto winter. The country’s grid was strained after an influx in Bitcoin mining activities, forcing the government to adopt power rationing programs. 

While it’s rebounding, the new legislation poses yet another risk for Bitcoin miners. For instance, from 2024, miners will be required to sell 75% of their assets through registered exchanges in a bid to curb tax evasion. Consequently, miners are still at a crossroads on whether the new regulation will have positive impacts on their mining operations. 
The USA
For a while now, the United States has cemented its position as the best country for crypto mining. Going by 2023 mining statistics, the US alone contributed over 38% of the total Bitcoin network hash rate. Even though the average cost of mining one BTC is estimated at $21,089, it’s still a booming Bitcoin mining hub for a couple of strategic reasons.

First, most of the US states are pro-crypto and have supportive legislation for Bitcoin mining and everything related to crypto. For instance, Texas has already set itself apart as the crypto capital in the US, contributing more than 28% of the total hashing power of the US. Notably, investors in Texas enjoy permissive regulation for Bitcoin mining and an abundance of green energy. The state generates more power from wind and solar than any other US state.

Second, the country has access to facilities and infrastructure for Bitcoin mining, including internet connections, Bitcoin mining data centers, and professional mining hosting companies like EZ Blockchain. 
Pros and Cons of Bitcoin Mining in the US
Pros

 	Supportive regulation
 	Access to alternative energy sources, including renewables
 	Access to Bitcoin mining data center hosting solutions

Cons

 	Limited access to renewables in some states
 	Varying energy costs in different states

Bitcoin Mining Opportunities and Risks in the US
While the average cost of mining Bitcoin in the US is high compared to countries like Kazakhstan and Georgia, there’s still a huge potential for Bitcoin mining in the US in the future. The country enjoys political stability, a supportive regulatory environment, and access to the necessary infrastructure for Bitcoin mining. 

Additionally, hosting companies like EZ Blockchain are providing innovative solutions that are helping lower the cost of mining. For instance, besides providing immersion cooling that saves on energy used in cooling, the company explores alternative energy sources of stranded and flared gas on oil fields. Such solutions are helping lower mining costs while ensuring clean Bitcoin mining. 
Georgia
The cost of mining one BTC in Georgia is estimated to be $13,143. While it is quite high compared to other locations like Algeria and Kazakhstan, it’s still a great location, especially for miners with a sharp focus on green Bitcoin mining. Only 2% of the country’s total energy supply comes from coal and natural gas, with 70% drawn from hydropower. 

Besides the relatively low energy prices of $0.075-$0.11 per kWh, miners in Georgia operate in an unregulated and business-friendly environment. However, the National Bank of Georgia regulates crypto taxes, and Bitcoin mining companies must apply for licenses before they can start their operations. With a supportive government and an abundance of hydroelectric power, Georgia joins the list of the best countries in the world to mine Bitcoin today. 
Pros and Cons of Bitcoin Mining in Georgia 
Pros

 	Competitive energy prices
 	Clear regulatory framework
 	Favorable climate for Bitcoin mining
 	Favorable tax regime

Cons

 	Overreliance on hydroelectric power

Bitcoin Mining Opportunities and Risks in Georgia
The potential for Bitcoin mining in Georgia is unlimited. The government acknowledges cryptocurrency and even allows Bitcoin ATMs in Georgia. With the Georgian state electricity producer looking to expand its hydropower capacity from 4600 MW to nearly 10,000 MW in the next ten years, energy prices could be lower in the future and accelerate Bitcoin mining activities in the country.


                        
                            
                                
                                    Bitcoin mining
                                    Fully owned US-based mining facilities
                                
                                
                                    
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                                        services
                                    
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The Cost To Mine 1 Bitcoin By Country



Average Global Cost


Source
Cost per Bitcoin
Year




Visual Capitalist
$35,404.03
2022


CoinGecko
$46,291.24
2023



 

 



Most Expensive Countries


Country
Cost per Bitcoin
Year




Italy
$208,560.33
2023


Austria
$184,352.44
2023



 

 



Cheapest Countries


Country
Cost per Bitcoin
Year




Lebanon
$266
2023


Iran
Less than $4,000
2023



 

 



Regional Differences


Region
Average Cost per Bitcoin
Source
Year




Europe
$85,767.84
CoinGecko
2023


Asia
$20,635.62
CoinGecko
2023



 
Final Word
Bitcoin mining has been a controversial subject over its relationship with the environment. As an energy-intensive process and with most countries largely dependent on fossil fuel energy, Bitcoin mining poses an environmental and sustainability threat. Energy prices have also been a concern as skyrocketing global energy prices render mining activities unprofitable. As such, miners are forced to look for cheap energy that makes their activities profitable and minimizes the carbon footprint. 

Eventually, renewable energy sources will help relieve the national grid and ease electricity rates. But it's only in countries that manage to build the infrastructure to explore renewable sources like wind, solar, and gas. For now, miners are more concerned with the best energy rates, and this explains why Algeria and Ethiopia are the best places to mine Bitcoin today.  

### How to Choose Crypto Mining Equipment in 2024

SOURCE: 
"Buy low, sell high" is possibly the most famous adage about making money in the stock market. The same phrase has turned into a meme among cryptocurrency traders. With ASIC prices at historic lows, is now seems like the right time to invest in Bitcoin mining equipment. But what factors should you consider when choosing mining equipment?

This article will cover the important elements you need to take into consideration when purchasing mining equipment. We'll explore the different factors that will determine profitability and delve into the various ASIC Bitcoin miner manufacturers.
Crucial Elements in Selecting Mining Equipment  
When purchasing an ASIC mining machine, it's crucial to consider the following key elements: 

 	Hashrate Output (TH/s)  
 	Power (W) 
 	Efficiency (J/TH) 
 	Cost of the Miner ($/TH) 
 	Lead Time  
 	Spot vs Future Orders 
 	Condition and Warranty 

Hashrate Output (TH/s) 

The computational power, or hashrate, is typically the primary specification to consider. Hashes per second (H/s) denote the speed at which an ASIC completes operations. 'T' represents 'Tera,' which stands for one trillion. For instance, 1 Tera Hash per second (TH/s) equals 1,000,000,000,000 hashes per second. TH/s serves as the unit of account for ASICs. Higher TH/s indicates greater computational power and potentially higher revenue. 

Power (W) 

The power is measured in watts (W) and dictates your electricity costs. Lower power consumption is preferable, as it results in reduced electricity bills and greater profitability. Among two devices producing the same TH/s, the one with lower electricity usage is more profitable. 

Efficiency (J/TH) 

Bitcoin miner manufacturers and resellers measure efficiency using J/TH. Joules (J) measure the total energy consumed. Lower efficiency or J/TH is desirable. Newer models are often more efficient. For example, the popular Bitmain S19J Pro boasts an efficiency of 30.5 J/TH, while the latest air-cooled model, the S21, operates at 17.5 J/TH. 

Cost ($/TH) 

ASIC miners are not only sold at a fixed total cost but are also priced in $/TH. Some models offer various hashrate outputs, such as the S19J Pro with 96, 100, 104, and 110 TH/s variations. Batches of a single model may contain machines with differing hashrates. Hence, resellers and distributors often prefer indicating costs in $/TH. The ASIC Price Index, a benchmark reflecting the current prices of different Bitcoin mining ASICs grouped by four efficiency tiers, also employs $/TH.
SOURCE: 
Lead Time 

The lead time is the duration between placing an order and the delivery or deployment of the machine. Most machines are produced in Asia and need to be shipped to foreign markets, which takes time. The longer the wait, the higher the opportunity costs because you are not mining. This is why some miners prefer to pay more for a machine that is already in the country, at a facility, or even on the rack hashing. 

Spot vs. Future Orders 

Production takes time. It often happens that existing models or new releases are not readily available on the spot market. Miners can place future orders to ensure their fleet for an upcoming period. Ordering future batches allows miners to negotiate a better price as it will guarantee manufacturers the offtake of their future production. The disadvantage of future orders is that certain manufacturers are infamous for their production delays. 

Condition & Warranty  

Alongside new mining machines, there is also a thriving market for used ASICs. When considering buying a used miner, it is wise to ask for a hash report that includes data on power usage and how many TH/s the miner runs at. This is important because machines might have malfunctions like failing fans, chips, or even a dead hashboard, which can result in poorer performance than the same model that is new. 
 SOURCE: 
New units from most manufacturers come with a 12-month warranty. If a used unit is older than 12 months, this warranty does not apply anymore. The warranty is also voided as soon as you tamper with the machine, for example, by changing firmware or replacing parts like the control board. 

Is Bitcoin Mining a Good Investment? 
Profitability 

To determine if mining makes sense for you, it is important to analyse profitability. This involves not only revenue and initial investment but also operational costs. Operational costs (OPEX) consist of various elements such as electricity, maintenance, repairs, security, etc. When using a hosting service, these costs are often included in a hosting service fee. You can use proprietary data sheets to calculate profitability or utilize one of the online Bitcoin mining profitability calculators available. 

Return On Investment (ROI) 

In addition to determining profitability, it's beneficial to compare Return On Investment (ROI) in days between machines. Depending on the initial investment and operational costs, a less efficient machine might pay itself off faster due to a lower purchase cost. However, more efficient machines protect a miner better from potential Bitcoin price decline, rapid difficulty increases and halving events. 

Uptime 

Mining equipment generates revenue only when online, making uptime a crucial indicator for performance in Bitcoin mining. The industry standard for operational uptime is 95%. Sometimes, a lower uptime might be worth considering if operational costs are lower. Participating in demand response programs might result in a lower electricity price or credits. 
Uptime on an ASIC level is heavily influenced by the failure rate of mining equipment. ASIC miners are often exposed to harsh environments and high temperatures. Implementing cleaning and preventive maintenance schedules will minimize failures. However, it's common for miners to break down after running for a while. Rapid repair capability is essential to maximize uptime. Having an in-house repair team and spare parts on-site reduces the time needed for repairs. In some cases, it makes sense to repair a miner on-site despite having a warranty. Shipping machines to a certified repair shop can increase the offline time of the ASIC. 

Mining Equipment Manufactures 
The Top 3 ASIC Bitcoin Miner Producers 

There are various ASIC manufacturers to choose from. Bitmain (Antminer) dominates with a 74.34% market share, followed by MicroBT (Whatsminer) with 17.98%. Canaan (Avalon) is the third largest and the only manufacturer that is publicly listed. All these companies originated in China and produce in various Asian countries. Additionally, MicroBT also assembles in the US. 

Throughout 2023, the top 3 ASIC manufacturers (Bitmain, MicroBT, and Canaan) all launched new models. In addition to air-cooled ASICs, Bitmain and MicroBT both released hydro-cooled models. The MicroBT 50 & 60 series, and the Canaan 14 series also include dedicated immersion miners. 


SOURCE:
Sub 20 J/TH Bitcoin Miners 

In September 2023, Bitmain announced the launch of the S21 series, set to hit the market in early 2024. The air-cooled version of the Antminer S21 boasts an efficiency of 17 J/TH, while the hydro-cooled S21 Hyd achieves an impressive 16 J/TH. Following the S21, Bitmain also unveiled the T21 series. The T21 offers the flexibility to switch between Normal Energy Mode (NEM) and High Energy Mode (HEM). In NEM, it reaches 190 TH/s at 19 J/TH, while in HEM, it achieves 233 TH/s with an efficiency of 22 J/TH.


SOURCE:
The Whatsminer M60 series is available in air-cooled, hydro-cooled, and immersion-cooling versions. The S series boasts an efficiency of 18.5 J/TH, while the non-S series achieves just under 20 J/TH. The M66S immersion-cooled miner can even reach an efficiency of 17 J/TH when operated in low power mode. Canaan introduced the Avalon A14 series. The A1446I immersion-cooled miner runs at 170 TH/s with a power consumption of 3320W, resulting in an efficiency of 19.5 J/TH. 
Other Bitcoin ASIC Miner Manufacturers 
In addition to the top three manufacturers, there are also smaller players in the ASIC miner market, such as Auradine, DesiweMiner, Ebang, ePIC, StrongU, iPollo, and Goldshell. These manufacturers often try to differentiate themselves from the top players by offering unique features. Here are some examples: 

 	ePIC Blockchain offers ASICs designed in North America. Their machines are air-cooled but immersion-ready and utilize a Universal Mining Control (UMC) board & firmware, allowing for dynamic tuning. 
 	DesiweMiner stands out with two notable features. Firstly, their smart boost machines automatically overclock. Secondly, the control board includes a display showing information such as the IP address, power usage, hashrate, and efficiency. 
 	Auradine, a Silicon Valley-based company, produces the TeraFlux miners which feature EnergyTune. This program allows for quick power adjustments without system rebooting. Both power and hashrate can be adjusted to the desired target, with the system automatically tuning accordingly. 


                        
                            
                                
                                    Bitcoin mining
                                    Fully owned US-based mining facilities
                                
                                
                                    
                                        hosting
                                        services
                                    
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                                        From
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More About Choosing a Bitcoin Asic Miner
Types of Miners

Crypto mining equipment comes in different types. However, the equipment's hashing power, energy consumption, and mining rewards are what matters for mining profitability. Investors strive to balance miner cost, hash rate, power consumption, durability, and overall cost-effectiveness. Typically, a miner can be a CPU, GPU, ASIC, or FPGA.

CPU Mining in 2024

CPU mining was the first method used to mine Bitcoin. With around 10 megahashes per second hash rate, Satoshi used a computer's basic central processing unit to verify the genesis block. However, due to the increasing mining difficulty on the Bitcoin network, the computing power provided by CPU miners could no longer keep up. Miners had to shift to GPU miners for profitable bitcoin mining. Though you can still mine some crypto using CPU miners, mining BTC with a CPU is unprofitable.

GPU Mining in 2024

Graphics Processing Units (GPUs) came to ease the increasing complexity of crypto mining. The first bitcoin mining with GPU happened in October 2010 to leverage GPU’s parallel processing power, enabling them to compute the cryptographic puzzles faster and more efficiently. Their primary advantage is their ability to run multiple operations in parallel, and miners can even use multi-GPU miners to run concurrently. With most modern GPUs, you have up to 2000 times the hashing power delivered by a 20 kilohashes CPU miner. 


SOURCE: 
FPGA Mining in 2024

With the continuous volatility of the crypto industry in terms of crypto prices, mining complexity, and mining costs, there’s a constant need to mine more efficiently. Consequently, the field-programmable gate array miners were introduced to make mining more lucrative. The FPGA miner is an electric circuit that can be programmed and reconfigured to perform different tasks. They offer up to five times the cost and energy efficiency of GPU miners, and you can use the same equipment to mine different cryptocurrencies with different algorithms.

ASIC Mining in 2024

Despite the convenience of FPGA miners, investors still wanted more improved mining machines that provide efficiency in energy consumption and initial cost. In addition, crypto mining was growing to a large-scale billion-dollar industry, even as competition among nodes and mining difficulty increased. 

Application Specific Integrated Circuits (ASICs) provided a workable solution due to their high computing power. Ideally, ASIC miners are much more powerful than popular GPU mining rigs. Unlike GPU miners, whose power is measured in megahashes per second, ASIC’s power is computed in terahashes per second. The first ASICs were also 200 times more powerful than the standard GPU miner. 

While crypto mining remains an ever-evolving industry, ASIC miners remain the linchpin of bitcoin mining. They are uniquely tailored to validate transactions on blockchain networks more efficiently, and above all, their prices have come to an all-time low in the last couple of months. 
Top ASIC Mining Rigs
The ASICs are the basis for the next generation that most investors prioritize. They have mining rig models released in November 2023 that top 300 Th/s. For instance, MicroBT WhatsMiner M63S has a hash rate of 390 Th/s and a power consumption rate of 7215 watts, while MicroBT WhatsMiner M63 has a hash rate of 334 Th/s and a power consumption of 6646 watts. Other ASIC miners set for release in February 2024 include:



Miner
Hashrate
Power Consumption


Bitmain Antminer S21 Hyd
335 Th/s
5360 watts


Bitmain Antminer S21
200 Th/s
3550 watts


MicroBT WhatsMiner M60S
186 Th/s
3441 watts


Bitmain Antminer T21
190 Th/s
3610 watts


MicroBT WhatsMiner M60
172 Th/s
3422 watts



 

Miner Prices


SOURCE:
After a long crypto winter that nearly became an ice age, the crypto industry is fast rebounding. Bitcoin dipped to lows of $16,000 in 2022 amid the second crypto winter but has regained traction, topping $42,000 in December 2023. However, the effects of the crypto winter can still be felt in crypto mining equipment prices. 

As crypto prices generally declined, investors were less interested in mining activities. The crypto winter came when global energy prices rose, so Bitcoin mining was largely unprofitable. Many mining companies declared bankrupt, and mining entry costs came to a record low. However, as crypto prices continue to rebound, more people may be interested in acquiring new and more efficient mining equipment, more so in readiness for Bitcoin halving in April 2024. Others who invested in old equipment and have not yet used it will also need to update their equipment, and this could mean more demand for miners, hence a rise in their prices in 2024.

Investors looking to invest in updated miners like the MicroBT WhatsMiner M63S will have to pay between $9,000 and $11,000, depending on where they acquire the miner. However, older miners like the Bitmain Antminer S19 Pro with 110 Th/s are available for as low as $1,600.


SOURCE:

How Will Halving Affect Miners?
After bitcoin halving, many miners will become unprofitable, but not all will be unprofitable to turn off immediately. Usually, there is a period when miners will accumulate enough Bitcoin and hold with the hope the price goes up so they can sell those Bitcoins to power their costs. However, that strategy doesn’t work because you usually have no idea how long the price stays where it is, and maybe it never goes up.

The market participants who have updated their equipment for a new one would be in a good spot. But it depends on which cost they update that equipment because, at the end of the day, bitcoin mining is a business like everything else. If you spend $1,000 to make $300 and then spend another thousand dollars to keep making $300, that doesn't do anything for you.

Therefore, what’s important is to ensure that if you have all the equipment you need, it runs as long as possible at a low power cost until it actually fails.

 
“I think that those market participants who do not have equipment higher than a hundred tera hash per second will not make money within the 6 months after halving, unless, of course, Bitcoin price goes up.”
 

But if the Bitcoin price goes up, there will be more demand and fewer rewards to share. So, if you are a new miner, the only mining equipment that you should buy is with an efficiency of less than 21 Joules per tera hash. That equipment will be very competitive, and you will stay in a game for quite some time.
Will Older Miners Still Be Effective in 2024?

SOURCE:
According to Sergii Gerasymovych, the CEO of EZ Blockchain, older mining equipment will not likely be effective in 2024 or any time in the future. During his webinar on Bitcoin Halving 2024, Sergii was candid about the fate of older mining equipment and how the bitcoin halving will affect them.

 
“Unfortunately, the Bull Run of 2021 to 2022 drove the cost of crypto mining equipment to insanity. Many people did buy the cryptocurrency mining equipment on the top, so that means that those players are still sitting with that equipment. They have not sold it because that equipment has not made any money yet and is far from making any money, and that's a big issue. They will not survive the halving if they don't throw more capital, small or big.”

 
Cooling
Crypto mining is a highly energy-intensive process, and as a result, it generates a lot of heat. The mining rigs emit a substantial amount of heat that can damage their components and must, therefore, be effectively managed. Primarily, miners choose between the cooling technologies of air and immersion cooling.

Air Cooling Technology

Air cooling is the most commonly used and most affordable cooling technology in crypto mining. Here, miners use strategically placed high-velocity fans to circulate air around their miners. The fans ensure that the hot air dissipated from the mining hardware is blown away while drawing in cold air to cool the miners. These cooling systems are cheap to install and maintain, although they are inefficient with large-scale mining operations with many mining rigs. 

Immersion Cooling Technology

Immersion cooling provides the efficiency every investor needs for large-scale crypto mining. This cooling method completely submerges the mining equipment in a thermally conductive but electrically non-conductive fluid. Although the initial cost of the immersion cooling infrastructure is high compared to air cooling, it provides unmatched efficiency in cooling and additional benefits.

 	Increased miner hash rate
 	100% noise reduction because there are no rotating miner fans
 	Protects mining equipment from dust and debris
 	Extended equipment lifespan
 	Saves the energy used in running fans

Self Mining vs Hosted Mining

SOURCE:
Self Mining

In its simplest form, self-mining is the process of assembling own miners in a private space for bitcoin mining. You’re responsible for developing all the necessary infrastructure, including the floor space, sourcing the miners, power, cooling infrastructure, and handling all mining operations. 

However, due to the complexity of bitcoin mining, self-mining comes with drawbacks.

 	High power rates - solo miners lack the advantage of economies of scale and are thus unable to negotiate favorable power rates with energy companies.
 	Limited infrastructure - self-miners lack the resources to build the infrastructure required in crypto mining.
 	Dealing with mining complexities - solo miners are responsible for their mining setup. They must handle all the complexities, including equipment breakdown, dealing with noise, and maintaining the appropriate uptime and internet bandwidth.

Hosted Mining

Hosted mining, on the other hand, refers to mining cryptocurrency from a rented space. Miners contract a hosting service company to handle all their mining operations for a fee. The hosting service will provide power, cabinets, racks, internet, cooling, and all operational aspects. 

With a hosting service, miners are guaranteed of:

 	Competitive power prices - mining hosting companies can negotiate better energy rates with utility companies. As a result, they provide affordable hosting packages to their clients.
 	Cooling infrastructure - most hosting services like EZ Blockchain provide clients with different cooling infrastructure. You can choose between air and immersion cooling for your miners.
 	Professional team - with a hosting service, mining rigs are left in the hands of professional teams, including experienced engineers and technical staff. They assemble the miners for you and handle all technical issues.
 	No heat and noise pollution - mining hosting companies situate their data centers away from residential areas. As such, you don’t have to worry about your mining operations being a nuisance in your neighborhood. 

So, What Should You Mine, Bitcoin or Altcoins?
 SOURCE:
Bitcoin remains the most popular and valuable cryptocurrency. It has the highest market capitalization and a relatively high trading volume compared to most altcoins. However, the crypto giant has received massive criticism in the past over its mining process. Bitcoin uses the proof of work algorithm, which is quite energy intensive, making bitcoin mining have a large carbon footprint. 

Regardless, Bitcoin is still among the best crypto coins to mine when you have the right setup. Besides, it has a massive influence on the crypto industry, and with its reward reduction design embedded in its codebase, the crypto has vast potential.

Additionally, thought leaders like EZ Blockchain are quickly changing the narrative and turning Bitcoin mining’s high power consumption into a solution for wasted energy and a grid-balancing solution.

With EZ Blockchain hosting service, you can make up to 50% more from Bitcoin mining, thanks to their methodology that ensures efficient mining. 

The company has a great relationship with and works with oil and gas companies to explore stranded and wasted energy, hence providing the best electricity prices on the market.

Additionally, the company uses alternative energy sources of wind, solar, nuclear, and gas to provide affordable hosting packages. 

### BTC 2024: Should You Attend the Biggest Conference in the US?

This article delves into whether attending the BTC Conference is a good idea by discussing the event and what the BTC community anticipates. From hearing from thought leaders in the field to seeing cutting-edge projects up close, we'll outline all the possible advantages.
Why Attend BTC 2024
This advancing Bitcoin development conference provides the perfect platform for:
1.   Premier Networking Opportunities
The profiles of the attending audience at BTC 2024 include those who want to expand their professional network related to the Bitcoin sector. This conference captures passionate fans, proficient developers, investors, and business executives across the globe. It is a huge opportunity to meet and build friendships with like-minded people.

The conference provides:

 	 The perfect platform for discovering new consumers for your business.
 	 Collaborating on an innovative initiative with others.
 	 Looking for a job.

You may also use the conference's specialist app to plan and meet with the people you want to. It will save you a lot of effort and allow you to make the most of your time there.
2.   Exclusive Product Launches and Demonstrations
At the forthcoming BTC conference, accomplished experts will showcase state-of-the-art innovations while sharing their knowledge. At this year's expo, EZ Blockchain (EZB) is ecstatic to show off our newest creation: a hosting solution tailored just for Bitcoin miners. Furthermore, we will provide the industry's first fully functional mining hosting dashboard software. This ground-breaking solution makes it easy to keep tabs on all your critical mining data in one place.



The dashboard provides a complete overview of essential information, including invoicing data and the current status of your miners at EZB locations. If you want to be at the forefront of the blockchain industry, BTC 2024 is the ideal destination. This is due to the simultaneous occurrence of several advanced technology demonstrations. By attending, you will have exclusive access to information about EZB's mining solutions and stay up-to-date on the latest developments in the industry.

As one of the most important events for the Bitcoin community, the event attracts over 400 sponsors and more than 800 media outlets. CleanSpark, Core Scientific, Hive Blockchain, Galaxy Digital, BitPay, Ledger, and other industry names will be in attendance. Some of these are energy companies, miners, trading and exchange companies, fintech companies, and law and regulatory service companies (BTC Inc.).

The global gathering is known for bringing in well-known figures in the Bitcoin and other cryptocurrency communities. Most of the time, information about Bitcoin 2024 speakers is released just before the event. This means anyone who wants to know about the speakers can know what to expect early enough. From Hive Digital’s Aydin Kilic, Fred Thiel of Marathon Digital Holdings, and Bitfarm’s Jeff Lucas. 
Opportunities to source from BTC Conference
According to EZ Perspectives, the next BTC 2024 Conference will be a treasure mine of opportunities for all attendees. This includes:

 	       Entrepreneurs and new companies: The event is an excellent spot for startups to launch. BTC 2024 aims to raise awareness about your company, attract investors, and foster partnerships to take your business to the next level.
 	       Prospective investors: BTC 2024 presents the final bids of a vibrant and varied set of organizations. You may be able to identify good business opportunities and insider tips for success. You will also interact with other crypto investors and develop effective strategies for increasing the value of your portfolio.
 	       Blockchain developers: The BTC conference 2024 is your only chance to discover innovations introduced by those with first-hand experience. Participate in conferences with other like-minded scientific practitioners and inventors to stay aware of advancements.
 	       Individuals looking for employment: The meeting is a perfect opportunity to secure a job because it allows them to meet prospective employers seeking your exact skills. If you target the right people and prove to them what you are capable of, you could quickly get the job of your dreams in the blockchain sector. From software developers to influencers and marketing specialists, the largest BTC expo could be your breakthrough. 

Who Else Will Be There?
At the BTC 2024 event, you can engage in networking activities with EZ Blockchain and several other influential entities in the industry. Cryptocurrency personalities and representatives of banks, IT companies, and blockchain firms will also be in attendance, as participants will be allowed to engage with them. 


Source: 
While the exact schedule of this year's event has not been determined yet, as per past events, the line-up of speakers will be on par with previous ones, including Jack Dorsey, Michael Saylor, Cathie Wood, and many others.
The Pros of Attending BTC 2024
Like the well-known Blockchain Connect Conference, this one provides a rare opportunity to gain valuable insights. The perks of attending this conference include:

 	       Sales, Networking, and Partnership Opportunities: If you want to connect with the top players in the Bitcoin industry and expand your network, attending BTC 2024 is a must. When you gather influential individuals, it becomes effortless to establish connections at the highest echelons, discover potential sales opportunities, and finalize deals. At BTC 2024, companies can connect with others who share their interests to gain an advantage in the Bitcoin industry and accelerate their progress.
 	       Marketing Exposure: Attending the Bitcoin 2024 conference could greatly benefit your business. By setting up a booth, you can easily engage with diverse individuals genuinely interested in your company, including potential investors and clients. Additionally, you can interact directly with potential customers and receive valuable feedback about your products. These encounters are crucial for the development of your organization.
 	       Job Opportunities: Attending BTC 2024 could be a game-changer for your career if you're open to new opportunities. The blockchain industry is experiencing significant growth, resulting in numerous job opportunities. This conference is the perfect opportunity for your company to find top talent. For this reason, attending this event proves very advantageous in today’s cut-throat employment environment. Among such advantages, it is possible to highlight the possibility of passing an interview and meeting employers personally, as well as prove your worth and get a job interview straight away.
 	       Learning and Development: Specialists from the business will conduct workshops and keynote addresses. The best way to learn something is to talk about it and immerse yourself in it rather than merely read about it in a book.
 	       Strategic Meetings Through the Event App: The BTC 2024 app is designed to make the conference experience more convenient and personalized. In addition to displaying the agenda, it enables participants to schedule meetings in advance, giving them more control over their time. By doing this, you are assured of not getting mixed up or rushing at the last minute. You get to have a proper time set and book proper physical meetings with the intended business people and other personalities you wish to meet. This tool will assist you in easily identifying those you need to network with and making the most of your time at the conference.

The Negative Implications for Attending BTC 2024
Attending the BTC could prove problematic due to:

 	       High Ticket Prices: Most college students who are Bitcoin enthusiasts are in financial distress. As a result, this limits the number of people who manage to attend BTC conferences due to the high cost. Industry passes will cost $1,600 in 2024, which sets a different trend compared to the early years of the passes when they sold at $1,000. Some smaller businesses and individuals might need help to afford the event because of the significant price increase
 	       The Need for Active Engagement: If you limit your participation to attending BTC 2024, you won't fully maximize your experience. To fully capitalize on this significant Bitcoin conference, it is essential to have a well-thought-out plan. Participating in conversations, establishing relationships with fellow participants, and staying connected with them even after the event concludes are all important aspects. This straightforward approach can help you maximize your conference investment and capitalize on opportunities within the Bitcoin community.

The Bigger Picture
Attending the BTC will make you a direct observer of the existing development of the Bitcoin industry and not just participate in a conference. This is arguably the premier Bitcoin event in the United States, and it is through this event that vital personalities and creative ideas are developed. Whether you're a seasoned Bitcoin expert or a beginner, there are plenty of opportunities to learn from professionals, connect with fellow enthusiasts, and collaborate on projects.

Although the costs of participating may appear high, the potential rewards can be significant for individuals deeply involved in the Bitcoin community. Imagine the advantages of connecting with influential individuals, getting an exclusive preview of upcoming products, and acquiring valuable industry knowledge without spending a single penny. Getting involved in BTC 2024 could significantly impact your Bitcoin career.
Wrapping Up
The BTC 2024 event is expected to be a significant milestone for Bitcoin enthusiasts. It will offer plenty of opportunities to connect, acquire knowledge, and stay ahead in the fast-paced cryptocurrency industry. Participants can anticipate thrilling updates, including the introduction of new offerings from EZ Blockchain, a prominent company in the industry. Nevertheless, the conference's actual worth is in the opportunity to establish contacts with significant persons and renowned intellectuals. 2024 offers several opportunities for experienced experts, ambitious entrepreneurs, and investors seeking BTC's next important business endeavor. Ensure you seize the chance to completely engage yourself in the dynamic and constantly growing Bitcoin sector and join the revolution.

 

### West Point City's Job Boom: EZ Blockchain Harnesses Wasted Energy for Bitcoin Mining

The West Point City Council recently greenlit its 2024 budget, setting it at a notable $28,433,382, marking a $6,973,707 increase from the previous year. This substantial rise is attributed to enhanced tax and utility revenues. Notably, the tax revenue boost stems from the expiration of PILOT (Payment In Lieu Of Tax) incentive programs for some automotive industries in the area.

A significant contributor to the increased utility revenue is EZ Blockchain, a crypto mining company that has become the city's largest utility customer since its arrival in 2020. With this expanded budget, West Point plans to add eight new staff positions across various departments, including general government, police, fire/EMS, public works, 911/Communications, and utilities.

The budget also allocates funds for new equipment and vehicles, including a loader truck, an ambulance, a digger derrick truck for the utilities/electric department, police cruisers, and general service vehicles. Despite holding public hearings on the budget, the city received no public comments.

The 2024 budget encompasses various sectors, including a General Fund of $8,634,800, an Electric budget of $12,543,840, and allocations for Water & Sewer, Gas, E-911, SPLOST, and Sanitation. Additionally, it includes a 6% Cost of Living Adjustment (COLA) for employees.

 

### Bitcoin Halving 2024: Unveiling Key Insights for Miners

But how exactly does the halving work, and has this event always triggered price appreciation? Moreover, when the block subsidy is cut in half, how does it impact the miners? In this article, we will delve into these topics, exploring the mechanics of the halving and examining how price, hashrate, and miner revenues have been affected in previous cycles.

Will we witness another significant mining capitulation, or will this time be different? Let’s find out...
What is the Halving?
The Bitcoin halving is an event that takes place exactly every 210,000 blocks, which equates to roughly four years. It marks a programmed reduction in the subsidy awarded to miners for validating transactions and generating new blocks on the network.

At the launch of the Bitcoin network in 2009, miners were rewarded with 50 BTC for each block they validated. Subsequently, in 2012, the first Bitcoin halving occurred, reducing the block subsidy to 25 BTC. Another halving took place in 2016, further reducing the block subsidy to 12.5 BTC. The most recent halving, in May 2020, decreased the subsidy to 6.25 BTC.

In total, there will be 32 Bitcoin halving events. After that point, no more Bitcoin will be created, as the maximum supply will have been reached. The last Bitcoin is projected to be mined around the year 2140. At that stage, miner revenue will rely solely on transaction fees.
Next Halving Estimated End of April
The next halving is estimated to occur by the end of April 2024. The exact timing of the halving event depends on the speed of block production, which is influenced by the amount of computing power (hashrate) added to or removed from the network. As more machines join the network, blocks are solved more quickly, which can bring the halving event forward.

The difficulty of mining adjusts every epoch, or every 2,016 blocks (approximately every two weeks), to maintain a consistent block time and limit the movement of the halving dates. Various Bitcoin halving countdown clocks are available to track the expected day and time of the halving. Closer to the halving the estimation of the actual date is becoming increasingly precise.


How does the Halving Impact Bitcoin Price?
The impact of the halving event on Bitcoin's price is a topic of frequent discussion among cryptocurrency enthusiasts. Some argue that the halving is already priced into the market, meaning that investors and traders anticipate the event and adjust their strategies accordingly. On the other hand, others believe that the decrease in the supply of new Bitcoin, coupled with constant or increasing demand, can lead to an increase in price, following the principle of price equilibrium.

Looking back at the last three halvings, we observe that each event served as a catalyst for significant price movements. For instance, during the 2020 halving, Bitcoin was trading around $8,600, after which it experienced a remarkable surge, reaching an all-time high of $68,000. This represented an impressive 691% increase in price following the halving event.



While previous halvings have indeed been followed by surges to new price highs, it's important to note that this upward movement has typically occurred with a delay. For instance, after the 2020 halving, it took approximately 194 days for Bitcoin to reach its all-time high level of around $19,750, which was attained on December 17, 2017. Interestingly, the time it took to achieve new record price levels shortened with each successive halving event.

The last two halvings, it took approximately 525 and 547 days (equivalent to 17 to 18 months) before the price of Bitcoin reached the peak of the bull market. Therefore, if the upcoming halving occurs at the end of April, and we extrapolate from past trends, we might anticipate reaching the peak of the next bull market around September or October 2025.


Will Miners Capitulate Again in 2024?
The reduction in the block subsidy, coupled with the lag in Bitcoin price appreciation following halving events, has significant implications for the mining industry. Historically, each halving has led to a decline in hashrate, indicating that miners are forced to take machines offline as they become unprofitable to operate.

For instance, following the last halving in May 2020, there was a notable drop in hashrate. In just 11 days, the hashrate 7-day moving average, experienced a decrease of approximately 25.30%.



Historical data suggests that hashrate tends to recover to previous levels relatively quickly following halving events. For instance, in 2020, it took approximately 39 days for hashrate to rebound, and in 2016, the recovery occurred even more swiftly.

Considering the upcoming halving, it's reasonable to anticipate a similar response in hashrate. However, it's important to note the substantial growth in the size of the network since the last halving. By the end of January 2024, the network's hashrate had expanded to approximately 525 EH/s, a significant increase from around 120 EH/s leading up to the 2020 halving.

Given these figures, a 25% drop in hashrate would translate to approximately 131 EH/s coming offline. To put this into perspective, this would be equivalent to approximately 1.3 million Antminer S19J Pro 100TH machines being taken offline.


The Impact on Mining Revenue
Hashprice serves as a crucial metric for miners, indicating the expected earnings in USD ($) per Petahash (PH/s) of computing power per day. It's influenced by Bitcoin price, network difficulty, block subsidy, and transaction fees.

Unsurprisingly, the halving has a significant impact on hashprice, primarily due to the halving of the block subsidy. Following the 2020 halving, hashprice experienced a notable decline, dropping from $160/PH/Day to $73/PH/Day, representing a decrease of 54%. Subsequently, hashprice remained at a lower level for approximately six months. However, it rebounded to pre-halving levels once Bitcoin price surged to new all-time highs towards the end of 2020. Throughout much of the 2021 bull market, hashprice remained elevated, reaching peaks as high as $422/PH/Day.



If historical patterns repeat themselves, miners should brace for a period of narrow profit margins following the 2024 halving. Currently, hashprice stands at approximately $80/PH/Day. In a scenario where transaction fees are minimal and Bitcoin price and hashrate remain unchanged, hashprice could plummet to around $43/PH/Day.

Surviving these challenging months will be pivotal for miners, positioning themselves to capitalize on the opportunity should Bitcoin experience a parabolic surge, as seen in previous halving cycles.
EZ Blockchain CEO, Sergii Gerasymovych, shared his invaluable experiences and strategies for not only surviving but thriving during crypto winters. With a proven track record of successfully navigating through challenging times, Sergii offers practical advice and visionary insights to help crypto miners stay resilient in a volatile industry. (Source: "Surviving Crypto Winter") 
5 Reasons Why This Time It’s Different
While historical data is useful for projections, past performance is not indicative of future results. Here are five reasons why this time might be different in the context of Bitcoin halving:

 	Increased Demand from ETFs: The emergence of ETFs has significantly increased demand for Bitcoin. In the beginning of February ETFs purchased approximately 4,000 Bitcoin per day (net - inclusive of $GBTC outflows), while daily production is expected to halve to 450 BTC after the halving, this heightened demand could lead to faster price appreciation. ETFs may leverage the halving as a selling point, attracting more institutional investors who are still evaluating various offerings.
 	Refinancing Running Operations: Despite several mining companies facing bankruptcy during the 2020 bear market, many of them kept their rigs operational while undergoing refinancing or acquisitions. A similar scenario post-halving might play out which reduces the impact of bankruptcies on network hashrate.
 	Miners Operating at a Loss: Some miners may choose to continue operating at a loss post-halving, anticipating better margins in the future due to expected price appreciation. Factors such as contractual obligations with power provider, tax considerations, and the potential impact on share prices for publicly traded companies may incentivize miners to endure temporary losses.
 	Dynamic Mining Strategies: Miners have become more sophisticated, employing techniques such as running machines at low-power mode to enhance efficiency. This adaptability allows miners to maintain profitability even in challenging market conditions, mitigating the need to shut down operations entirely. Here, strategies to lower power consumption in mining farms become critical for survival.
 	Potential Spikes in Transaction Fees: In 2023 transaction fees spiked a couple of times because of ordinal inscriptions competing for block space. The uniqueness of the first blocks post-halving could further elevate transaction fees as users compete for block space. Miners may be incentivized to add hashrate, even at a potential loss, to increase their chances of mining these unique blocks and capturing the associated transaction fees and unique sats.

These factors collectively suggest that the dynamics surrounding the upcoming halving may diverge from previous cycles.


                        
                            
                                
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PART 2: HOW TO PREPARE FOR HALVING. MINERS SURVIVAL GUIDE
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On November 15th, EZ Blockchain CEO Sergii Gerasymovych hosted a webinar about Bitcoin halving. Sergii is considered a thought leader in Bitcoin mining and has seen the last two halving events and survived two crypto winters. He is sharing his expertise and ideas regarding practical tips about how to make money on halving, the biggest crypto event in 2024.

His webinar focused on Bitcoin mining and halving events, who will stay in the game after 2024 halving, what miners can do to prepare, mining equipment and whether it’s time to buy more, and why miners should work with EZ Blockchain.
What is Bitcoin Halving?
Typically, bitcoin halving is an event that happens around once in four years, and that's when the reward block is slashed in half. The amount of Bitcoin admitted into circulation becomes 50% lower, making Bitcoin so attractive.

The third halving was the biggest change to the whole micro, micro level of the Bitcoin industry. That’s when Bitcoin started running to a very high number, and it started to attract people from many industries. There started talks about establishing Bitcoin futures and options began to trade on exchanges. Bitcoin became more institutionalized and that’s mostly what drove its price to $69,000.

So, what's going to happen to miners? What will become of mining companies, big or small, after that event?

And how will it influence them?

Well, the most important part is that now Bitcoin miners, instead of 6.25 Bitcoins per block gonna start making 3.1.25, and that's a big difference.



So, suppose you look into perspective here, for any miner to stay in business with the same crypto mining equipment, the same inputs on power, and the exact operating cost today. In that case, the Bitcoin price during the halving has to be around $70,000 to make the same profit that you guys are making now.

Through the last couple of years, we have seen what the halving does to Bitcoin miners. It is sometimes brutal because many companies or players don't survive.
Who Will Stay in the Game After 2024 Halving?
Most people who don't survive have high hosting fees or electricity costs. They have debt, don't have a strong operational team, and their equipment is inefficient.

So obviously, only those who have a very reasonable electricity cost and hosting fees, are low on debt and have a strong operational team will be able to stay in the game. It’s one of the most important parts to have efficient equipment.



Unfortunately, the Bull Run of 2021 to 2022 has driven the cost of cryptocurrency mining rig ROI to insanity. Many people did buy the bitcoin mining equipment on the top, so that means that those players are still sitting with that equipment. They have not sold it because that equipment has not made any money yet and is far from making any money, and that’s a big issue. They will not survive the halving if they don’t throw more capital, small or big.
So, What Can We Do to Prepare?
The most important aspect for companies is that operational costs must stay low.

The costs matter for survival through tough times, bad times, and good times. The margins can be so low that sometimes you will not be able to operate, and in the bitcoin mining business, the most important part is to stay online. If you stay online, you can always catch a high Bitcoin price and keep mining. But if you turn off the facility, bringing you back online is very tough.
Bitcoin Mining Operational Costs?
According to JP Morgan's recent report on Bitcoin, the industry operating cost is equal to miner power consumption plus data center power consumption multiplied by power price plus other operational costs. It seems pretty straightforward, and it is. However, the biggest drivers of running a cryptocurrency mining farm are miner power consumption and price. The power price could be so volatile that it can change your margins in Bitcoin mining at any minute.


Demystifying Bitcoin Mining Costs
In reality, bitcoin mining is a very low-margin business, contrary to popular belief.

It's not really virtual money; it's very hard work from infrastructure development and operation, electrical power lines development, land development, and running operations.

Besides the power cost you can control only by having a good power contract or hosting contract with your counterparty who offers you hosting services, it’s very important to focus on other operational costs. The costs matter because there are so many details in how you run a particular facility where your mining equipment is being hosted.

So there are facility maintenance operational costs such as spending money on network operation, changing filters, changing fans, upgrading electrical breakers, and controlling board plans that are always breaking. We need human capital to do that work.

Further, it's not enough to put the miner on the shelf. You have to configure your miners, maintain their uptime, ensure the internet is flowing correctly, and, most importantly, ensure that all changes when you have not three miners online but up to 30,000. The networking scale becomes different, meaning the problems are different, and the approach should differ.

Additionally, when you have networking and electrical equipment operators, you need team leaders who manage all those people. With a larger operation, the team management focuses on making all work efficient.

Ultimately, power costs usually equal 85 to 90% of all costs, but there is another 10%, and this would be the other operational costs. Therefore, it’s important to stay focused and ensure these costs stay in line. Because you can have the cheapest power in the world, for example, 3 cents per kWh, but if your operational cost equals another 2 cents per kWh, then your cost of power is not really 3 cents. It goes to 5 cents.
Mining Equipment
After 2024 halving, many miners will become unprofitable, but not all will be unprofitable to turn off immediately. Usually, there is a period when miners will accumulate enough Bitcoin and hold with the hope the price goes up so they can sell those Bitcoins and power their costs. However, that strategy doesn't work because you usually have no idea how long the price stays where it is, and it may never go up.

So, running at a negative level is always a problem, and many mining companies with all the equipment, high input power costs, and very high operational costs will be running negatively. But since there is again a human emotional factor here, they will run for at least a month or two close to negative or maybe at negative to see what happens.

The market participants who have updated their equipment for a new one would be in a good spot. But it depends on which cost they update that equipment because, at the end of the day, bitcoin mining is a business like everything else. If you spend $1,000 to make $300 and then spend another thousand dollars to keep making $300, that doesn't do anything for you.



 
The Solution. How To Prepare For Bitcoin Halving As Miner?
What’s important is to ensure that if you have all the equipment you need, it runs as long as possible at a low power cost until it actually breaks.

 
“I think that those market participants who do not have equipment higher than a hundred tera hash per second will not make money within the 6 months after halving, unless, of course, Bitcoin price goes up.”
 

But if the Bitcoin price goes up, there will be more demand and fewer rewards to share amongst everyone. So, if you are a new miner, the only mining equipment that you should buy is with an efficiency of less than 21 Joules per tera hash. That equipment will be very competitive, and you will stay in a game for quite some time.

Not only that, you will be able to stay afloat even if the price goes down after halving, and the price of that cryptocurrency mining equipment is not that high anymore.
How Should You Approach the Upcoming Halvings Differently Compared to Previous Cycles?
Don’t Just Wait for Your Mining Equipment
First, you should not wait for your equipment for a long time. You don't spend money upfront and wait for equipment in six months. Your return on investment doesn't start when your equipment arrives. It starts the moment you get money out of the bank account. So, if you started today and your equipment arrives in 6 months, you have not made money for six months. Between those 6 months, cryptocurrency prices may go up or down.
Mine More Efficiently
Also, you need to stay within 21 Joules per tera hash because new equipment doesn't mean the best results. New equipment is good because it mines more Bitcoin, but at the end of the day, remember, it's business; you have to calculate your return on investment.

You want to think about efficiency in terms of how many Joules per tera hash and cooling the chip. Between 2021 and 2022 was the era of immersion hype. Immersion cooling is great on the operational level but is very expensive on the capital expenditure level.
Overclocking
It makes sense to mine in immersion only if you want to overclock your machines. If you have machines with special software and special control boards that allow you to squeeze as much as possible from that, that's the best way to do immersion cooling, and EZ Blockchain offers both of those services.

We provide hosting in air and immersion cooling infrastructure, but air cooling is easier. It's easier to set up, quicker, and, most importantly, three times cheaper, and we can work with more types of equipment in the same facility.
Should I Buy More Equipment and When?
All of that depends. What is your strategy? What is your strategy to get into new business? Is your strategy to survive with what you have or is your strategy to do this for fun?

For every answer to each question, there is a different strategy. 

“There is a lot of positive sentiment, and I think bitcoin has become much stronger after the FTX saga than any other crypto asset because it has something behind it. It has infrastructure behind it, it has people behind it, and it is finite.”

“Bitcoin is not printing from thin air, so it always makes sense to buy more equipment, obviously, depending on your budget. When you do buy more equipment, you need to make sure that equipment is the right equipment for your specific stretch.”


Why Work with EZ Blockchain?

 	We have been in this hardware and crypto mining business for a long time. 
 	We provide the lowest industry prices for Bitcoin mining
 	We operate facilities on a large scale, and develop facilities quickly, and we have had six years of experience in doing that.
 	We are a professional data center operational team, and we are the only company with a specifically assigned engineering department focused on uptime and hash rate.
 	We are the suppliers of low, low-cost, clean power. Our facilities are very much diversified.
 	We have locations in Georgia, South Carolina, and Kansas.
 	We're building more facilities across the country; most importantly, we control our destiny.
 	We have our own mobile data systems supply chain, which helps us be very effective during tough times.

### Bitcoin Mining Hosting Pricing

 
What is The Cost of Bitcoin Mining Hosting Services in the USA
The US became the largest Bitcoin mining hub after China strained crypto mining regulation. Bitcoin mining activities are completely legal in the US, and miners enjoy a stable regulatory framework. The political environment is also stable and more predictable. Hosting companies are thus legal entities, and you can make contracts under US laws. 
Where to Mine Bitcoin in the US

 	Georgia

Georgia has access to cheap electricity, which makes it one of the best Bitcoin mining locations in the US. The residential electricity prices in Georgia are 19% lower than the national average rates. Additionally, there are no regulatory restrictions or special legislation on Bitcoin mining. Colocation services like EZ Blockchain are heavily invested in Georgia, with case studies across the state. 

 	Texas

Texas is also dominant in the United State’s Bitcoin mining space. The state enjoys a pro-crypto regulatory environment and has Bitcoin mining support from the energy provider ERCOT. The energy rates in this state are 12% lower than the national average. It’s also home to top Bitcoin mining hosting facilities like Bitkern.

Here’s a breakdown of the mining hosting prices as of November 2023 for some of the colocation service providers currently in the market.
Best Mining Hosting Service: Comprehensive Pricing Guide
EZ Blockchain Hosting Price


Source

EZ Blockchain is an award-winning Bitcoin mining hosting company that boasts 6 years in the Bitcoin mining industry. The company provides two hosting packages for air-cooled and immersion-cooled data center hosting.



Air-Cooled Plan
Immersion-Cooled Plan


Starting at $0.067 per kWh
Starting at $0.09 per kWh


$30 initial set up fee
$30 initial set up fee


Fully managed 24-month agreement
Fully managed 24-month agreement


BYOM (bring your own miners)
BYOM (bring your own miners)


24 month agreement
24 month agreement



Compass Mining Hosting Pricing


Source

Compass is a unique crypto mining hosting company that provides an optimal business development tool for Bitcoin miners. The company increased its hosting prices by 15% in 2022 to $0.075 per kWh all-in. The company does not charge any upfront fees but asks for a small percentage based on the monthly hosting revenue.
BT-Miners Hosting Pricing


Source

BT-Miners is a crypto mining hosting solution based in the United States. The company charges a one-time set-up fee of $50 and $0.10- $0.11 per kWh. If you want to host for 3 months, you will pay a per kWh rate of $0.11 and a hosting deposit starting from $288.51. For 12 months of hosting, the rate drops to $0.10 per kWh, but the hosting deposit starts at $1,364. 
QuoteColo Hosting Pricing


Source

QuoteColo is a colocation service provider with 15 years of experience in mining hosting and IT. The company focuses purely on colocation services with hosting data centers in the US, Canada, Iceland, and Norway. Hosting packages vary based on location but typically range between $0.07 and $0.11 per kWh. 

Source

Bitkern is an innovation-oriented crypto-mining hosting company that has been on the scene since 2017. The company has data centers across the USA in Pennsylvania, Texas, New York, and North Carolina. Its hosting packages vary based on the location but typically range from $0.075-$0.0795 per kWh. 
Wattum Mining Hosting Pricing


Source

Wattum is an accomplished Bitcoin mining solutions provider with nine mining facilities in the US and over 3000 clients worldwide. The company’s hosting packages start from $0.089 per kWh, with a minimum order quantity of 30 miners.
What Determines the Price of A Hosting Service?
In Bitcoin mining hosting agreements, the miners remain the client's property, even where they procure the rigs through the hosting company. The deal is that the company will host and run the miners on behalf of the client for a fee. 

Determining this fee boils down to several critical factors, which include: 

 	
Energy Price


Power is the most critical factor in determining mining hosting pricing. Most of the colocation services provide a hosting price range per kilowatt hour. Energy is also the most critical resource in Bitcoin mining, which explains why it’s the main consideration in determining hosting prices.

Most mining hosting service providers provide a rate per kilowatt-hour, usually all-in. For instance, EZ Blockchain hosting services start from $0.067 per kWh all-in. It means that even though the company uses the energy price costing model, the rate considers all other aspects like cooling, space, and internet. 

Ideally, when a hosting service can secure energy deals at lower rates, they can provide more affordable hosting packages to their clients. The energy price affects hosting prices because when energy prices are high in your region, energy bills are high, and so is the hosting package.

Notably, global energy prices have not been at their best over the last few years. In the US, energy bills increased 5% in 2022, according to the Energy Information Administration. Power costs also vary across different regions. Therefore, if energy costs are skyrocketing in your location, they will increase colocation costs.



Source

For hosting companies that rely heavily on grid power, their hosting prices are bound to be higher to meet the rising energy costs. However, others like EZ Blockchain exploit alternative and renewable power sources to provide more affordable hosting services.

EZ Blockchain utilizes stranded energy and flared gas from oil fields to access cheap energy for Bitcoin mining. More than 65% of its power capacity comes from renewable energy. As a result, the company has reduced its hosting package from a $0.07 per kWh minimum to $0.067.

 	
Equipment Maintenance/Repair


Mining equipment requires regular maintenance and repairs when it breaks down. Although most hosting service providers agree to handle all these hassles, they factor them in when quoting their hosting prices.

Typically, the company has a technical team that handles all the equipment maintenance and repairs where necessary. The technicians are paid for their services, and the cost must be included in the hosting price.

Alternatively, the company strikes an arrangement with the mining rig manufacturers. This is advantageous where clients procure miners through the colocation service provider. 

By working with the manufacturers, the company can engage them for repairs and use warranty services. Additionally, it’s easier to negotiate equipment maintenance deals. Such agreements mean no additional repair costs, which could mean relief on the hosting package. 

 	
Cooling


Bitcoin mining dissipates excessive heat that is potentially damaging for miners. With colocation data centers hosting thousands of miners, investing in cooling infrastructure is inevitable. Additionally, most data centers use air cooling technology, which maximizes the use of fans to blow air over the mining equipment. 

As a result, it means additional power is used to run the high-velocity fans. Some data centers use alternative cooling technology, such as immersion cooling. However, such are advanced technologies that come at an added cost. 

Other costs that come under cooling include

 	Air conditioning units
 	Temperature monitors,
 	Dielectric fluid in immersion cooling,
 	Immersion cooling containers
 	
Infrastructure/Rent


Bitcoin mining hosting companies construct data centers to provide miners with a safe place for mining operations. These data centers are usually extensive buildings of hundreds or thousands of square feet. The aim is for a data center to host as many miners as possible since a single customer can have thousands of miners.

Consequently, the hosting price includes the cost of rent in terms of the floor space and the included facilities like racks and cabinets. 

 	
Taxes


Currently, Bitcoin mining lacks a clear regulatory framework that includes tax structures. As a result, it can be difficult to navigate through crypto mining taxes. However, the Internal Revenue Service (IRS) in the US treats mined Bitcoin as taxable income.

Colocation service providers have tax obligations to meet based on the regions in which they operate. For colocation services that charge a percentage of the mined Bitcoin, the taxes are levied at the fair market value.

 	
Security


Bitcoin mining rigs are high-value assets. Hosting companies agree to hold and manage the miners while ensuring their security. Most companies make a significant investment in terms of physical and network security. They procure security infrastructure, including surveillance cameras, motion sensors, firewalls, and security personnel. These facilities come at considerable initial and operating costs, which may affect the hosting price.

 	
Internet


A fast and reliable internet connection is among the irreducible minimums of Bitcoin mining. However, with a colocation service provider, investors only need to worry about the hosting fees. The hosting company provides the best bandwidth to ensure round-the-clock connectivity and a continuous mining operation. This includes redundant (N + 1) ISP connections. While the company may not point out the internet costs directly in your hosting package, it’s among the factors determining the overall colocation cost.

 	
Insurance


Insurance is part of the safety measures a hosting company can take to protect your miners. There are many risks against which the company may insure your miners. While it’s a desirable feature, it means the insurance premiums could add to the cost of the colocation package. 
Hosting Service Prices in Different Countries
With an understanding of what comprises mining hosting prices, it’s easier to demystify the hosting price variations in different countries. Ideally, where the cost of electricity is low, you would expect the hosting packages to cost less. Therefore, it makes sense to review first the electricity prices by country. 

According to the latest statistics, countries like Nigeria, Venezuela, Qatar, Russia, and Saudi Arabia have the lowest energy prices ranging from $0.03-$0.05 per kilowatt-hour. However, in terms of the actual Bitcoin mining costs in these countries, they are still higher than most other countries. Only Qatar has a considerably low mining cost per BTC at $7,368.



Source

This proves that while energy prices are a key consideration in Bitcoin mining costs, other factors also play a significant part. Besides, the electricity price the energy generation technology plays a major role on the cost and reliability of the grid electricity. 

Therefore, Bitcoin mining hosting companies in countries more advanced in renewable energy can provide hosting services at significantly lower rates than those that depend on the national grid.

Here’s an overview of the mining hosting rates of colocation services in different countries.
Crypto Hosting Prices in the USA
The United States of America holds the lion’s share of the entire Bitcoin network’s hash rate. This makes it the largest BTC mining industry in the world. Its highest mining activities are in Georgia, contributing a 30.8% hash rate.



Source

EZ Blockchain is among the Bitcoin mining hosting services with operations in Georgia. The company provides hosting services starting from $0.067 per kWh and an initial set-up fee of $30. Besides Georgia, EZ Blockchain has case studies in South Carolina, Kansas, Indiana, Utah, and New York. The company also operates in Alberta, Canada, although the price range is the same for all locations.


    
        
            
                
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Bitkern hosting service also has operations in the US in North Carolina, Texas, Pennsylvania, and New York. With Bitkern, hosting packages for US clients start at $0.075-$0.0795 per kWh. 
BTC Hosting Prices in Venezuela
Bitkern colocation service runs a 10 MW facility in Yaracuy State, Venezuela. The hosting package starts at $0.048 per kilowatt-hour with a minimum of 50 miners. It’s a relatively lower hosting rate compared to most countries, perhaps due to the low energy costs in the country. In December 2022, household electricity price statistics for Venezuela indicated a residential price of $0.05 per kWh. Since mining hosting companies can negotiate lower rates, they could manage hosting at $0.048.
Bitcoin Hosting Prices in Kazakhstan
Kazakhstan is considered among the top Bitcoin mining hubs, although its energy outlook isn’t quite impressive. Kazakhstan relies heavily on fossil fuel energy and has only begun efforts to shift to renewable energy. According to an earlier report, the country aims for its renewable energy to reach 6% by 2025.

However, the country is still a hot Bitcoin mining hub with colocation services like Hive Mining serving the market. It’s a 65 MW mining hosting company providing colocation services in Kazakhstan at $0.07 per kWh.
Self-Mining Vs. Professional Hosting



Self-Mining Bitcoin Mining
Professional Bitcoin Mining Hosting




 	High power rates for residential consumption




 	Negotiate better rates from power providers
 	Exploits alternative wasted and stranded energy for Bitcoin mining






 	Limited infrastructure like cooling, cabinets, racks.   




 	Access to all amenities, including air or immersion cooling, more floor space, racks, cabinets






 	Must deal with noise to avoid being a nuisance in residential areas.      




 	Can invest in soundproofing equipment
 	Situated away from residential areas like oil fields






 	Handles equipment breakdown personally. 




 	Get professional equipment maintenance and repairs






 	Mining becomes full-time job




 	The hosting service handles all mining operations for you
 	Hosting becomes a passive source of income






 	Responsible for the safety of mining equipment and network.  




 	The hosting company guarantees the security of miners and network security






 	Mining stops during power or network downtimes




 	The hosting company guarantees a redundant power, network, and cooling system





 
How Much Can You Make From Bitcoin Mining?
Bitcoin mining rewards miners on a per-block basis. It takes about 10 minutes to verify a block, for which you receive a block reward of 6.25 BTC. Since 1 BTC trades at $35,376, according to Coinmarketcap at the time of writing, your revenue per block is $221,100. Therefore, by mining a single Bitcoin, you earn $35,376. However, your mining costs per BTC must fall below this figure to be profitable. 

When solo mining, it takes an average of 266,000 kWh of electricity to mine a single Bitcoin. Therefore, using the costing model of the hosting service providers like EZ Blockchain, it means mining 1 BTC will cost 266,000*$0.067 to give $17,742. Add $30 initial set up cost to get $17,772. Therefore, with a revenue of $35,376, you make $17,603 per BTC mined with the EZ Blockchain hosting service. 

Also, some miners provide you with real-time data on the amounts of profits you can earn from them. For instance, ASIC miners are the most widely used mining rigs, and asicminervalue.com helps you see the potential daily profits from different miners. They factor in the energy costs when providing the daily profitability estimations. 

From these estimates, the Bitmain Antminer KS3 is the most profitable miner. It comes with a 9.4 Th/s and 3500w power consumption. This miner can earn you $117.82 in profits daily. Therefore, with ten Bitmain Antminer KS3 miners, you’re in for $1178.2 per day or $35,346 monthly. Fifty such miners will earn a monthly profit of $176,730.
Summing Up
Bitcoin mining hosting pricing is a subject of many variables. However, miners and hosting companies are more concerned about the energy aspect. Perhaps it’s the rising energy costs and the criticism Bitcoin received over its energy-intensive nature. 

Regardless, Bitcoin mining could only get better thanks to innovative Bitcoin mining hosting companies like EZ Blockchain. Instead of viewing Bitcoin mining’s energy-intensive nature and cost as a threat, the company is using this fact to turn an advantage. 

First, EZ Blockchain helps relieve the national grid, which can help reduce grid energy costs by sending power back to the grid. Additionally, the hosting service provider exploits alternative or wasted energy in oil fields and uses it for Bitcoin mining. That way, they can provide Bitcoin mining hosting services at lower rates and reduce the carbon footprint of oil investors. 

Finally, mining hosting companies using immersion cooling systems are helping tap the excess heat from Bitcoin mining. This heat can meet household heating needs, further relieving the grid power. With such innovative solutions coming from hosting companies, the future of Bitcoin mining is bright. They promise lower electricity rates in general, low hosting rates, and more profitable Bitcoin mining. As Bitcoin’s price continues to rebound, investors could be in for new highs in Bitcoin mining profits. 

### Immersion cooling vs Air Cooling Technologies In Crypto Mining | old

Bitcoin Mining And Evolution Of Mining Equipment


Bitcoin mining is the process of creating new bitcoins by using specialized equipment to solve complex mathematical puzzles. Also, people who mine new bitcoins are referred to as miners and are rewarded with bitcoins for their contributions to the network. Due to the constantly adjusting mining difficulty as well as the intense competition between miners, there is a constant need for specialized equipment. 

In the constant evolution of Bitcoin mining, various generations of equipment used are: 

 	CPU Mining(2009-2010):

This method of mining was adopted in the early years of the Bitcoin network. Due to the lack of competition, the computational energy required to create new blocks and earn rewards was quite low. Average personal computers were often utilized in this first generation. As more miners began to join the network, the increase in competition resulted in the innovation of the Graphics Processing Unit.

2. GPU( Graphics Processing Unit):

This specialized equipment was adopted for mining between 2010 and 2011. The innovation of this new hardware resulted in 6 times more efficiency while only doubling in cost. However, the innovation did not stop there. The FPGA was introduced the next year to further aid mining activities. 

3. FPGA(Field Programming Gate Arrays): 

FPGAs quickly overshadowed the GPUs. They were able to compute the mathematical operations required to mine bitcoin twice as fast as the highest grade GPU. These features resulted in massive adoption of the technology. However, they were labor intensive and needed both software and hardware configuration. Once again, a new innovation in mining equipment was required. 

4. ASIC miner: 

In 2013, a China-based computer hardware manufacturer called Canaan Creative released the first set of application-specific integrated circuits (ASICs) for bitcoin mining. Unlike the previous generations, ASICs were designed solely for Bitcoin mining. All software and hardware were pre-designed strictly to compute those calculations necessary to create new bitcoin blocks. The efficiency of ASICs is unmatched by any equipment from the previous generations. 

Following the creation of the ASIC, there has been no radical innovation in Bitcoin mining. However, there has been a steady reduction in chip size. The size of ASIC chips which started off at a size of 130 nm in 2013 has shrunk considerably to 7nm in the latest hardware models. 
Most Commonly Used Mining Equipment 


A lot has changed in the cryptocurrency mining industry since 2013 and the increase in adoption of Bitcoin has only served to make mining more competitive. Miners are constantly upgrading their equipment to have an edge and stand a chance to win rewards. 

Various factors are often considered in selecting the appropriate mining rig. They are :

 	Hash rate: 

This is a measure of how fast a cryptocurrency miner's machine processes complex computations. Hash rates are measured by the number of calculations per second, which can be as high as the quintillions. Miners who own mining rigs with higher hash rates are more likely to mine new blocks. It is perhaps the most important factor to determine mining success. 

 	Power consumption: 

Bitcoin mining is an energy-intensive process. This means that mining rigs consume a lot of electricity. When considering the average cost of electricity, the expense of running a mining rig is almost discouraging. Many miners are switching to renewable sources of energy to reduce costs and to make mining sustainable. 

 	Overheating:

This is a major problem experienced by all miners. Mining equipment is constantly running and is therefore prone to overheating. Constant overheating often leads to a breakdown which affects profitability. This problem is a major money drain for many miners. 

 	Device Cost: 

Although mentioned last, this factor is very important. The cost of mining rigs continues to rise as more and more people compete to mine blocks and gain rewards. Moreover, there is a constant need to upgrade equipment which means demand is ever increasing thus driving up costs. Miners must carefully consider their expected profit before indulging in the purchase of the latest equipment. 

The most effective and commonly adopted mining equipment are: 

 	Bitmain AntMiner S7: 

This is one of the most popular devices used in Bitcoin mining. The AntMiner S7 is recognized for its low power consumption and efficiency. However, the device is especially sensitive to temperatures and often overheats. Overall, the S7 is most suitable for miners based in cooler climates, as cooling costs can significantly cut into profitability in warmer regions

 	AvalonMiner 741: 

This is an affordable powerful miner most suitable for small-scale Bitcoin miners. It has an average hash rate of 11.5 TH/s and is equipped with an innovative Air cooling mechanism. It is far more energy-efficient than other mining equipment at its price range. 

 	Dragonmint T1:

This is an impressively powerful miner with an advantage over Bitmain builds. It has a remarkable hash rate of 16TH/s and is incredibly energy efficient.  However, this unit is also prone to overheat which results in halted operations. 

 	Avalon6: 

This is currently the best Bitcoin miner for home mining or hobby Bitcoin mining. Although it has a low hash rate of 3.5 TH/s, it delivers impressive functionality with a low noise profile. It also has a reasonable power draw at an affordable price point and is equipped with complex temperature control to prevent overheating. 

A consistent problem in all the aforementioned mining rigs is a tendency to overheat. Even under room temperature, the equipment tends to shut down and this often worsens during summer. So what is the best practice for miners? What are the best ways to keep mining gear effective? Let's find out.
The Traditional Method Of Cooling: Air Cooling 


In a bid to reduce overheating in mining rigs, most miners adopted a method referred to as Air Cooling. This method involves the use of ventilation fans and atmospheric air to regulate the temperature of mining equipment. To increase the effectiveness of air cooling, energy-sapping refrigeration components like chillers and air handlers are often needed. But is this method effective? Is there a better way to improve efficiency in mining rigs?
Immersion Cooling: Conquering The Flaws Of Air Cooling
The concept of immersion cooling has existed since 2006 but was only recently adopted for mining activities. As the name suggests, specialized Bitcoin mining equipment such as ASICs are submerged or immersed in cooling fluid. This technique is very effective and around 40% of the heat is recaptured and used to power the mining rig. It also boasts about 10 times the heat rejection capacity of air cooling. This method is being increasingly adopted due to its numerous advantages over air cooling.

Some of these advantages are :

 	Higher Hash Rate: 

The importance of hash rates in cryptocurrency mining can not be overstated. However, air cooling often involves the installation of ventilation fans which reduce hash rate. By removing fans and installing immersion ware instead, immersion cooling achieved a dramatic increase in hash rate ranging from 25-55% for various mining equipment. 

 	Higher Efficiency: 

This advantage is linked to the increase in hash rate. By optimizing the hash rate of each piece of equipment, immersion cooling reduces the number of devices needed without compromising productivity. This is a major benefit for miners. 

 	Reduction in power consumption:

A major contributor to energy consumption in mining is ASIC fans and facility fans. In switching to immersion cooling, miners no longer require those energy-draining equipment and can save up to 50% in energy costs. The reduction in electricity consumption also allows miners to invest in more mining equipment if they wish. 

 	Maintenance and Lifespan:

A major side-effect of overheating is the constant breakdown of equipment. Also, air cooling often results in contamination and corrosion of equipment. Because of the buildup in contamination, mining rigs often become clogged and then overheat. Immersion cooling eliminates all these. It supports ASICs operating at maximum capacity and boosts lifespan. In comparison to air cooling, hardware lifespan is increased by 4-5 years. 

 	Reduction in Expenses: 

Although immersion cooling initially appears more expensive than air cooling, this is quickly proven wrong. By factoring in the reduced cost of maintenance and purchase of new equipment as well as considering the reduction in electricity bills, it is obvious that immersion cooling wins. This cooling method offers a mind-blowing 80% cost reduction for double the efficiency. 

When weighed on a scale, it is quite obvious that air cooling is inadvisable in comparison to immersion cooling containers. Apart from its numerous advantages, immersion cooling also provides a clean, quiet, stable, and comfortable working environment. 
Immersion cooling is a major technological leap in the cryptocurrency mining industry
Although not without flaws, the immersion cooling container promises a more efficient method of mining while supporting the sustainable movement in cryptocurrencies. 

If you are looking to maximize the hash rate of your miners all while increasing your ROI, there is no better place than at EZ Blockchain. 



At EZ Blockchain, our Immersion cutting-edge technology allows us to increase hash rates, cut down on heat and noise generation and increase the longevity of equipment.  

It is our mission to breach the gap between the energy sector and the blockchain ecosystem by innovative solutions to the global waste energy problems. We revolutionize crypto mining through the introduction of our immersion liguid cooling container as well as solar and wind crypto mining services. 

EZ Blockchain is an innovative company that believes in the utilization of waste energy and that solving problems associated with gas flaring and stranded gas problems is a true win-win for both the energy and crypto industries. 

### Sergii Gerasymovych was honored with the "TOP 100 USA Entrepreneurs with Ukrainian Origin" Award.

The event was a remarkable evening filled with celebration and inspiration. Ukrainian entrepreneurs were recognized and commended for their exceptional achievements in fostering job creation and making a positive impact on the American business landscape. From groundbreaking tech startups to impactful philanthropic endeavors, their success stories served as a testament to their dedication and ingenuity.

Another remarkable highlight of the event was the launch of "Pages of Triumph: A Book of 100 Success Stories". This compilation provides an intimate look at the incredible achievements of 100 Ukrainian-American entrepreneurs. It serves as a testament to their relentless drive, innovative mindset, and unshakeable resolve, narrating how they have etched their successful journeys in the world of business. The book not only honors their triumphant ventures, but also aims to inspire the next generation of entrepreneurs, demonstrating that with determination and creativity, they too, could leave their indelible mark.


Sergii Gerasymovych had this to say about his recognition:

“I am humbled and grateful to have been chosen for this incredible honor. It means so much to me personally and professionally. I could not have achieved this milestone without the amazing team at EZ Blockchain™ who are dedicated to providing our customers with innovative technology solutions."
 



 

Since its inception in 2017, EZ Blockchain™ has emerged as an industry innovator, advancing blockchain technology through tailored data center hosting solutions for crypto miners. Under the leadership of Sergii Gerasymovych, EZ Blockchain™ is poised for even greater strides in 2023 and beyond. With a focus on research and development, the company stays ahead of the curve in the rapidly evolving blockchain landscape, while prioritizing excellent customer service. As EZ Blockchain™ expands its product suite, it remains dedicated to innovation and global market growth.

A noteworthy aspect of EZ Blockchain™'s operational ethos is its commitment to sustainable practices and green initiatives. The company recognizes the environmental implications of blockchain technologies and crypto mining, and is actively taking steps towards mitigating these effects. By incorporating energy-efficient strategies in its data center designs and actively exploring renewable energy sources, EZ Blockchain™ is not only leading the way in the blockchain industry, but also contributing to the global efforts to combat climate change. This dedication to sustainability demonstrates the company's responsibility and foresight, reinforcing its position as an industry pioneer.

### Sergii Gerasymovych Joins CryptoMom2 Podcast: Exploring Entrepreneurship, Energy, and Blockchain

In this "CryptoMom2" podcast episode, Jacqueline Cooper engages Sergii in a riveting conversation that explores his unique journey and the evolution of EZ Blockchain. Listeners will gain valuable insights into the world of entrepreneurship, energy solutions, and the potential of blockchain technology. It's a must-listen for anyone interested in the future of energy, sustainability, and the transformative power of blockchain.
Here's a little overview:

 	A Journey of Entrepreneurship and Linguistics:
After completing his university education, Sergii embarked on a remarkable entrepreneurial journey. Leveraging his expertise in linguistics, he founded a consulting service that catered to US businesses seeking an international reach. This early venture allowed Sergii to hone his skills and lay the foundation for his future endeavours.
 	The Birth of EZ Blockchain:
Driven by his deep passion for energy and technology, Sergii founded EZ Blockchain. This groundbreaking company collaborates with oil and gas (OAG) producers, transforming wasted energy into profitable ventures. By converting wasted natural gas into cryptocurrency on-site, EZ Blockchain helps OAG producers meet compliance requirements, reduce or eliminate gas flaring, and create new revenue streams. This innovative solution not only benefits the environment but also supports business and community development in local communities across the US.
 	About Jacqueline Cooper:
Jacqueline Cooper, the host of CryptoMom2, possesses a diverse background encompassing business, education, and law. With a mission to empower individuals in the rapidly evolving blockchain sector, Jacqueline is an accomplished author and founder of CryptoMom2 Consulting. Her educational credentials and experience in blockchain education make her a formidable voice in the industry, consistently pushing boundaries and helping others succeed.

 

Sergii Gerasymovych's appearance on the CryptoMom2 podcast offers a valuable opportunity to gain deeper insights into his entrepreneurial journey, the transformative work of EZ Blockchain, and the potential of blockchain technology. Don't miss out on this engaging conversation! Subscribe to the podcast and join the ever-growing community of blockchain enthusiasts.

 

EZ Blockchain: Spearheading Green Energy in Bitcoin Mining and Community Development 

 

### Surviving Crypto Winter: Insights from Our CEO Sergii Gerasymovych

Outline of the Article:
1. Surviving Both Crypto Winters:
Sergii reflects on his personal experiences of enduring crypto winters and how those periods of adversity shaped the company's growth. Learn about the key lessons learned and the mindset required to weather the storm.

2. Communicating with Energy Providers:
Discover the significance of establishing open and transparent communication channels with power providers. Sergii emphasizes the importance of building strong relationships and setting realistic expectations to ensure a reliable and uninterrupted power supply.

3. Taking a Hands-On Approach on Construction:
Sergii shares his hands-on approach to construction, highlighting the significance of closely overseeing infrastructure development. Gain insights into the meticulous planning, execution, and maintenance strategies that contribute to a robust and efficient mining operation.

4. Thinking Creatively About Energy Consumption:
Explore Sergii's innovative ideas for optimizing energy consumption in Bitcoin mining. Discover strategies for maximizing efficiency and minimizing environmental impact through renewable energy sources and sustainable practices.

5. The Future of Bitcoin Mining:
Sergii offers a glimpse into the future of Bitcoin mining, discussing emerging technologies, regulatory considerations, and potential market trends. Gain valuable insights into the industry's evolving landscape and the opportunities it presents.



 
"Having open communications with power providers on realistic expectations always helps sketch a clear plan for getting power flowing safely and on time." - shares Sergii.
Don't miss out on Sergii Gerasymovych's compelling insights and expertise! Read the full article here:

"HOW MY BITCOIN MINING FIRM IS SURVIVING CRYPTO WINTER, AGAIN"

 

### Savvy Investors: Which is Better - An Air or Immersion Container For Bitcoin Mining?

Overview of Air Cooling and Immersion Liquid Cooling Technologies
Air cooling is the most common type of cooling technology used for crypto mining. It involves using fans to circulate air around the mining hardware, dispersing heat and keeping temperatures at optimal levels. This method is cost-effective as it requires minimal upfront. It is also a popular choice for those new to crypto mining as it does not require very deep specialized knowledge or equipment.

Immersion liquid cooling is the latest advancement in crypto mining cooling technology. This method involves submerging the miners in a bath or container filled with dielectric fluid that acts as a heat transfer medium, absorbing and dissipating heat away from the system. This allows the hardware to run at optimal speeds, making it much more efficient than air cooling methods.

Immersion cooling containers are also an environmentally-friendly option as they use significantly less energy and emit fewer pollutants while mining. In addition, these containers require less maintenance than traditional air-cooled systems as they do not need to be monitored for temperature fluctuations and other external conditions such as dust buildup.
Cost Comparison between the Two Systems
Research conducted at TU Delft indicates that air-cooled containers are typically more affordable upfront than immersion-cooled systems but when taking into consideration long-term costs, an immersion system proves to be far more cost-effective (Source: www2.tudelft.nl/ewi//overige_informatiebronnen/?articleid=182416)

However, air cooling is typically less efficient than liquid cooling, as it needs to disperse heat continuously to keep temperatures at optimal levels.

Consequently, this means that the long-term operational costs of an air-cooled system may be higher due to increased energy consumption and hardware failure rates over time.


Efficiency
According to a study conducted by Stanford University, immersion cooling systems can reduce energy consumption by up to 80%. The efficiency advantages of an immersion container for Bitcoin mining are clear. Immersion cooling systems can reduce energy consumption by up to 80%, making them a much more efficient way to mine digital currencies than air-cooled systems.

This is because the dielectric fluid used in these containers absorbs and dissipates heat away from the system, allowing miners to run at optimal speeds without needing to constantly disperse heat.

The lifespan of an immersion container is generally longer than that of an air container due to its improved temperature regulation and reliability—in some cases, it can be extended by as much as 50%.

The use of water in immersion cooling systems has been found to reduce the amount of electricity needed for Bitcoin mining operations by as much as 40 percent (Source: https://www.datacenterdynamics.com/analysis/water-cooled-cryptomining-possible/)

Air cooling has a few advantages. It does not require the use of any dielectric fluid and is therefore much more accessible to beginners who are just starting in crypto mining. Air cooling is also relatively easy to set up and maintain, making it an ideal choice for those who want to start quickly without having to invest too much time or money.



Immersion cooling, on the other hand, offers a few advantages over air cooling. For one, it is much more efficient in dispersing heat away from hardware components and can reduce energy costs significantly. Additionally, with immersion cooling, there is no need to replace fans or coolers as often as with air-cooled systems. This means lower maintenance and repair costs over time.

Immersion cooling is much more reliable and offers a longer lifespan for miners. This is because the dielectric fluid used in these containers absorbs and dissipates heat away from the system, allowing miners to run at optimal speeds without needing to constantly disperse heat.

Furthermore, Immersion cooling containers are also more resilient to extreme temperatures and humidity changes, allowing for smoother operations in a variety of climates. This is especially beneficial for miners looking to expand their operations into regions with more volatile weather patterns. Additionally, immersion cooling containers are much quieter than air cooling systems because they don’t require fans.
How to Choose Between an Air or Immersion Container For Your Investment in Bitcoin Mining
All in all, whether you choose an air-cooled system or an immersion liquid-cooled system for your crypto mining setup depends on the size and complexity of your mining operation. However, if you’re looking to maximize efficiency and cost savings over time, an immersion liquid-cooled system is the way to go!

Both immersion and air cooling crypto mining containers have their advantages and disadvantages that should be considered before investing in either system. While immersion cooling systems. offer greater efficiency and a longer lifespan, they are also more expensive upfront and require additional knowledge or equipment to maintain them. Air-cooled systems, on the other hand, are cheaper and easier to use but also less efficient. Ultimately, it comes down to the individual miner’s needs and budget when deciding which type of crypto mining container is best for them. No matter which type of system you decide to go with, though, crypto mining containers remain an effective and cost-efficient way to keep your hardware running optimally.

Happy Mining!

### Balancing Solutions for Power Plants - Sell Every Megawatt of Your Unused Energy

Why EZ Blockchain?

 	We work directly with local municipalities.

We have projects in Georgia, South Carolina, Kansas, North Dakota, Upstate, Uinta Basin, Northern Indiana, and Alberta, Canada.


 	We have a good reputation and case studies of benefiting local communities.

Our projects in the USA and Canada have created employment opportunities for the local communities and a revenue stream for energy investors with wasted and stranded energy.


 	We've built our own grid-balancing methodology.

We have our own flaring mitigation solution that allows us to tap into wasted energy for Bitcoin mining. We also explore alternative energy sources, including nuclear, solar, wind, and gas, to maximize profits and always have the power when the community needs it.


 	We have been in this business for 4+ years.

Our company started in Chicago in 2017, and we have been providing the best technology for crypto miners, with a record of great satisfaction rates from our clients and partners. Some of our innovations include the mobile Bitcoin mining container and the immersion cooling container system.


 	We have the best documentation, safety, and security procedures.

We combine the best technology, professionals, and experts suited to make power plants, grids, and crypto mining green and safe. All our processes are documented for safety and reference.


 	We support tier 3 and tier 4 data center standards.

Our data centers support both tier 3 and tier 4 data standards. Tier 3 data centers have dual redundancy for power and cooling equipment, while tier 4 has a fully redundant infrastructure.

The Problem with the Grid







Power plants and utility companies have a huge problem balancing the power load, often known as grid balancing. For a long time, grids have been relying on fossil-fuel energy since most renewable sources like solar and wind are considered intermittent. The power generation from fossil fuels operates under a centralized schedule, making it initially easier for power plants to stabilize the power load. However, with the growing challenges, there is an increasing need for advanced balancing solutions for power plants to maintain grid stability.







However, as power demands become more volatile, utility companies and power plants constantly find challenges balancing the grid. They must balance production and consumption, even as new industries with more power demands arise. Notably, it's not always about power shortages. Sometimes, power plants generate more power than their grids can handle. For the power load to remain stable, it needs to be able to respond to disturbances in either direction. Therefore, if more power is generated than is consumed, such as in off-peak season, they still need to make adjustments within the right timeframes.

Further, with these volatilities in power demands, it becomes difficult for power plants to predict their revenues. They incur losses when excess power is generated, and they are sometimes unable to pay off their debts on time. They also struggle with sending power during negative pricing periods or lose tax credits when they fail to send power to the grid.
With crypto mining, it's the opposite. Bitcoin mining companies and ASIC miner colocation services constantly seek extra power. Most data centers require a 99.9% uptime and use loads of energy in cooling. They use power-hungry and heavy-duty generators while demanding strong internet connections with huge bandwidths to support their real-time application in crypto mining.

The Solution: EZ Blockchain Grid Balancing Service
Crypto mining can help you balance your power load by selling wasted energy for crypto mining. EZ Blockchain utilizes Bitcoin's high power consumption to capture wasted energy from capped wells, flared gas, and vented gas.

How It Works
We buy all your excess energy and use it for crypto mining. We are always available to buy excess energy and looking to provide the best industry prices. We have fully mobile crypto mining containers. We are the mining equipment manufacturers, so we only need to deploy and install them where your grid is located.
Our installations are safe and secure. We support tier 3 and tier 4 data centers and follow detailed procedure documentation and training programs for our staff to ensure the highest quality, security, and safety standards.

Our Methodology
Our methodology is highly specialized. It actively tracks when the energy is not used in the grid and turns on the mining process. We connect our mining equipment to the grid and implement our designed protocols always to monitor the required amount of energy the grid needs. We check the demand automatically and directly with the energy company.

The methodology constantly monitors multiple data to ensure we generate profits for the community. Our projects benefit power plants and utility companies with power load balancing and, at the same time, earn significant profits for local municipalities that can be used to benefit the community. We only take a small maintenance fee. The local community will always have power when needed, and unused energy will be put to productive use.

EZ Blockchain Data Centers
We have 77 data centers produced and installed in the USA. Our data centers are fully ISO certified, and they are mobile and easy to transport. We simply haul them to the site and install them. We have among the top Kw capacity in the market, air cooling systems, and immersion cooling systems.

Our data center hosting packages for air-cooled mining start at 0.7-0.8 ₵/kwh all in, and a one-time initial setup fee of $30. Immersion-cooled hosting packages start at 0.9 ₵/kwh and an initial setup fee of $30.

The Benefits of Our Grid Balancing Solution

 	Earn more profits.

Power plants and utility companies earn extra profits from their otherwise wasted energy. Local municipalities also earn profits from our local projects.


 	Keep your investors confident.

We help you restore the confidence of your investors by stabilizing your power load. We help you create an extra revenue stream and have predictable revenues that allow you to pay off your debts in time.


 	Avoid losing tax credits.

Generate power to your full capacity and sell power to the grid and avoid losing your tax credits.


 	Generate more energy.

We have a ready market for all your power output. You can push your power plant to its maximum power generation capacity and sell the excess energy.

Building a Better Future Together
At EZ Blockchain, we are committed to building a better future together through sustainable Bitcoin mining. More than 65% of power from our new hosting locations is from renewable sources.

We bring jobs, technology, and hope to small municipalities. We provided 34 well-paying tech jobs in 2022 and invested tens of millions in local rural communities while keeping power rates for local communities stable. We go to underserved locations, provide sustainable solutions, and build world-class facilities while working with renewable and wasted energies.

Our Mission
We are a clean energy solution with customers waiting to power their businesses using renewable energy. Our customers range from companies and global community groups that run energy-intensive applications for crypto mining, artificial intelligence, and scientific computing.

Let's Work Together
Don't know how to sell electricity? Sell every megawatt of your unused energy with EZ Blockchain!
Talk to our team to learn more.
We can help you understand your plant's production capacity and opportunities for you to sell wasted energy.

    
        
            
                
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### EZ BLOCKCHAIN IS AN OFFICIAL SPONSOR OF BITCOIN 2023 IN MIAMI | MAY 18-20

Bitcoin 2023 brings the Global Bitcoin community together and will also be a great opportunity to learn, engage and party with other bitcoiners. Let’s all come together to collaborate and celebrate the greatest financial innovation in human history!

Join us:

May 18 - Pitch Day

May 19 - Main Conference (Day 1)

May 20 - Main Conference (Day 2 )



Definitely one event to look out for.

If you want to meet with us, email us at  info@ezblockchain.net.

See you at the Bitcoin 2023 | Miami Beach!

### Crypto Mining Equipment Prices Dropped. Is it a Good Time to Invest?

With the industry having had a year-long crypto winter, getting into Bitcoin mining has become unprecedentedly cheap. The bear market crashed Bitcoin and altcoin prices, and the mining technology and equipment also lost value. The result was less competition in mining, and now you can even acquire an ASIC for $1,500 on the Bitcoin mining hardware market. With record low entry costs, it could be an opportune time to start mining.
Early Bitcoin Mining in a Nutshell
Ideally, when Bitcoin first came into existence, miners could mine Bitcoin using the standard home computer, and mining Bitcoin at home was viable. However, for many reasons, home crypto mining is no longer feasible. First, the difficulty in mining Bitcoin has been increasing periodically as the network is programmed to do so. As more people join the bandwagon, the difficulty level increases, making verifying transactions and earning rewards more challenging.
In response, specialized Bitcoin mining equipment like the ASIC became the core of every Bitcoin miner. ASIC miners are much more powerful than the typical home computer and thus ideal for miners amid increasing difficulty. They can mine Bitcoin much faster, and the more ASICs a miner has, the higher the chances they have for verifying a block. As a result, there has been a high demand for ASIC miners, resulting in a hike in miner prices.
Hash rate and mining difficulty were constantly increasing, and at the same time, the cryptocurrency market was generally bearish. Many companies incurred debts to acquire more miners to remain profitable, but their balance sheets were growing weaker as the crypto prices dropped. According to hash rate index statistics, Bitcoin's hash rate alone rose more than 30% in the first quarter of 2023.

Source: Hashrate Index
Different Bitcoin Mining Equipment
There are several types of crypto mining equipment, but notably, not all cryptocurrencies can be mined using the same type of mining rigs. Remember, each crypto coin has its own unique network and mining algorithm, although the proof-of-work algorithm tends to be more common. The algorithm used by a network determines the type of crypto mining equipment that is used to mine. Regardless of the type of mining equipment used, mining profitability may vary based on other factors, such as the cost of electricity, so it’s not always about the equipment used.
Central Processing Units (CPUs): These are the most basic and the first to be used to mine Bitcoin by Satoshi Nakamoto in 2009. Although they no longer work for cryptocurrencies like Bitcoin, traditional processors can still mine cryptocurrencies like Monero.
Application-Specific Integrated Circuits (ASICs): They are fondly known as ASICs and are the most commonly used miner types. Typically, they are computerized devices that use ASIC to mine digital currency. They are usually specialized mining equipment designed specifically for mining a particular crypto coin. Therefore, an ASIC designed for Bitcoin will not mine any other cryptocurrency. They are more powerful and efficient compared to GPUs but also come at a higher price. However, you can find used crypto mining equipment and save money.
Field Programmable Gate Arrays (FPGAs): Like ASIC miners, FPGAs are usually programmed to mine a particular crypto coin. The only difference is that FPGAs can later be programmed and used to mine another different cryptocurrency that uses a different algorithm. They are also more efficient when compared to GPUs, but again, they come at a higher cost.
Graphics Processing Units (GPUs): They are one of the most common mining equipment used to mine cryptocurrencies like Ethereum and Ravencoin. They are essentially graphics cards used to perform complex cryptographic puzzles to verify transactions on a blockchain network and receive mining rewards.
Hard Drives: Some cryptocurrencies, like Chia, are mined using hard drives instead of the traditional CPU or other mining equipment. The hard drives store volumes of data and can perform the computations involved in crypto mining.



    
        
            
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Bitcoin Mining Equipment Price Movements
Over the recent years, the cryptocurrency mining hardware market has seen several major changes over short spans. For instance, between 2017 and 2018, mining equipment costs shot as the industry experienced a sharp surge in general cryptocurrency prices. However, as the market continued to become saturated and the growing competition, profits from mining activities began to diminish, resulting in a decline in the prices of mining rigs. In 2022, the situation was no different. Most miner prices were down significantly.

Since then, the prices of mining equipment have continued to fluctuate. However, in the last few months, there has been a notable trend of declining prices. In particular, ASIC miners, some of the most used in Bitcoin mining, have been experiencing sharp declines in prices.

Reasons for Declining Crypto Mining Equipment Prices
There are several factors contributing to the decline in crypto mining equipment prices. First, the cryptocurrency market has experienced a significant correction since its peak in early 2021. The prices of most cryptocurrencies, including Bitcoin and Ethereum, have dropped by more than half since the beginning of the 2022 crypto winter. The crypto winter, coupled with the general global economic crisis, resulted in a significant decline in profits for Bitcoin mining companies. A significant proportion even declared bankruptcy.
Secondly, the increased competition in the mining industry has led to a decrease in demand for mining equipment. As more people join the mining industry, the demand for equipment increases, leading to higher prices. However, as competition increases, the demand for mining equipment decreases, leading to lower prices.
Lastly, advancements in technology have also contributed to the decline in mining equipment prices. As newer and more efficient equipment is developed, older equipment becomes obsolete, leading to a decrease in demand and lower prices.

Is it a Good Time to Invest in Crypto Mining Equipment?
The answer to this question depends on several factors. However, based on past trends, real crypto enthusiasts believe it is the best time to invest now. But in any case, it's always necessary to remember that crypto mining and the entire crypto market are generally highly volatile and, thus, a high-risk investment. The prices of cryptocurrencies can be unpredictable and fluctuate rapidly by huge margins. As a result, they could significantly affect the profitability of your mining operations. Additionally, many factors can impact the price of mining equipment, including technology changes, competition, and developments in the cryptocurrency regulatory framework.
Rob Chang, Gryphon Digital CEO, acknowledges the price drop in mining equipment. According to Chang, the prices of miners have continued to fall to their lowest since January 2021, but this still doesn't mean the miners are cheap. Without considering their power demands, they will still cost you hundreds or thousands of dollars upfront.
NovaMining Labs CEO Mattia Pintus, on the other hand, agrees that the mining machines are among the primary things to think about for anyone interested in mining. However, they should theoretically check each miner's potential profits while factoring in the energy costs.
Now is the best time to invest in crypto mining equipment based on past trends in the crypto industry.

Bitcoin Halving Event
Bitcoin halving is one of the most pivotal events that support the Bitcoin network. It's typically a pre-organized event where the Bitcoin mining reward is cut in half. The original block reward was 50 BTC, but after three halving events, the Bitcoin block reward stands at 6.25 BTC. Halving occurs after every 210,000 blocks have been mined, and the next event is expected to take place in 2024.
With only a couple of months remaining until the next halving, many people anticipate that the price of Bitcoin will skyrocket and potentially hit over $100k. Why? Bitcoin has shown similar trends in the past halving events. Ideally, Bitcoin halving reduces the rate at which new BTC is mined and released into the market. As a result, it activates the law of diminishing returns which in theory should increase demand, hence a price pump.

Expected Increase in Mining Difficulty
Mining difficulty is the measure of how difficult it is to crack the hash on the Bitcoin network. The mining difficulty has constantly been increasing over the past year, with a few temporary decreases. In essence, it is designed to increase over time to make Bitcoin scarce and resistant to inflation.
The more difficult it gets, the more challenging it will be for miners to verify blocks. They will need more hashing power. This could result in the consolidation of miners as small miners join forces or become absorbed by large-scale miners.
If you are considering investing in Bitcoin mining equipment, you should do your research and carefully evaluate the potential risks and rewards. It's also important to have a comprehensive understanding of the technology and underlying fundamentals of crypto and mining.

Crypto Prices Are Rebounding in 2023
After the year-long crypto winter, the cryptocurrency market has begun to show signs of rebounding. Bitcoin traded at unexpected lows of $16,000 for some time toward the end of 2022. For many, even the year 2023 has brought little hope as mining companies continue to struggle to remain afloat. However, just a little into the first quarter of the year, the market began to show some good trends. Fast forward to April, Bitcoin has a nearly 20% monthly gain finishing the first quarter above $28,000.

Summing it Up
The recent decline in crypto mining equipment prices is attributable to several factors, including normal market corrections in the crypto space, growing competition, and technological advancements. For those who believe in Bitcoin, it may be a good time to invest, but the decision ultimately depends on your individual financial situation, your risk appetite level, and future investment goals.
In any case, it's necessary to understand the risks involved in the crypto mining sector and make informed decisions before committing any amount of money. Remember, you need the right hash rate to mine Bitcoin profitably, so even if the equipment prices are currently low, it's still a significant investment involving some thousands of dollars.

### EZ Blockchain Receives "2023 Best of Big Bow Award"

Each year, the Big Bow Award Program identifies companies that they believe have achieved exceptional marketing success in their local community and business category. These are local companies that enhance the positive image of small business through service to their customers and our community. These exceptional companies help make the Big Bow area a great place to live, work and play.

Various sources of information were gathered and analyzed to choose the winners in each category. The 2023 Big Bow Award Program focuses on quality, not quantity. Winners are determined based on the information gathered both internally by the Big Bow Award Program and data provided by third parties.



 

EZ Blockchain is among a very small group of companies that have won the Best of Big Bow Award for two consecutive years. From the very beginning the company has been creating job opportunities in small rural communities and helping the locals realize additional revenues from underutilized resources. 

Since its founding day, EZ Blockchain stays true to the company’s mission statement, creating new groundbreaking and innovative solutions to once and for all tackle the global waste energy problem through crypto mining. 

Company’s mission statement: 

“As the first company in the world that created a mobile solid frame mining container and an industry leader of portable data center manufacturing, we see that the world needs bitcoin mining to be green and go towards null carbon emission. Instead of just buying carbon credits, we run an extra mile to find unutilized or wasted energy in isolated locations to bring jobs and technologies to local communities while mining bitcoin.” 



About Big Bow Award Program

The Big Bow Award Program is an annual awards program honoring the achievements and accomplishments of local businesses throughout the Big Bow area. Recognition is given to those companies that have shown the ability to use their best practices and implemented programs to generate competitive advantages and long-term value.

The Big Bow Award Program was established to recognize the best of local businesses in our community. Our organization works exclusively with local business owners, trade groups, professional associations and other business advertising and marketing groups. Our mission is to recognize the small business community's contributions to the U.S. economy.

SOURCE: Big Bow Award Program

### EZ Blockchain Attends EMPOWER Energizing Bitcoin Conference to Drive Innovation in Bitcoin Mining

As a leading provider of turnkey mining solutions, EZ Blockchain is committed to driving innovation in the industry and staying at the forefront of new developments. The Empower conference provided an excellent opportunity for our team to connect with like-minded professionals and explore new ideas for improving the efficiency and sustainability of mining operations.



One of the highlights of the conference was the discussion of how Bitcoin mining can help to reduce waste and optimize energy usage in the Oil and Gas industry. By using excess natural gas to power mining rigs, companies can not only reduce greenhouse gas emissions but also turn a previously wasted resource into a valuable asset.



The EZ Blockchain team was excited to share our expertise in this area and connect with others who are passionate about driving positive change in the industry. We were also thrilled to learn about the latest advancements in mining hardware, software, and energy management tools that can help to make mining more profitable and sustainable.

We would like to extend our sincere thanks to Kelly O'Keefe and the rest of the staff at “Crypto Power” for the invitation and hospitality in sponsoring the event and coming in crutch with the essential "Cash 'n Hash Hoodies" for the extra cold conference hall, (everyone was wearing them); And for Houston skyline warm rooftop city view network Event. We look forward to continuing our partnership with Crypto Power and other industry leaders to drive innovation and positive change in the Bitcoin mining space.

If you're interested in learning more about EZ Blockchain's turnkey mining solutions and how we're driving innovation in the industry, please visit our website or contact us directly. We look forward to connecting with you and exploring new ideas for making mining more efficient, profitable, and sustainable.

### EZ Blockchain Survives the Crypto Winter Using Its Innovative Solutions

The 2017 Crypto Winter
Crypto winter is now a common term in the crypto community, typically used to describe a prolonged bearish trend in the crypto market that lasts several months. The first crypto winter occurred between 2017 and 2018. Bitcoin's value rose consistently to hit $20,000 toward the end of 2017 and then began a downward trend. There were a series of noteworthy scams, and soon, Bitcoin and altcoins were on a rapid downstream. Three months into 2018, Bitcoin was down more than 80%, causing panic in the entire crypto industry.
Many companies suffered a knock-on effect and initiated widespread redundancies as they struggled to survive amid the looming cryptocurrency crash. Notably, we were still young after entering the market in 2017, so our company did not have a lot to lose in the crisis. We had only five employees, but in any case, we needed to survive. We had to learn to survive, mainly by managing cost and operating lean and mean. Sergii, the company CEO, lived off credit cards; at one point, his score was 550.

How we Survived

Agreeably, crypto winters have forced even high-flying Bitcoin mining companies into bankruptcy and forced crypto investors into panic selling. However, despite being a small firm, we survived the crisis by saving everything we had. We built our mining facility and installed all the miners by ourselves, primarily because we did not have the money to pay for the services.

Our main focus was on providing crypto mining hosting services working with small clients, but we were yet to break even by 2019. We did not take any investor money because it was typically unavailable. We were just a small firm, and no investor brought forward any offers. It was generally a super dark year for the entire industry, and nearly everyone stopped mining. For us, we had to sell our equipment to cover our bills. Still, we believed in Bitcoin and began to invent our 300 kw crypto mining container.
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Later, we updated our mining containers to our current Smartboxes, model 2000 and model 3000. Model 3000 has 768 miners slots with up to 3.5 kW/h power consumption. Its power input can go up to 3000 kW/h. Model 2000 features 576 miners slots with up to 3.5 kW/h power consumption and a power input of up to 2250 kWh.
Our first mining container sale came in 2018. We sold a 2 MW+ container with a 720 miners capacity to Grineege, one of the first companies in the world to mine Bitcoin with natural gas. Our crypto mining containers market picked up. By the time we began receiving real offers from potential investors, we did not need them anymore because we were already successfully building facilities.

Surviving the 2nd Crypto Winter
The 2022 crypto winter was characterized by more unfortunate events accelerated by the ongoing global economic crisis. Investor confidence in cryptocurrency disintegrated massively, and again, many mining companies initiated layoffs, operational shutdowns, and bankruptcy proceedings.
However, we remained in good shape at EZ Blockchain despite the tough year. We optimize our expenses and avoid debts so we do not fall into bankruptcy. We utilize innovative solutions that allow us to operate at minimal cost while creating revenue streams for our company.
Here are our top five tips that helped us survive the second wave of crypto winter.

1.   Minimizing Operational Costs
If you have been following up on the Bitcoin mining scene throughout the crypto winter, we can all agree that it brought the last-man-standing feel. Typically, Bitcoin miners have been playing a high-stakes game to survive amid the crisis. Most companies have had to make deep cuts in their expenditures and, in the worst cases, shut down operations and file for bankruptcy.
In any case, reducing operational expenses has been the way to go for surviving companies, including us at EZ Blockchain. Ideally, Bitcoin mining involves high-power computers that consume large amounts of power to crack the hashes in complex mathematical puzzles. As such, electricity is one of the most critical resources and the largest operating expense in Bitcoin mining.
Most Bitcoin mining companies are thus located near reliable energy sources, but with the skyrocketing power costs and plummeting Bitcoin prices, the profitability of mining activities is significantly undermined.
To put this into perspective, Bitcoin miners receive a 6.25 BTC block reward upon mining a block. Many miners have to sell the rewards to pay for their expenses, especially with most balance sheets struggling during the crypto winter. Energy costs are, however, higher than usual, and the mining rigs still consume the same amounts of electricity. As such, they have to pay more. On the other hand, they are earning way less from liquidating their BTC holdings since the prices have dropped to high lows. If the value of the rewards cannot meet the operating expenses, mining activities become unprofitable, which may force companies to shut down.
By reducing operational costs, miners cut down on their mining expenses, allowing them to remain operational until the end of the crypto winter. With a lower expenditure, the mining rewards can meet the critical expenses necessary for the company to survive. At EZ Blockchain, we utilize wasted energy to reduce our power costs and realize our green bitcoin mining goals. We also use wind, solar, gas, and nuclear, providing hosting services for miners looking to mine more efficiently. 


2.   Sell Your BTC Immediately Once It's Mined
Early 2023 projections from crypto analysts suggested that the year will likely be about Bitcoin mining companies struggling to strengthen their balance sheets and improving operating efficiencies. Crypto mining companies that survived the tough year are now more concerned with reducing their debts and costs. Based on the turn of events during the first and second crypto winters, only miners with robust operating cashflows can survive.
However, like with any other production company, mining expenses usually directly impact the company's operating cashflows and overall profitability. If a company can meet all of its production costs, it means there is the possibility of turning a profit, or at least it will remain operational amid a crisis. For Bitcoin miners, these costs determine when the company shuts down its miners when their operating cashflows can no longer meet the direct bitcoin production expenses.
Most companies hold a stack of Bitcoin from their block rewards in Bitcoin mining. As such, miners with small operating cashflows who find it difficult to meet the Bitcoin mining expenses can liquidate their block rewards as soon as they mine. That way, the company can pay for upcoming expenses and remain operational. It saves the company from selling other assets, such as mining equipment, or shutting down operations.

3.   Switch to Only Low-Cost Power Facilities
With power being the most important resource for Bitcoin miners, miners are making an effort to integrate with their power demands and meet the environmental sustainability goals. Most miners, including our company, are transitioning to green Bitcoin mining by investing in and exploring alternative renewable energy sources.
Notably, there are different types of renewable energies, but all require appropriate infrastructure to leverage. At EZ Blockchain, we are exploiting wasted energy in oil fields by deploying the necessary infrastructure to the oil and gas fields to turn their wasted energy into productive use. This type of energy was initially flared due to the high cost of building the appropriate infrastructure to transport the gas from the oil fields.
We are able to tap the gas and use it on-site for Bitcoin mining, providing us with cheap energy that allows us to keep mining amid the energy crisis. We also invest in solar, wind, and nuclear energy. Instead of relying on the national grid, Bitcoin mining companies can invest in low-cost power facilities that can help them meet their energy requirements at a manageable cost.

4.   Do More with Less
Bitcoin mining has faced a lot of criticism over its energy consumption. Environmentalists argue that its energy consumption levels are not sustainable and bad for the environment. Consequently, Bitcoin miners must look for alternative energy to meet their energy requirements. As a result, there is a scarcity situation when it comes to electricity for Bitcoin mining, and in a scarcity situation, doing more with less becomes a strategy.
For some companies, the only solution is to downscale their mining hardware to reduce their power consumption. However, fewer mining rigs means the company has a lower hash rate and will likely earn less from mining. Such miners can leverage the power of mining pools by pooling their remaining hardware with other small miners and starting mining together. Each miner contributes their proportion of their hash rate and then shares the block rewards in equitable proportions.
Also, miners can participate in demand response programs to sell power back to the grid during high demand. With demand response programs, miners can reduce their energy costs and boost revenues which can help meet some of their operational expenses or repay debts. Mining also becomes more profitable when companies mine during less expensive times.
Further, they can recapture the heat generated by the mining rigs and channel it to more applications that help minimize costs or create new revenue streams. For instance, Bitcoin mining companies are forging partnerships with companies that can effectively use the wasted heat energy.



    
        
            
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5.   Setting Miners at Low Power Mode
Bitcoin mining is more of a competition to crack a code and earn block rewards. Typically, there are different kinds of nodes, but the nodes responsible for verifying blocks are the ones involved in mining. Only one node can verify a transaction, and thousands of nodes maintain the network. As such, the nodes compete to become the first to verify transactions, and to have the best chances of cracking the code first, they need to run at maximum capacity.
However, due to the energy crisis and the overall crypto winter, running at full capacity can be quite challenging due to its cost implications. As such, miners can shift to operating in low power mode to save on the power consumption of their mining rigs.

When miners run in low power mode, the voltage flowing to the computer processor and components is reduced dynamically on run time to conserve electric voltage. It decreases the power consumption of the mining hardware over time, resulting in the system using less power and lower temperatures.
Your mining equipment's overall power consumption and heat production are reduced significantly, as are your operational costs. It is a great way to boost profitability and survive a crypto winter. Additionally, the equipment runs more efficiently and lasts longer due to the little heat production, meaning more savings in terms of costs.

Summing It Up
Generally, predicting when a crypto winter could occur and how long it will last is challenging. Also, there are no parameters that determine when a crypto winter comes to an end. Only the crypto community comes to a consensus that the winter is over, depending on the general market conditions and trends. Still, they can distress investors and the general crypto enthusiast community.
For Bitcoin miners, learning how to survive amid declining values and negative sentiments is the safest place to be. Fortunately, there are strategies that miners can use and emerge on the other side of the crypto winter. With power as the major concern and expense for the industry, miners must be vertically integrated with their current and future energy requirements. At EZ Blockchain, we minimize our power use and exploit alternative and cheap energy. That way, we can meet the minimum operational expenses even with Bitcoin values plummeting and wait for the crypto spring in the future.

### Bitcoin Mining Colocation Service

What is Colocation in Bitcoin Mining?
A Bitcoin mining colocation service is an all-in-one service package that involves hosting Bitcoin miners' mining rigs in a specially designed and controlled environment. Ideally, a colocation service works much like a warehouse. Bitcoin miners are the clients of a colocation service, so a miner can own all the hardware used in mining and then pay for the rack space and other ancillaries listed by the third-party colocation service. 
The miner pays a monthly hosting fee that is determined by a mix of factors, such as the rack space, power consumption, mining rigs uptime, and all the ancillary services provided. A colocation service may outline the expected uptime, although the standard run time is usually around 95%. It can, however, vary slightly depending on the hosting service. 
By specifying the expected uptime, miners are protected from unexpected interruptions during mining. The machines do not generate any income during downtime, which could undermine their mining activities' profitability. Top colocation services are thus keen to provide the maximum possible uptime of the machines, including deploying technicians on-site to handle repairs and unexpected downtimes.


Why Work with a Colocation Service?
A colocation service is a quick way for miners to operationalize their mining equipment. Instead of constructing a bitcoin data center facility, they can access the power, space, cooling, and other mining requirements from a dedicated and shared space. 
Here is a breakdown of the benefits of a Bitcoin mining colocation service.
• Reduced Costs
Colocation services reduce the initial cost of mining compared to setting up an individual mining facility. Here, the hosting service provider pulls all the necessary resources together, including power, network connections, rack space, and security. Miners only have to pay a monthly fee as per the contract, so they can anticipate the costs associated with their mining activities.

• Improved Security
Mining hardware consists of high-cost equipment, including miners, network connections, and cooling systems. Most miners deploy thousands of this high-cost equipment, so physical security is of the essence. Additionally, since miners are connected over the internet, network security is important to prevent breaches such as intrusion, data breaches, and other network-related threats.
Top bitcoin collocation mining services acknowledge the need for physical and network security and thus deploy advanced security features such as guards, CCTV, and DDoS protection to guarantee the security of their clients' mining equipment.

• Economies of Scale Benefits
Hosting services pool different miners to host their mining equipment in one location. Due to the nature of crypto mining, the facilities usually have access to large power sources and can access low-cost power. They can pay for electricity at a much lower price than power prices for residential consumption. These economies of scale are transferred to miners in terms of better hosting packages.

• Reduced Overheads
When mining under a crypto colocation facility, you do not have to constantly hire technicians to monitor your equipment’s operation and efficiency. A good hosting facility has a support team that handles the general maintenance and ensures mining rigs run efficiently. 
• Convenience
Mining at a colocation facility provides miners with the convenience of running their miners without dealing with the challenges of building a data center from scratch. Ideally, miners would otherwise have to find a reliable power source, which may be challenging to get from the national grid. Also, in some locations, they must ensure their facilities comply with relevant regulations. 
Additionally, miners can transfer the burden of ensuring miners remain active as per the runtime agreed in the contract. With a colocation service, you only buy the miners and leave everything else for the hosting provider. They can enjoy the convenience of a redundant network, power, and cooling system without paying any additional costs. 


• Improved Miner Efficiency
Top colocation services provide specialized equipment that helps mining rigs operate more efficiently and for a longer lifetime. For instance, a hosting service that provides immersion cooling, as opposed to an air-cooling system, protects clients' hardware from corrosion with dust that could damage the hardware.

Choosing a Bitcoin Mining Colocation Service
Colocation can help transform mining risks and profitability, but only if the equipment owners find the right hosting service. A hosting facility is the heart of efficient Bitcoin mining, providing the support and resources that drive the business. Here are the principal drivers when choosing a colocation bitcoin service.
• Location
The availability of power, floorspace, and the environment largely determine the location of a mining hosting service. Typically, mining equipment tends to be noisy, which leaves hosting providers with the option of establishing their facilities in remote places or away from residential areas. Additionally, the power demands for data centers force them to be located in areas where they can access cheap power or tap underutilized and renewable energy sources.

While some of these locations may be best suited for the colocation facility, they may not align with individual needs. For instance, you want a hosting service that is easily accessible for technicians to respond to a disaster or quick maintenance needs. Natural disasters also tend to occur in certain locations more than others, so establishing the likelihood or frequency of natural disasters in a location is necessary to ensure your miners are safe.


• Cost
Cost is one of the most significant considerations when looking for a blockchain colocation service. Ideally, power is the primary resource in Bitcoin mining as mining activities involve converting electricity into bitcoin. Hosting facilities charge clients monthly per square foot or rack units. However, the cost is different among the different service providers.
A facility that can access cheap electricity may be better positioned to provide a hosting service at a lower cost and higher runtime. When looking for hosting, miners can check the price per square foot, the type of energy used, and power costs. A low-cost data center that provides a higher uptime is preferable, as it would be more profitable.

• Compliance and Security
As tech companies, colocation services have some of the toughest compliance requirements due to the diversity and volumes of data they process. The ideal hosting service must ensure that it aligns with the regulatory standards of its domicile and has robust internal data security controls. Data centers should demonstrate compliance by undertaking procedural audits from accredited agencies and attaining relevant certification. Businesses can also verify the security protocols in the service to ensure they meet their specific needs. 

• Availability
Here, the availability of the hosting services regards the length of time per day they can have your miners running. Generally, it is referred to as uptime and is measured in percentages. Ideally, miners should run 24/7 to achieve the highest output level, although only a few hosting services guarantee a 99.999% runtime. The runtime may determine the cost of your package, so some hosting services will have different packages with different percentages.

What Companies Provide Bitcoin Mining Hosting Services?
The crypto mining colocation service has quickly evolved, attracting huge tech companies seeking solutions for high-cost data centers. Miners can now host their mining rigs on top Bitcoin hosting service providers like:

• EZ Blockchain


EZ Blockchain is a green crypto mining company that provides sustainable hosting services. We are a top-tier crypto colocation service provider that works with green energy sources of wind, solar, hydro, nuclear, and wasted gas. More than 65% of their energy sources are emission-free, and the company is constantly in the market for low-cost power. The company can provide mining hosting at $0.07-0.08 per KWH.


With EZ Blockchain, clients are guaranteed the fastest deployment of their mining rigs to start mining at an uptime of 95%. Our services are available in air-cooled and immersion-cooled packages at different rates and capacities. However, all packages include monitoring, security, maintenance, support, cooling, scalability, flexibility, and miner supply sourcing.



    
        
            
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• Blockstream Mining

Bitcoin colocation service provides enterprise-class mining facilities, professional device management, and support for colocation equipment. Its facilities are purpose-built with top-grade power and cooling infrastructure that ensures maximum reliability. Mining equipment remains safe with 24/7 surveillance, on-site security personnel, and access control systems. 

• Start Mining


Start Mining promises an ethical hosting solution that includes all the necessary features for profitable mining. The company uses 100% green and renewable energy, allowing it to provide mining hosting at affordable energy rates while leaving positive impacts on the ecosystem.
Conclusion
For many Bitcoin miners, colocation is an attractive service, as it helps mining enthusiasts achieve results that may otherwise be too expensive or complex to realize alone. Data centers cost millions of dollars to construct, and the process could take quite a long time to complete. 
With EZ Blockchain, clients are guaranteed the fastest deployment of their mining rigs to start mining at an uptime of 95%. Our cryptocurrency colocation services are available in air-cooled and immersion-cooled packages at different rates and capacities. However, all packages include monitoring, security, maintenance, support, cooling, scalability, flexibility, and miner supply sourcing.

Review our mining hosting packages today and request a quote.

### 5 Tips to Survive Crypto Winter As A Bitcoin Mining Company

1. Keep Your Operational Costs Down  
Technically, anyone can mine Bitcoin provided they have the resources. However, Bitcoin mining is now for large-scale companies running commercial mining farms with data centers and specialized servers. 

Since Bitcoin mining involves using powerful computers to solve complex cryptographic puzzles, electricity is a critical resource. So the mining farms are usually situated near reliable energy sources. Energy costs are thus a significant determinant of Bitcoin mining profitability, and keeping them low can help ease the hash effects of crypto winter. The more expensive power costs become, the fewer profits miners can make. Ideally, a crypto winter will see the value of bitcoin drop, so the value of the 6.25 BTC miners receive for verifying a block decreases. If the value of the rewards cannot meet the operating expenses, mining activities become unprofitable, and this may force companies to shut down.

By reducing operational costs, miners are cutting down on mining expenses to allow them to remain functional and at least make a profit amid a recession. Power costs are the major operating expense for miners and account for the largest proportion of mining costs. According to the latest statistics, Bitcoin mining requires about 139 terra-watt hours of electricity per year, which is equivalent to the annual electricity consumption of individual countries like Norway.

Notably, power costs have persistently been increasing over the past year. In the US, electricity prices have increased by 15.8% in the year ending September 2022. With rising energy costs and falling bitcoin prices, mining companies must explore solutions that minimize their energy expenses. For instance, EZ Blockchain utilizes wasted energy to reduce energy costs and realize its green bitcoin mining goals. They also use wind, solar, gas, and nuclear and provide hosting services for miners that are looking to mine more efficiently. 


2. Liquidate Your BTC the Moment You Mined It
According to Jaran Mellerud, a crypto analyst at Luxor Technologies, 2023 will likely be about strengthening balance sheets and improving operating efficiencies for bitcoin miners. Companies will be more concerned with debt reduction and cost minimization, so firms with substantial operating cashflows will have the highest chances of surviving. 

However, bitcoin mining expenses directly impact miners’ operating cashflows. As such, these production costs could ultimately determine when the company shuts down its miners when their operating cashflows can no longer meet the direct bitcoin production costs. 

For miners with small operating cashflows and high direct production costs, liquidating their BTC as soon as they mine is a good survival tactic. By liquidating bitcoin the moment you mine it, the company can pay for upcoming expenses and remain operational. It saves the company from selling other assets, such as mining equipment, or shutting down operations.


3. Invest In Only Low-Cost Power Facilities 
Bitcoin mining started on January 3, 2009, when the anonymous developer Satoshi Nakamoto released the Genesis Block carrying the first 50 BTC. At that time, mining was much more manageable and did not have many requirements like present-day Bitcoin mining. Unlike the specialized graphics cards now used by most miners, Satoshi used a basic CPU to mine the first batch of bitcoin. 

However, the bitcoin network is programmed to increase the mining difficulty. Ideally, the mining difficulty on the Bitcoin network gets adjusted after every 2,016 blocks or every two weeks. However, the adjustment, whether upward or downwards, is determined by the number of participating nodes on the network and their combined hash value. 

Due to the adjustments in mining difficulty, Bitcoin mining has become more complex today and requires specialized mining equipment that is high-cost and energy-intensive. Most miners combine thousands of application-specific integrated circuit chips (ASICs) to achieve higher mining hash rates and become the first to verify blocks to receive rewards.



Typically, these miners exist in different types and categories, with variations in costs and capacities. The highest capacity miners come at a higher price and with more power consumption which means higher operational costs. As a result, mining farms working with low-cost equipment may not achieve the highest hash rates but can reduce their operational costs by paying less for power. Additionally, miners can invest in low-cost energy sources to run their miners and operate more cost-effectively.




    
        
            
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4. Do More with Less
With the risk of the prolonged crypto winter becoming an ice age, miners not only need to broker the best energy deals but also strive to do more with less. For some companies, the only solution is to downscale their mining hardware amid the crisis. Fewer mining rigs mean the hash rates are low, so the possibility of verifying a block is also low. Such miners can leverage the power of mining pools by pooling their remaining hardware with miners alike and mining together. 

That way, each miner contributes a low hash rate at lower power consumption levels but increases their chances of cracking the hash and receiving mining rewards. The verifying node in the mining pool gets the compensation and shares it with the rest based on their share of computing power within the mining pool. Miners can also use software to automate tasks such as pool and network updates.

Additionally, miners can participate in demand response programs that will allow them to sell power back to the grid during high demand. With demand response programs, miners can reduce their energy costs and boost revenues which can help meet some of their operational expenses or repay debts. Mining also becomes more profitable when companies mine during less expensive times. 



Further, they can recapture the heat generated by the mining rigs and channel it to more applications that help minimize costs or create new revenue streams. For instance, Bitcoin mining companies are forging partnerships with other companies that can put the wasted heat energy into productive use. 

Genesis Mining has already partnered with agencies in the food industry to provide heat for their greenhouses. According to the details of the partnership, as published on Nasdaq, Genesis Mining committed to delivering a 600 KW air-cooled data center container to heat a 300 square meters greenhouse. The heat from the data center that would otherwise go to waste will now be used to farm fruits and vegetables. 
5. Run in Low Power Mode
Bitcoin mining is transitioning from being a part of the crypto industry to more of the energy industry. As the power demands and electricity costs continue to rise amid the environmental concerns of Bitcoin mining, miners will need to integrate with their power generation vertically. It will be a great way to maintain a stable operation, especially for miners with hardware that can run in low-power mode. 

In the low power mode, the voltage flowing to the computer processor and components is reduced dynamically on run time to conserve electric voltage. It decreases the power consumption of the mining hardware over time, resulting in the system using less power and lower temperatures. 

The overall power consumption and heat production of your mining equipment gets reduced significantly, and so are your operational costs. It is a great way to boost profitability and survive a crypto winter. Additionally, the equipment runs more efficiently and lasts longer due to the little heat production, meaning more savings in terms of costs. 


In Summary
Although Bitcoin mining operations have received much criticism over their power consumption, they are still vital in solving some of the real-world problems in the energy industry. Mining companies may view the crypto winter as the most challenging season, but it could leave some positive impacts that will live on past the bear season.

For instance, for mining farms that will manage to cut their operational costs and survive the winter, it means they will be in for higher profits beyond the season since they can keep operating at low costs. Additionally, companies that invest in low-cost facilities and become vertically integrated with their own sources of power will enjoy long-term stability in their operations and more profitability. Besides, other industries also benefit from the Bitcoin mining companies’ pursuit of more efficient operations.

### EZ Blockchain Wins the 2022 Big Bow Award in Kansas

EZ Blockchain has been creating job opportunities in small local rural communities through its projects in locations like Georgia, North Dakota, Northern Indiana, Alberta, and Upstate New York. It helped the local communities in these locations realize additional revenues from underutilized resources, and the company has now been rewarded for its work.
The Chicago-based green crypto mining company is the first winner published on the program’s website at the moment, with the entire list of winners expected to be published on the website once all of the recipients are contacted.

The Big Bow Award Program aims to support and offer public recognition of the contributions of businesses and organizations in and around Big Bow. As one of the winners, EZ Blockchain will now enjoy the benefits of winning the award competition, including strategic value, free publicity, and sales tools that can aid in closing deals.
Since its founding date in 2017, EZ Blockchain has consistently followed its objective of tackling the global waste energy problem through crypto mining. The company has made several evolutionary innovations, including a mobile mining Smartbox™, immersion cooling technology, a flaring mitigation solution, and a grid balancing solution.

### Green Bitcoin Mining Companies

Green Bitcoin Mining Overview
Green Bitcoin mining is a new concept that follows the now popular idea of Bitcoin mining. Bitcoin mining started in 2009, and it refers to solving complex mathematical puzzles using energy-guzzling computers to create new Bitcoins and maintain the log of all Bitcoin transactions.
Following the criticism from politicians and environmentalists, Bitcoin miners are now rebranding their work to green Bitcoin mining, which is simply mining Bitcoin and cryptocurrency using renewable energy sources such as wind, solar energy, and hydroelectric power.
Green Bitcoin mining companies are strategically running Bitcoin mining operations using these renewable sources, thereby aligning the interests of crypto enthusiasts and environmentalists.
What are the top green Bitcoin mining companies?
Read on as we list the top green Bitcoin mining companies.
Major Green Bitcoin Mining Companies
With the world experiencing the catastrophic effects of climate change already, it is of utmost importance for Bitcoin miners to end their reliance on fossil fuels. Renewable energy sources provide a sustainable solution, and a couple of green Bitcoin mining companies are taking the lead in the new shift.

1.      Compass Mining

Compass Mining is a unique mining and hosting Bitcoin-first company currently supported by a team of 80. The Compass Mining team is committed to supporting the decentralized growth of mining hash rates and beef network security by allowing more people to explore, learn, and mine Bitcoin.
Compass boasts 23 hosting facilities, and a newly included feature of At Home-Mining enables customers to set up mining operations at home. This new addition gives miners more flexibility in choosing hosting options for their rigs.
The ASICs hosted on the platform cost between $6,250 and $14,600. They are GoldShell HS5, Whatsminer M30S, Antminer S19j Pro, and Antminer S19XP.  Each miner will have an individual mining contract that starts on their first day of mining. Customers from the US can make their mining rig orders via the Compass Mining website, while customers in other locations can contact sales representatives.
The website also includes a unique feature dubbed the Compass Score, typically a data point to help users make informed decisions. It provides details such as the specific miner purchase price, monthly hosting fees, and miner efficiency in Tera hash rates.
According to Whit Gibbs, Compass Mining CEO, the company’s customer base is primarily retail miners investing between $10,000 and $50,000.  
2. EZ Blockchain

EZ Blockchain is an innovative green Bitcoin mining company that started in 2017 as a data center hosting solutions provider for cryptocurrency mining. Today, it is a vertically integrated cryptocurrency mining company exercising complete control of the power generation cycle. The company has offices in Los Angeles, Chicago, Houston, and multiple other locations in the US, where it provides the mining infrastructure for energy businesses at the lowest power costs.
It seeks to tackle the global waste energy issue using crypto mining. As an energy-oriented tech company, EZ Blockchain connects the digital assets space with the energy industry to optimize energy use by using Bitcoin mining to solve wasted energy problems. These eco-friendly Bitcoin mining services are transforming the way the industry manages excess energy.
In 2018, EZ Blockchain started a mobile data center manufacturing that supplies mobile data centers on a scale. They are a line of high-computing modular data centers meant for crypto mining to bring crypto mining to cheaper energy sources.
Unlike most of the other green Bitcoin mining companies, EZ Blockchain has the largest container production facility in the US. The EZ Smartbox Mobile Mining Container eliminates the stranded gas problem and introduces asset monetization of stranded gas, revenue diversification through Bitcoin, and additional jobs.
The container is entirely plug-and-play and fits flexible sizes and types of crypto hardware for rapid deployment. Airflow is optimized to protect the hardware and maintain the maximum performance of the mining machines.

3.      Riot

Riot Blockchain is one of the most legitimate green Bitcoin mining companies that prides itself in its strong engineering. The company is under the excellent stewardship of a ten-member management team, a five-person board of directors, and an advisory board of four. The team commits to a mission to support the Bitcoin ecosystem through proof-of-work mining.
It is a prominent publicly traded Bitcoin miner in the US that is constantly working to improve efficiency and productivity. According to the company website, Riot aims to achieve a mining hash rate of 12.8 EH/s with a full deployment of 120,150 Antminer ASICs. This capacity does not consider the potential gains from its 200 MW immersion cooling infrastructure.
Its revenues in 2021 totaled $213.2 million, a noteworthy 1665% increase from the previous year. Notably, the hash rate increased from 0.57 EH/s IN 2020 to 3.1 EH/s in 2021. With the expected rise in the hash rate to 12.8 EH/s by 2023, Riot Blockchain’s revenues could be due for a sharp rise.
 
4.      Marathon Digital Holdings

Marathon’s five-member management team focuses on the company’s core of building the most extensive Bitcoin mining operations in North America at the lowest energy costs. The company struck a deal with Beowulf Energy to co-locate its data center at Big Horn Data Hub, next to Beowulf Hardin Generation Station. Marathon obtains its power from Beowulf at $0.028/kWh. Beowulf is also a Marathon shareholder, although Marathon keeps 100% of the Bitcoin mining output.
The Marathon Data Center has capacities of up to 30,000 S19 Pro Miners, providing a hash rate of 3.32 EH/s. According to the financial results released on the Marathon Digital Holdings website, revenues from the first quarter of 2022 amounted to $51.7 million, a 14% decrease from the fourth quarter of 2021.

5.      Bitfarms

Bitfarms is a blockchain infrastructure company that powers Bitcoin mining activities using clean, hydroelectric energy and receives fees from transactions in the Bitcoin network. It is 100% in-house managed and runs nine facilities in the US, Canada, and Paraguay, with a mining capacity of 3.3 EH/s and total power consumption of 137 MW.
According to reports on the company website, Bitfarms raised CAD 155 million in equity in 2021.

6.      Hut 8 Mining

Hut 8, one of the largest and oldest Bitcoin miners in North America, has been operational since 2018. It is a business building technologists’ company that believes in decentralized systems promoting financial inclusion and sustainability.
Notably, Hut 8 high-performance data centers run on nuclear and hydropower, and the company has eight facilities that harness Canada’s energy sources. It runs three data mining facilities and five multi-tier data centers for high-performance computing.
The company has the power to outperform with over 121 MW of power capacity and total contracted power of 209 MW. Hut 8’s commercial high-performance Bitcoin mining customers exceed 400, and the total self-mined Bitcoin held in its revenue stock as of February was 6,115. However, from the financial statements released via the company website, Hut 8 made losses amounting to $14.8 million for the year ended in December 2021.

7.      Genesis Mining

Genesis Mining is a green Bitcoin mining company that regards itself as the first mining farm in Eastern Europe, founded in 2013. The company has grown tremendously to become one of the top hash power providers in the world. At Genesis Mining, your mining rigs are already set up and running, so all you need is to set up your account and get started.
The company provides multi-algorithm crypto mining capacities for different ranges, including large-scale investors, home miners, and newcomers. The company’s cryptocurrency mining plans are annual and include $499 for a hash rate of 12.5 MH/s, $999 with a hash rate of 25 MH/s, and $4,999 with a hash rate of 125 MH/s.
Based on information on its website, the customer base exceeds two million people. Their mining farms are in Greenland, Sweden, Finland, Norway, the UK, Estonia, Denmark, Iceland, Lithuania, and Latvia.

Conclusion
Cryptocurrencies were perceived as a significant innovation in financial technology. Statistics from The World Bank show that about 1.7 billion adults are still unbanked, and cryptocurrencies seem a potential solution. However, they are not without some setbacks, and environmental concerns have been a critical issue, threatening even their existence.
However, cryptocurrency miners are finding innovative ways to help maneuver around the obstacles. Several companies are exploring the green Bitcoin mining solutions, and we at EZ Blockchain are at the top of it all.
At EZ Blockchain, we want to turn Bitcoin’s energy-intensive mining into an opportunity and a tool to solve the global energy waste problem and capture leaking methane from capped wells, flared gas, and vented gas.

### #TheGreatMerge: Bitcoin Mining Merging With the Energy Industry

Energy
According to estimates from the Cambridge Bitcoin Electricity composition index, Bitcoin mining, on average, consumes about 11 GW consistently. That seems like a lot of energy for Bitcoin mining, but it may be different. Taking the Electricity Reliability Council Of Texas (ERCOT), for instance, the council had the highest recorded demand this summer of 75 GW. To put this into perspective, the Bitcoin network’s total usage is about 15% of ERCOT’s highest demand.
It may be acceptable to sound a lot, but the energy industry is also quite massive. For example, the United States produces and consumes many different types of energy from different sources. Energy sources fall into diverse categories, including primary and secondary sources, renewable and nonrenewable sources, and fossil fuels.
Primary energy sources take many forms, like fossil energy, nuclear energy, petroleum, natural gas, coal, and renewable sources like wind, geothermal, hydropower, and solar energy. All these primary energy sources are converted into electricity, a secondary power source.
In the US, the Energy Information Administration statistics indicate that renewable energies account for only 12% of all energy sources. Fossil fuels assume the largest proportion, with petroleum at 36%, natural gas at 32%, and coal at 11%. Nuclear and electric energy account for 8%.

The energy from these sources is distributed across the transportation, industrial, residential, and commercial sectors. However, it’s noteworthy that there is a portion of energy in both the sources and the end-use sectors dedicated to retail electricity sales. At the same time, the total electrical energy system suffers energy losses of up to 65%.
With such problems in the electrical energy system, Bitcoin mining has something to do with each energy type.

Flared Gas
The World Bank is on a global initiative to reduce gas flaring to zero by 2030. According to the report on gas flaring, oil production fields worldwide burn about 140 billion cubic meters of natural gas annually. The tradition releases over 300 million tons of Carbon IV Oxide into the atmosphere.
In 2020, the World Bank estimated that about 5.3 trillion cubic feet of natural gas were flared annually, equivalent to 25% of US energy consumption. To date, gas flaring and venting is a normal practice where local markets and gas transportation infrastructure are unavailable. At the moment, Russia, Nigeria, the US, and the Middle East are the leading gas-flaring countries.
When energy investors produce oil in the fields, the associated gas leaves the reservoir along with the oil. A considerable proportion of the gas is captured using oil companies and government facilities, but some of it gets flared due to economic, regulatory, and technical constraints.
Flaring emits black carbon and other pollutants and is thus an environmental hazard. It also means that natural gas goes to waste despite being a valuable energy resource that can help advance sustainable development. The global flared natural gas can generate about 750 billion kWh of electricity.

The Solution?

Bitcoin mining provides the solution for flared and vented gas by tapping these wasted energy sources for Bitcoin mining. Energy investors and mining companies can use gas generators to convert associated gas in oil fields into electricity and use it for Bitcoin mining on-site. We can turn around the traditional proof of work mining from the grid to off-grid and solve the global waste energy problem using Bitcoin mining.
Flared gas is captured and transformed on-site with the help gas electric generators. Ideally, the technology has been around for quite a long time. However, there was the problem of what to do with the electricity in the remote oil fields. Bitcoin mining solves that problem, eliminates the flared gas emissions and pollutants from the ecosystem, and creates a new revenue stream.
It’s now possible to utilize natural flared gas on a scale at remote facilities instead of burning it. Oil and gas investors can mitigate their flaring numbers, continue drilling, optimize their operations, and create a new revenue stream. The flaring mitigation also means the oil producer drilling permit is renewed, minimum footprint, 2.5 MW of usage, 500 MCFd of flared gas utilized, and a reduction in CO2 and Volatile Organic Compounds (VOC) emissions.

Stranded Natural Gas
Stranded gas refers to natural gas that is unutilized or wasted due to its remote locations. It is similar to flared gas, but since there are no oil production activities in the fields, it remains stranded underground. According to the Department of Energy, around 270 trillion cubic feet (TCF) of gas are stranded in the US due to the distance between oil fields and the market. Usually, the cost of production and delivery of the stranded natural gas to the market is much higher than the possible returns from selling it.
Stranded natural gas is also available in areas where the natural gas pipeline was not built due to regulatory or economic reasons or remote locations like Alaska North Slope. The demand for natural gas is quite low, and the market is far away. The amount of gas stranded in the US alone would be enough to power Bitcoin mining 10-fold without denting the demand for the existing electrical infrastructure.
Without Bitcoin mining, utilizing stranded gas would be a tedious and costly activity involving:


 	Building infrastructure at the gas field
 	Developing a gas production facility
 	Developing a gas conversion facility
 	Transporting the gas from the source to customers
 	Building receiving facilities
 	Creating distribution channels for users to deliver value


Bringing Bitcoin mining into the equation, delivering value from stranded gas becomes easier, less costly, and more profitable. It involves:


 	Clearing the gas field
 	Building gas production facilities
 	Building gas to electricity conversion facility
 	Bitcoin mining

EZ Blockchain Flaring Mitigation Solution
The Problem
According to the World Bank, $30.6 billion is the approximate cost of flared natural gas. The most popular gas flaring solutions are NGI recovery, stripping natural gas liquids from natural gas, and liquefying natural gas (LNG) to deliver to the market. Both of these solutions are quite expensive on CAPEX and may not prove to be economically feasible. Dealing with liquids is pretty expensive in terms of transportation, stability, and price. Because of inconsistent gas volume and pressure, it is also hardly possible to predict the project’s economic side. Power generation does not prove to work by itself because of the regulatory difficulties in selling power to the grid and the lack of powerline infrastructure.
Further, there is the problem of slow infrastructure development. It may take a few years to develop and build all the needed infrastructure to solve the problem of flaring on the scale, such as gathering lines, pipelines, power lines, and gas processing facilities, among others. Usually, when it is built, the problem still exists because of the higher production volume and, therefore, the higher number of flaring emissions.
Finally, there is also the environmental problem because some of the solutions do not solve the problem completely. For instance, NGL recovery only strips rich BTU liquids from flared gas, but lean gas flaring still occurs. The type of flaring reduces Carbon IV Oxide emissions by a considerable amount. Flaring releases significant gas emissions into the atmosphere and doesn’t produce any useful energy.

The Smartgrid Flaring Mitigation Solution

EZ Blockchain introduced a unique flaring mitigation solution called the EZ Smartgrid Flaring Mitigation System. It is a unique solution for the existing wasted energy problem in oil fields. It features a mobile gas engine generator that converts wasted flared gas into electrical energy, which is immediately utilized on-site to power a mobile data center, the EZ Blockchain Smartbox.
The green Bitcoin mining company developed a mobile flaring mitigation system available to be deployed right on oil well pads to reduce flaring. The unique system does not require a connection to the grid; all electricity produced is used on-site.
Instead of flaring, wasted associated gas can be harnessed by a gas engine generator to produce electricity, then the electricity is used to power the mobile data center on the well pad without distributing energy to the grid.
The smartgrid mitigation system benefits investors with a complete flaring elimination at locations with a minimum of 350 MCF flared a day. No CO2 emissions are caused by flaring where the EZ Blockchain Smartgrid System is deployed.
Further, oil investors can meet the rapidly growing regulations and tightening environmental guidelines without interruptions of the operation by reducing harmful emissions.
Finally, there is zero upfront cost for producers and additional royalties to landowners by bringing flared gas to market on-site without building physical pipeline infrastructure.

Power Plant Application
Power plants form the main secondary energy, and the energy resource is also underutilized. Going by the Capacity Factor below, only nuclear energy power plants are working at a considerable capacity of about 92%. Natural gas works slightly above 50%, while coal power plants operate below 50%. It means that a 100 MW power plant, on average, will only work 50% of the time. Therefore, an energy company that invests in power plants could reduce its investment payback period by twice while working close to 100% of the uptime since 61% of electricity in the US comes from coal and natural gas. But Bitcoin mining also solves the capacity load problem. 

Power plants can generate power more efficiently by utilizing a Bitcoin mining farm as a battery to balance the load. Some power plants also use resistors to reduce the power that they cannot dispatch to the market. Such plants can install a mobile data center in the backyard within a few days and mine bitcoin using the spare capacity of the power plant. The power plants can then utilize their electrical infrastructure with higher capacity, increasing the consistent supply to the grid.

Summing It Up
 
There are tons of use cases that can be applied to Bitcoin mining. It helps reduce gas flaring, utilizes stranded gas, and is a base load for power plants. With all this apparent, Bitcoin mining can be said to be inseparable from the energy industry. Without energy, Bitcoin mining proof of work cannot exist, although there is a mutual relationship since consistent Bitcoin mining is a tool for solving energy problems rather than creating more.
EZ Blockchain is on a mission to use Bitcoin mining as a tool to solve wasted energy problems. The company implemented a flaring mitigation project in North Dakota by installing the 40 ft EZ Blockchain mobile data center.

The project’s aim was to lower the carbon footprint of the oil producer by using the excess gas to run generators that, in turn, power the smartboxes. Due to the carbon footprint associated with gas flaring, oil producers are often capped at how much they can pump per day.
EZ Blockchain used multiple generators to generate 2.5 MW of power which they needed to power their data center. That way, the oil producer was able to lower their carbon footprint and emissions after three days of installation.
The company also implemented a project for eliminating stranded gas in Alberta, Canada, where an oil services company needed a solution to offer clients a better way to monetize their stranded natural gas. EZ Blockchain deployed two mobile data center solutions, the EZ Tank 300 and EZ Tank 600. Both data centers were fitted with frequency drive regulators to lower fan speeds during cold times.

A total of 28,000 MCF of gas were flared, equivalent to 4 MW of power. The company managed to lower its operational cost and eliminated the problem of stranded gas, which needed to be flared or vented. It allowed for asset monetization of stranded gas and revenue diversification through bitcoin.

### How Can Bitcoin Mining Be Profitable? Is It the Best Time to Buy?

But when you can buy a miner at $1,500 per piece, could it possibly be the best time to buy in when the equipment is so cheap? Realistically, miners' prices have dwindled to their lowest, but they are still not cheap for everyone. Bitcoin mining experts like Mattia Pintus, the Nova Mining Labs CEO, argue that interested miners should first analyze how much profit they can make depending on their energy costs.
Gryphon Digital's CEO, Rob Chang, also feels that despite the miners' price tumble, ASICs are still not cheap and would cost a miner hundreds of dollars, if not thousands. Matthew Lohstroh, the CEO of Giga Energy, thinks that miners could still profit, but it will take around 18 months for the average retail miner to break even.

Is Bitcoin Mining Profitability Changing?
Bitcoin has a fixed supply of 21 million coins. Over 19 million BTC has been verified and recorded on the Bitcoin Blockchain through the mining process. It involves solving complex cryptographic puzzles known as hashes using powerful computers. Usually, miners across the Bitcoin network compete to be the first to crack the hash. Computers with the highest processing power or hash rate have higher chances of cracking the code first, and the winner receives a reward of 6.25 BTC.
Initially, Bitcoin mining was a lucrative affair. Technically, anyone could mine Bitcoin at home. However, with cryptocurrency prices faltering and power costs persisting for the better part of the year, profiting from Bitcoin mining has become quite difficult. Bitcoin mining activities are much more challenging and costly compared to the early days. Even if miners still thrive in their activities, it's not entirely clear if they will eventually profit. Large companies now do most mining activities with specialized servers and data centers.

What Determines Bitcoin Mining’s Profitability?
There are different reasons why people decide to mine Bitcoin. Some are simply Bitcoin enthusiasts who want to serve and protect the network, while others fancy the privacy associated with using virgin Bitcoin. However, their chief motivation is the yields the activity promises. Currently, miners receive a reward of 6.25 BTC per block, which is about $130,000, and a new block is created every ten minutes on the Bitcoin blockchain.
Furthermore, the reward could be worth much more depending on the price of Bitcoin at a given time. As such, many people perceive Bitcoin mining as a lucrative venture, although several factors determine whether the process is profitable.

Block Rewards
The Bitcoin network offers a block reward for every block mined. The prize is the primary source of income for the miners and a significant factor in determining mining profitability. While the reward stands at 6.25 BTC for now, it's notably not the original figure and could change soon.
At the beginning of Bitcoin in 2009, the block reward was 50 BTC. However, the network follows a protocol known as Bitcoin halving, which happens for every 210,000 blocks. It's typically an event when the supply of new coins and the block reward is halved. It cuts the rate at which new Bitcoin is mined by half, and the reward gets reduced by half. The current block reward is thus a result of three halving events, meaning the reward will still drop in the fourth halving event due in 2024.

Bitcoin Mining Equipment
The profitability of Bitcoin mining depends mainly on the choice of mining equipment. Mining rigs with higher hash rates can crack the cryptographic codes faster, meaning the miner has a greater chance of success. However, they are more costly than mid-tier miners and consume enormous power. Home mining has become almost impossible since most mining rigs also require a dedicated facility. The high initial cost of mining equipment and the energy costs could undermine mining profitability.

Energy Costs
Bitcoin mining has a name for its high energy consumption. It's part of the reasons behind Bitcoin prices' tumble after the 2021 bullish trend. On average, Bitcoin mining consumes about 139 terawatt-hours of electricity annually, equivalent to the annual energy requirements of individual countries like Norway.
Notably, energy prices have been skyrocketing throughout the year. According to the International Energy Agency's (IEA) report in July 2022, electricity prices tripled within the year's first half in many regions worldwide. In Europe, the price of coal rose more than threefold, while gas rose fourfold in the first half. A recent Forbes report also noted that natural gas and oil prices in the US also increased by about 12.6.

As energy prices rise, mining becomes more expensive, which means fewer profits for Bitcoin miners.

Can Bitcoin Mining Be Profitable?
Bitcoin has had its share of ups and downs since its introduction by the anonymous Satoshi. But one of its significant drawbacks is the energy-intensive nature that not only makes it have run-ins with governments like Algeria and China but also undermines mining profitability. There is a crisis of falling Bitcoin prices, skyrocketing energy costs, and a need for sustainable Bitcoin mining.
However, at least a few trends are taking the right direction for the community of Bitcoin miners. First, there are many alternative energy sources for Bitcoin mining and innovative companies like EZ Blockchain that give a glimpse of hope for profitable and sustainable Bitcoin mining.

Selling Electricity Back to the Grid
Today, utility companies and power plants suffer a significant problem balancing power loads. They generate more excess power than their power demands and find it difficult to predict revenues accurately.

Since energy is one of the significant issues undermining the profitability of Bitcoin mining, the energy investors with excess power have an excellent opportunity to balance off their power load and, at the same time, make Bitcoin mining profitable by selling the excess and wasted energy. Blockchain companies like EZ Blockchain can buy all the excess energy and use it for Bitcoin mining.

Participating in Demand Response Programs
In January 2022, the IEA reported a surge in electricity demand that has strained power systems worldwide. Eventually, the strain touched major markets, pushing energy prices to all-time highs.
As a sector that is heavily dependent on and a significant power consumer, Bitcoin mining has been hit hard by soaring prices. A possible solution for easing the grid of demand is to participate in a demand response program. Under the program, willing energy consumers agree to lower their energy use during peak times or when there is a strain on the grid.
Although demand response programs look primarily into the larger economic view, they will impact energy prices and impact Bitcoin mining's profitability indirectly.

Gas Flaring

Gas flaring is an ancient practice involving the burning of natural gas, which is a by-product of oil extraction. The World Bank estimates that about 144 billion cubic meters of gas are flared yearly. That's enough power for sub-Saharan Africa.
While it has been considered a safe practice for a long time, there are innovative solutions that can end the environmental hazards of gas flaring and put wasted energy into better use.
EZ Blockchain provides a unique solution for the oil fields that converts the flared gas into electricity for Bitcoin mining. It's a mobile flaring mitigation system deployable on the oil well pads. It harnesses the wasted gas and uses the electricity to power data centers. It's an innovative power generation system that can improve the profitability of Bitcoin mining by providing cheaper energy alternatives.

Affordable Bitcoin Mining Equipment
Even as the bear market continues to wreak havoc for Bitcoin miners, the trend still has direct impacts that provide opportunities for small miners to profit. As more miners close their positions and others slow their mining activities, the demand for mining rigs also drops massively, which means mining equipment is available at lower prices. With low initial costs and cheaper alternative energy sources available, Bitcoin mining could still be profitable.

In Summary
Although Bitcoin miners' revenues have fallen to unprecedented lows, miners are still cashing in on the activities. Reports place their earnings at around $20,000 daily. GPU prices are also set to drop further, while innovations such as EZ Blockchain are still around to save the situation.

EZ Blockchain provides Bitcoin miners with cheaper alternative energy sources and offers them its innovative mining solutions of air-cooled Smartboxes and immersion-cooled Smartboxes at excellent and competitive deals.
Despite the ongoing crypto winter, EZ Blockchain is still opening new locations in 2022, probably because it's not the first time crypto prices are plummeting.

### Why Crypto Mining Needs Nuclear Power

To put everything into perspective, cryptocurrency mining consumes a lot of energy that is unsustainable and detrimental to the environment. For instance, it takes about 1,449 kWh to complete a Bitcoin transaction, an equivalent amount of energy to that of 50-day power consumption for an average household in the US. Not that the massive energy consumption is the biggest problem, but the fact that the energy is sourced from fossil fuels.
In the US, fossil fuels account for over 60% of energy sources, which means the continued use of fossil-fuel energies for crypto-mining leaves a massive carbon footprint. Crypto-mining companies are now looking into carbon-free electricity, and nuclear energy crypto-mining seems to be a viable alternative.

How Nuclear Power Can Meet the Crypto Mining Power Needs
Some estimates put the average amount of power used by significant crypto miners worldwide to be around 77.78 TWh annually, which is enough energy to power entire countries. With nuclear fusion and the fission of radioactive materials such as uranium, these high energy demands in cryptocurrency mining can be catered to easily by nuclear power due to its dense nature. One fusion/fission reaction gives considerably more power than millions of combustion reactions combined.
Another need that crypto enthusiasts take into consideration when mining is reliability. Energy reliability is expressed as a ratio between natural electricity generation versus the amount that could be generated if a plant ran at total capacity devoid of interruptions. Many call it the capacity factor. With nuclear energy, the capacity factor is higher than other sources, meaning its adaptation in crypto mining ventures is a welcome advantage.
In addition to the capacity factor, nuclear power isn't dependent on seasons or geo locations for it to produce electricity, which is always the case with many renewable power sources. For instance, hydropower can only be generated near massive water bodies, whereas solar power is too dependent on the availability of the sun.
NaySayers and eco-warriors have criticized the crypto-mining sphere. Some countries like China have gone a step further to ban mining activities, citing the emission of carbon dioxide. For this reason, crypto mining facilities are partnering with nuclear power plants to get a constant supply of carbon-free power for their operations.
The relationship between crypto mining is not one way. Nuclear power plants also benefit from crypto mining needs. For instance, excess power generated from nuclear plants due to the continuous production embedded in their design can be directed to mining rigs that operate 24/7.

How Nuclear Energy Creates Room for Cost Reductions in Crypto Mining
Contrary to popular belief, nuclear power is among the most cost-effective energy sources compared to its peers in the renewable energy sphere. Although it takes longer to install before it is available for crypto miners, it is more sustainable, making it cost-friendly in the long haul. In a 2020 report by the International Energy Agency, it was said that nuclear has the lowest cost among all the available low-carbon electricity generation technologies. Only hydroelectric power comes close.

For avid crypto miners, the low cost of electricity is crucial to maintain a profitable endeavor. With nuclear energy comes the long-term feasibility coupled with the steady decrease in prices that accompany nuclear power. All this translates to crypto miners saving extra money that could have otherwise been lost if they stuck to unreliable short-term power sources.
Let's put this into context. Consider a nuclear plant providing a crypto mining facility with a 1MW surplus power. Based on the type of hardware present at the facility, 1MW can power between 200 and 900 mining computers. With superb miners, an initial investment of a million, and power going for 6 cents per kilowatt, such a facility can generate profits of about 4 million annually with the possibility of breaking even in six months. This analysis is based on the Bitcoin price of $45,000, meaning miners can attract more enormous profits with higher prices and vice versa.
In addition to being cheap, nuclear power is also clean, making it desirable in the crypto-mining industry. According to research by the European Commission, nuclear emissions are similar to those emanating from wind, and greenhouse gas emissions are four times lesser than that of solar. What's more? Nuclear power plants require considerably less land than other sources and produce more power.

How to Handle Accidents and Potential Threats Associated with Nuclear Power
Since the inception of nuclear energy, there have been cases of accidents. With nuclear power plants using highly radioactive compounds like uranium, mishaps in reactors are possible if not keenly monitored. Some of the notable nuclear reactor accidents in history include:


 	The Chornobyl nuclear disaster of 1986
 	The Fukushima nuclear disaster in 2011
 	The Kyshtym nuclear disaster of 1957
 	The Windscale Fire nuclear disaster of 1957
 	The Three Mile Island nuclear accident of 1979

All the disasters mentioned above involved the meltdown of reactors causing irreparable damage within miles. These disasters are ranked the worst in history, ranking above four on the International Nuclear and Radiological Event Scale. If crypto mining and nuclear power had become widespread by the time of these accidents, they could have been greatly affected. Miners would have accrued sizable losses from the loss of electricity and the subsequent loss of the ability to mine more crypto. To curb meltdowns, personnel should regularly check all the functional components of reactors and make repairs when necessary.
Another potential threat to nuclear power comes from the improper storage of byproducts from nuclear energy production. The byproducts of nuclear have a longer half-life and have adverse effects if not correctly disposed of. In countries with imminent threats caused by nuclear power, crypto-mining using it may be discouraged or banned altogether. Some primary methods used to store these byproducts include ice sheets, ocean disposal, or even sending the waste to space.

Accidents also happen when waste from nuclear plants is being transported. Using safer transportation methods is handy in ensuring the waste poses no threat, and crypto miners can use nuclear power with a clear conscience.

What Are The Negative Impacts of Radioactive Waste On The Environment?
Radioactive waste from nuclear power plants may cause undesirable environmental effects whenever there is inappropriate interaction between the two. Animal and plant life is at massive risk from radioactive waste as they increase the chances of cancerous growth, leading to substantial adverse environmental impacts. For instance, the Chornobyl disaster left that land barren and uninhabitable for the foreseeable future.
In cases where radioactive waste is stored underground and seepage occurs, it renders the soil infertile. Toxic soils set up a chain reaction whose effects are witnessed in poor crops that grow on them and sick herbivores that feed on such plants. No crypto-miner in their proper sense would use nuclear power from a plant responsible for such atrocities, meaning negative environmental impacts caused by radioactive waste will affect the cryptocurrency mining sector.


    
        
            
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What Is the Future of Bitcoin Mining With Nuclear Energy?
Bitcoin is the most energy-intensive crypto coin consuming about 150TWh yearly, which is more than Argentina needs for its citizenry. Such an amount of electricity from conventional sources can emit over 60 megatons of carbon (IV) oxide gas, which is detrimental to the ozone layer and has adverse climatic changes. Nowadays, most players in the Bitcoin mining ecosystem are looking for greener ways of mining crypto. That's where nuclear power comes in.
As stated earlier, nuclear power has been available continuously for ages except during the occasional maintenance routine and comes with non-existent carbon emissions. With this in mind, it is clear that nuclear power is ideal for sustainable Bitcoin mining adventures. Many players in the energy sector are embracing the use of nuclear energy to power bitcoin mining. For instance, Energy Harbor Co. announced that from December 2021, it would offer nuclear power to the bitcoin mining center in Coshocton, Ohio. Others have since followed suit.

CHECK OUT Our Nuclear Powered Bitcoin Mining Projects

Final Word
There are numerous benefits associated with nuclear power in crypto mining, especially cryptocurrencies such as Bitcoin, which require high amounts of electricity. Despite the potential risks posed by nuclear power, these shortcomings pale compared to what nuclear power is capable of. With the current trends in crypto mining and innovations like EZ Blockchain, it is safe to assume that nuclear power is the future of crypto mining. EZ Blockchain is part of the global revolution toward sustainable crypto mining with nuclear power.

At EZ Blockchain, we started as a data center hosting solution in 2017. Today, we are a vertically integrated cryptocurrency mining company with full control of our power generation cycle.
We seek to address the global waste and environmental sustainability problems using cryptocurrency mining with alternative sources of energy like nuclear power mining. We want to turn around Bitcoin and cryptocurrency's energy-intensive nature into an opportunity and a tool to solve the environmental sustainability and energy waste problems.

### How Liquid Immersion Cooling Benefits Sustainability

The green immersion system is an innovative immersion cooling solution that is helping technology and crypto mining companies realize their sustainability goals. Mining farms are known for their notoriously high power consumption levels, and data centers are no different. In 2020, thedata center industry was reported to consume about 196-400 terra-watt hours of power. Notably, a significant proportion of the power goes to waste as heat. For instance, about 40% of the total energy consumption in an average data center goes to powering conventional cooling infrastructure.
That said, a more efficient cooling system is desirable to help accelerate data centers and IT companies toward sustainability goals.

What is Immersion Cooling, and How Does It Work?
Immersion cooling is the reduction of heat emitted by servers, CPUs, GPUs, or other IT components by submersing them in a special dielectric fluid that is thermally conductive. It is a well-proven technology used in different industries today, especially where there are high-power computers and EV battery packs. Notably, the idea has been around for over a decade, although it did not go mainstream until the energy-intensive crypto mining emerged.
Crypto mining in data centers and mining farms consumes large amounts of electricity. In 2019, the BBC reported that Bitcoin’s energy consumption is equivalent to Switzerland’s. The energy use increased in 2021 and 2022, the worst part being that much of that energy was wasted as heat. The more power the mining rigs use, the hotter they get, and the more power is needed to cool them.
Green immersion systems provide mining farms with a more efficient, practical, and sustainable alternative than air cooling. How immersion cooling works depends on the approach to it, and basically, there are two types of these sustainable immersion systems.

Single-Phase Immersion Cooling

The mining rigs or servers are installed vertically into the coolant bath in the single-phase immersion cooling systems. The coolant bath is usually a hydrocarbon dielectric liquid, similar to mineral oil. The heat emitted by the servers is transferred to the coolant liquid through direct contact. However, unlike what happens in a two-phase immersion cooling system, the coolant never boils off. It remains in the same liquid state, which is why it’s a single-phase cooling system. The liquid is then cooled in a heat exchanger unit.
The single-phase immersion cooling system provides data centers with a simplicity that translates to more effortless operation, less maintenance, and upfront affordability, even for small data centers.

Two-Phase Immersion Cooling

The two-phase immersion cooling system uses a specially engineered fluorocarbon-based dielectric fluid. The mining rigs are immersed and sealed inside the bath, which typically has a low boiling point. As such, the fluid quickly boils from the heat emanating from the mining rigs. The fluid changes from liquid to gas upon boiling, which brings about the idea of a “two-phase” immersion cooling system.
The dielectric vapor is then condensed back to the fluid form in water-cooled condenser coils integrated at the top of the system’s sealed racks. The condensed liquid then rains back into the sealed chamber to be recycled.

The Benefits of Liquid Immersion Cooling for Mining Farms and Data Centers
Data centers invest heavily in cooling systems, and all of them desire a sustainable immersion system that does more for less. Many still use conventional air cooling systems, although others, like EZ Blockchain, have made a breakthrough in liquid immersion technology.
Liquid immersion cooling systems, commonly known as green immersion systems, are more high-tech and efficient than air cooling systems and can meet the rising cooling demands in data centers. The special immersion fluids dissipate heat much faster than air, and their benefits stretch beyond just cooling data centers.

Immersion Cooling Prolongs Equipment Lifespan
Data centers comprise a collection of networked computer servers that organizations use for different purposes. They could be for remote storage, processing, or even crypto mining. It’s an entire infrastructure of servers, racks, network connections, monitoring, and storage, among other things. Every data center struggles to have all its essential components in perfect working condition for maximum efficiency and life cycle.
However, the endeavor is not forthcoming with the overheating that comes with this equipment, vibration, corrosion, and dust. Equipment tends to break down, causing expensive repairs and replacements and downtimes that undermine the overall output.
With immersion cooling, data centers can minimize some of these problems and ultimately prolong their equipment life cycle. The immersion cooling system, single or double-phase, is efficient in cooling the servers and thus eliminates overheating problems. Additionally, servers are not exposed to external contaminants like dust and corrosive materials. That way, the mean time before failures are prolonged, and the equipment lifespan is boosted altogether.

Green Immersion Systems Minimize Noise in Data Centers
Data centers rely on thousands of high-power processors for the maximum output. The powerful processors require large amounts of electricity, and overheating is a common problem. In traditional air cooling systems, the cooling fans need to run at maximum speeds to cool the servers, which get pretty loud. According to research reports, the average noise level around data center servers is about 92 dB(A), which can reach up to 96 dB(A) within the server racks. The noise can be quite a nuisance with the servers running day and night.
However, liquid immersion cooling eliminates the noise problem. Even the most prominent crypto mining farms can mine cryptocurrency around residential estates. Immersion cooling eliminates the need for cooling fans which are essentially the leading cause of the noise. Also, the immersion bath protects the miners against dust accumulation which can strain the equipment and cause them to produce noise.

    
        
            
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Immersion Cooling Helps to Minimize Space
The size of data centers can range from a standard 100-square-foot data center to a 400,000-square-foot facility. The data centers are filled with thousands of cabinets that hold millions of servers and a large number of sizeable cooling fans. Notably, data centers can minimize this space by switching to immersion cooling. The cooling technology allows more servers or miners to fit into smaller spaces where they can be cooled together in the dielectric coolant.

Liquid Immersion Cooling Helps Reduce Power Consumption
Whether it’s in an ordinary data center or a dedicated crypto mining facility, liquid immersion cooling can help reduce power consumption. Ideally, all these facilities use similar equipment that emits large amounts of heat. ASIC miners, for instance, release tremendous amounts of heat that, if left unattended with an efficient cooling system, can damage the hardware or result in a fire hazard.
In that regard, data centers rely on fans running at top speeds to deliver the best possible cooling. However, this means more power is needed to keep the fans running besides the power already consumed by the miners. With immersion cooling systems, data centers can achieve a high level of efficiency in power consumption. Past studies suggest miners can save up to 50% of their energy costs by switching to immersion cooling. Miners no longer need the energy-draining fans, which translates to a lower power bill.


Immersion Cooling Contributes to Sustainability


Green immersion systems provide data centers and mining farms with many advantages, chief of them realizing sustainability goals. First, it helps reduce power consumption, which means less exploitation of fossil fuels, the primary energy source. With less fossil fuel energy, the overall carbon footprint is reduced.
According to an article by the European Environment Agency, noise pollution is both human health and an environmental hazard. Mining farms are a considerable source of noise, and Bitcoin mining noise has been reported to drive people nuts in neighborhoods where it happens. However, with immersion cooling, there is no more noise from the fans, so both humans and the environment are safe.
Finally, a sustainable immersion system helps to improve equipment life span. The server components are not prone to overheating, dust, or corrosion. They operate with maximum efficiency, meaning there are fewer breakdowns or replacements. As such, there are fewer waste materials from data centers and mining farms, which is a giant leap toward sustainability.

Summing Up
Although an immersion cooling system’s initial cost can be higher than conventional air cooling systems, it is worth it in the long run. Immersion cooling systems provide a range of benefits that stretch beyond the cost factor. The world is more concerned with environmental sustainability than ever, and an innovation that provides a solution to that end is indispensable.

EZ Blockchain is one of the earliest tech companies providing innovative solutions for data centers and crypto mining farms. At EZ Blockchain, we provide a cutting-edge immersion cooling solutionthat guarantees longer equipment lifespan, reduced heat and noise from miners, and a higher hash rate for your mining rigs.
Using innovative solutions, the company intends to breach the gap between cryptocurrency mining activities and environmental sustainability goals.

### EZ Blockchain is Nominated for the Chicago Innovation Award of 2022

The Chicago Innovation Award was created in 2002 by the Chicago Sun-Times and Kuczmarski and Associates with a mission to empower the Chicago Innovation Ecosystem. The award acknowledges 10 Chicago-area businesses, nonprofits, and government organizations that come up with the year’s most innovative new products or services.

The award 21st Chicago Innovation Awards is slated for the 16th of November 2022 at Morgan Manufacturing from 4:30 pm – 7:30 pm. It will be an opportunity for people to come together, share ideas, build relationships with Chicago region innovators, and share Chicago’s innovation success with the world.

Award winners will collectively participate in the ceremonial ringing of the closing NASDAQ bell in New York City and meet with the Mayor to discuss how the city can accelerate the efforts of Chicago innovators. Chicago Innovation will also facilitate a meeting with the Governor for the winners to present their innovations to state leaders and discuss how to advance innovation. Finally, the Innovation will establish a conversation between President Preckwinkle and the winners to connect their innovation and the county's needs.

EZ Blockchain has been committed to utilizing Bitcoin mining high-density computing as a tool to resolve the wasted energy problem, and has been part of the Chicago community since 2017. We are the pioneers of gas flaring with a smart grid solution that converts gas flares into electricity for Bitcoin mining on site. We also work with oil and gas companies to solve the stranded natural gas problem with crypto mining. Our innovations include a mobile data center infrastructure, stranded gas to Bitcoin, flared gas to Bitcoin, grid balancing, and immersion cooling.

### Will Bitcoin Mining Survive the Energy Crisis?

The Relationship Between Bitcoin Mining and Energy
Bitcoin mining’s energy consumption is a controversial topic. Some consider it an important part of Bitcoin’s value proposition. Others see it as wasteful and harmful to the environment.

Value judgments aside, energy is essential to Bitcoin’s success, both in terms of cybersecurity and economics. On the one hand, the more energy required to verify transactions, the harder it becomes to fake transactions since attempting to defraud the network requires burning huge amounts of energy. On the other hand, the more energy required to mint new Bitcoins, the higher the price will be since the price reflects the cost of production.
But does Bitcoin actually need energy? In Bitcoin’s early days, it was very secure while consuming a small amount of energy. This is because Bitcoin’s price was low, so it didn’t make sense to spend a lot of money to try to scam the network. As the price went up, however, there was more potential profit in cheating. At the same time, mining became more profitable, causing more miners to join the network and boosting security.
So while Bitcoin depends on energy, it can also scale up and down to different levels of energy. This means that a shortage of energy is not likely to threaten Bitcoin. Nonetheless, there are other ways the energy crisis could affect crypto mining.

What Effect Will the Energy Crisis Have on Bitcoin Price?
Even if the Bitcoin network remains operational, will the Bitcoin mining industry survive the energy crisis? In the short term, higher energy prices will raise costs for miners, which could force them to sell Bitcoin, pushing down prices. However, higher production costs may also mean that miners demand higher prices to cover their expenses.

Higher electricity costs could hit miners with limited capital reserves especially hard. If they don’t have the cash to cover these expenses, they may be forced to shut down their operations and sell their equipment.
If miners go out of business, the same number of Bitcoins will still be mined according to Bitcoin’s block timing, but the block rewards will go to a smaller number of miners. This means that miners who make it through difficult times will end up making bigger profits. It also means that the cost of production of new Bitcoins could go down, leading to lower prices and even more pressure on miners.
This may sound like bad news for the Bitcoin mining industry, but for well-positioned miners, it could also be a big opportunity.

Opportunity in Crisis
Rising energy prices may actually lead to cheaper electricity for some miners — but only for those who are willing to adapt to the changing conditions. Electrical production and power grids worldwide remain extremely inefficient. One of the main reasons for this is the distance between energy production and energy consumption.

Naturally, nobody wants a coal-burning power plant in their backyard, and not everyone can live next to a hydroelectric dam. It’s also difficult for power plants to scale energy production up and down to meet demand. To make sure there is always enough energy available in the grid, power plants have to consistently produce extra electricity.
Bitcoin mining has the unique property of being able to purchase energy anywhere, at any time. This means that energy producers can work with Bitcoin miners and can have buyers for excess energy at or near the place of production. So far, few energy producers have taken advantage of this possibility.
Higher energy prices will lead to a lot of pressure on governments and utilities to lower energy prices. If energy producers work with Bitcoin miners, they can actually increase their profits by selling energy that would otherwise be wasted. With power plants working more efficiently and generating higher revenues, energy costs will be lower for consumers.

Possible Legal Responses
There has been talk in some countries about banning Bitcoin mining for a long time.
The energy crisis could intensify this pressure. At the end of the day, though, money talks, and if Bitcoin mining remains profitable, governments are going to want a share of the tax revenue.
However, in other cases, governments have moved to ban mining operations that use carbon-based fuel sources. Similar laws designed to deal with the energy crisis may force a major restructuring of mining operations.
It’s also possible that governments will realize that Bitcoin mining can make energy grids more profitable and efficient and provide legal incentives to encourage closer partnerships between utilities and miners. This could expand the options available to miners and make up for other lost energy sources.

Macro-Pressure on Currencies
Ultimately, as long as Bitcoin mining is profitable, people will find a way to do it. Even if some countries outlaw it, other countries looking for income will open up to miners. A recent example of this is El Salvador opening up to Bitcoin investors and mining.
The energy crisis could lead to some pressure on Bitcoin prices in terms of its direct effect on miners, but the effect on the economy overall could counter this. Although some try to deny it, it’s likely that there is a link between huge COVID stimulus packages and soaring inflation rates. The energy crisis could trigger more big government spending programs as governments try to survive the political backlash of higher prices.
If governments try to use “money printing” to get themselves out of trouble, it could lead to a loss of confidence in fiat currencies and a huge surge of demand for cryptocurrencies. This is already happening in many low-income countries, but there are signs that it could also happen even in the world’s biggest economies.
In August 2022, inflation in the Eurozone reached an all-time high of 8.9%. The situation was similar in the US, with an inflation rate of around 8.5%, a 40-year high. Economists are divided about the effect of the stimulus packages, but even fear of inflation alone could drive demand for cryptocurrencies.
If governments start announcing more stimulus programs, it could trigger fears about inflation getting even worse. This could drive more buying pressure for cryptocurrencies, boosting Bitcoin mining.

Shifting Cost-Benefit Analysis for Renewables
With oil and gas prices rising, solar, wind, and other renewable energy forms might start to make economic sense in places where they didn’t before. Bitcoin can actually make it more likely for homes and businesses to start using renewable energy.

Small-scale renewables present the same kind of opportunity for mining that is available at big power plants. For example, if someone wants to install a $40,000 solar system for their home, they may calculate that it will take five years for the system to pay for itself. If all of the excess power produced by that system were used to mine Bitcoin, it might only take four years and also provide a small revenue stream.
Small subcontractors could develop devices and then offer to operate miners near homes and offices that run on solar energy and pay a fee to the owners of the properties. Since Bitcoin miners are so loud, this might not be as popular as industrial-scale mining near power plants, but it could still have a major economic impact.
Read more about solar bitcoin mining.
Can the Energy Crisis Kill Mining?
There are so many factors at play that it’s difficult to predict how everything will play out. In any case, there is definitely the potential for the energy crisis to affect Bitcoin mining negatively. At the same time, it’s also possible that the crisis could be a blessing in disguise.
Even in the worst-case scenario, it’s unlikely that the mining industry will be wiped out completely. It could cause some chaos and restructuring, but not every country will be affected by the energy crisis. Some countries, like Iceland, are completely energy self-sufficient. Even if the situation gets really bad in some regions, mining can expand in more stable areas.
The more likely scenario is that the energy crisis may cause some short-term difficulties, but in the long term, it will make the mining industry much stronger. Miners may be forced to become more efficient and develop stronger partnerships with utilities and governments. With more utilities opening up to mining, there could be lots of opportunities to secure low-cost contracts.

This may require developing some additional expertise in some cases. It could be necessary to configure miners so that they can communicate with utility grids and shut them on and off according to fluctuations in demand. However, for versatile miners with access to capital, the future looks bright, even with the looming energy crisis.

### Natural Gas Prices and How They Influence Electricity Prices

Understanding Electricity Prices


For many businesses and individual consumers, it’s easy to assume that electricity prices have remained consistent for years. At least for the period until the 2021 turbulence that cut across the entire energy market. The Energy Information Administration (EIA) owes the rising electricity prices to increased natural gas prices. Most of them do not understand that the total figures on their monthly bills never portray an accurate picture. The truth is that electricity transmission and distribution costs have risen steadily over a few years. At the same time, the energy portion of the total cost fell consistently, owing to the falling natural gas prices.

Typically, on-site electricity generation using turbines or natural gas for the baseload power provides an alternative to the rising power costs. It eliminates the need for grid transmission and distribution and associated costs, whether purchased via an energy services agreement or by a consumer.

Usually, three components determine the price of electricity. They include commodity costs, taxes and surcharges, and transmission and distribution costs. The transmission and distribution costs are the expenses associated with electricity distribution via the national grid network connecting homes and organizations. These costs have been rising consistently over the years, accounting for up to two-thirds of the utility bill. They are expected to keep growing as distribution companies invest in modern grid infrastructure and respond to unforeseen circumstances.

For instance, grid infrastructure maintenance and replacements will be a growing need as many components are past their intended lifetime. In 2019, a gas and power company in California, Pacific Gas and Electric’s transmission towers were 68 years old and overdue for replacement. Additionally, electricity transmission companies incur huge expenses from time to time due to catastrophic events. Pacific Gas and Electric also requested a 12.4% rate increase in 2020 to provide for the extensive wildfire mitigation procedures. Overall reports indicate that expenses on transmission and distribution recorded a 54% increase between 1997 and 2018.

Taxes do not come as a surprise and contribute a small proportion to the monthly bills. State and local taxes may increase or reduce depending on circumstances, but the amounts are often negligible. However, some states have implemented surcharges to balance the cost of closing and decommissioning existing power generation assets, supporting green state incentives, and infrastructural upgrades.

The commodity cost relates to the electricity generation expenses, measured in kWh. The wholesale market prices determine the price per kWh. In some states, the price is transparent as consumers can buy electricity directly from power providers in the market.
Correlation between Natural Gas and Electricity Prices
The electricity transmission and distribution prices are tied to expenses on physical infrastructure. In most states, they are regulated by agencies such as the Board of Public Utilities in New Jersey. 

On the other hand, the commodity price is directly proportional to the cost of natural gas because of its unique role in the wholesale electricity generation market.

Entities with natural gas-powered electricity cogeneration plants know that as gas prices fall, the commodity cost section on their monthly bills also reduces. In the US, natural gas has been considered cheap for a couple of years, with the impacts of low gas prices manifesting in lower bills for consumers.

Ideally, after the US Shale revolution more than 15 years ago, hydraulic fracturing and drilling technologies emerged, increasing oil and gas production. Natural gas gained traction to become an increasingly used alternative for electricity generation, ultimately overtaking coal in 2016. By 2018, natural gas accounted for 35% of the United States' electricity. However, the economic power of natural gas has little to do with its dominance as an alternative fuel and much about the energy bidding process.

Usually, electricity in the grid system is determined hourly following a day-ahead bidding auction. Each power generator on the grid places a bid with the price and number of kilowatt hours available. The offers are accepted, beginning with the cheapest option until the national electricity demand is met each hour. The generators then receive the price set by the last bidder, usually known as the clearing price, to meet the demand.

Since the power generation sources are selected following the marginal cost order, hydroelectric and nuclear power generators with low operating costs are dispatched first. Large hydroelectric and nuclear power plants are ineffective in ramping up generation quickly when needed, so they are set to run continuously at the maximum capacity. Wind and solar can also not be inclined to demand-based production since weather conditions significantly influence their electricity generation. Coal has consistently been effective as an alternative fuel source, although it’s not a viable option with the net zero goals. Besides, coal costs are incomparable to the low cost of natural gas, leaving natural gas as the marginal electricity production on the grid that determines electricity prices.


    
        
            
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The Case for Natural Gas
Undeniably, natural gas power plants provide unmatched marginal capacity because of their price and are much more flexible. The gas power plants and some coal plants serve as the optimal plants, meaning they can be stepped up and down to meet changing demands at any time. It explains why natural gas electricity generation increases and decreases daily, even as other power sources remain stable.

Since wholesale electricity prices are determined by the generation asset dispatched last, natural gas power plants and natural gas prices significantly impact the overall cost of electricity.
What’s Behind the Current Gas Price Increase?
Consumers have experienced some of the lowest electricity prices due to the gas-powered electricity generation up until the 2021 energy sector turbulence. However, natural gas prices have jumped significantly, and the current trends indicate a prolonged period of higher natural gas prices. Not like natural gas price rises are unprecedented.

Over the past years, the prices have shot, but severe weather changes, lack of pipeline infrastructure, and production disruptions, among other concerns, for short periods. However, the current skyrocketing prices have created a sense of a crisis and have had a considerable impact. The prices have recorded the most significant increase, with Asian and European gas prices hitting an all-time high over ten times higher than the prices a year ago. In the US, prices have been at the highest level since 2008.



Typically, the global energy crisis results from a mix of factors. First, the international energy consumption levels plunged to record lows when COVID-19 struck. The pandemic pushed energy prices to the lowest levels in decades. However, the demand strongly rebounded with the global relaxation of lockdowns and the rapid economic recovery phase. It has created a more robust than anticipated demand, putting upward pressure on the prices. The lockdowns also triggered maintenance works among energy investors, which further weighed down on the energy supply when the market rebounded.

Second, in territories such as the US, the energy infrastructure experienced disruptions from Hurricane Ida in 2021. A third of the country’s natural gas output remained offline for over three weeks. Additionally, the country experienced a hotter than usual summer that resulted in more prolonged use of natural gas for electricity generation and a subsequent increase in demand and prices.

Finally, the Russia-Ukraine war is also weighing on energy prices. Russia is the world’s largest oil exporter to global markets, and its natural gas runs the European economy. There has generally been an allure of cheap energy from Russia. However, the European Union and the United States, among other countries, are imposing sanctions against Russia, which means they will have to look for alternative sources of energy. In the meantime, the economic sanctions mean a sharp shortage of energy supplies, which is bound to impact prices significantly.
Summing It Up
Generally, as the prices of natural gas decrease, so do the electricity commodity costs, resulting in lower energy bills across institutions and households that depend on the national grid. Whether the natural gas prices go up or down, the cost of the electricity commodity will follow. The critical question should be how policymakers in the energy sector can leverage this effect of natural gas on electricity prices to pass the savings to consumers. At the same time, they should ensure the electricity supply remains consistent and complies with the net zero goals.

### Future of Finance Now In Smouldering Loss: What Really Happened to Bitcoin?

However, fast forward to 2022, and the future doesn’t seem so bright. The cryptocurrency space seems to be tumbling quicker than it emerged. We are in the middle of one of the greatest crypto sell-offs, with the industry losing more than half its value in less than six months. Bitcoin is also down more than 80% from its all-time high as crypto companies report record losses. Some are closing operations completely, while others like Binance and Coinbase resort to disabling Bitcoin withdrawals and laying off workers to survive the crisis.

For now, it’s hard to view Bitcoin and cryptocurrency as the future of finance. This article reflects on Bitcoin and explains what happened to the ‘21st-century gold.’
What Happened to Bitcoin?
According to a survey conducted on 2000 American adults, more than half of the US population believed that cryptocurrencies and digital assets are the future of finance. 68% of the respondents aged between 25 and 34 agreed that cryptocurrencies would be an integral part of their financial future. 61% of those aged between 35 and 44 also shared the same view.

Indeed, the trillion-dollar industry was hard to ignore for individuals, businesses, and institutional investors. First, Bitcoin appeared to have the potential to become the 21st century gold from its deflationary properties. Earlier reports claimed that Bitcoin delivered a 99.9% deflation, labeling it a potential hedge against inflation.

Second, Bitcoin is popularized as a decentralized digital currency that is not subject to any government or institutional interference. There is no central authority, which eliminates entry barriers like in the traditional financial system. As such, it would be a perfect solution for banking the unbanked, given that over 1.7 billion people remain unbanked.

Third, there has been a growing need for an accessible, secure, and transparent financial system over the past few years. People were losing confidence in fiat currencies and the traditional financial systems due to their inability to provide financial freedom and credibility. The rise of Bitcoin birthed the decentralized finance (DeFi) world that could offer more transparency, faster and cheaper transactions, and transactional security. DeFi quickly gained traction and became a whole industry with all financial services, including lending, borrowing, investing, and trading.

Finally, cryptocurrency proved to be an unprecedented store of value. The total supply of most cryptocurrencies is limited, with Bitcoin’s capped at 21 million coins. With its supply fixed, it means the scarcity will influence its value. Furthermore, Bitcoin proved to be a worthwhile investment after the news of overnight crypto millionaires broke.
The Dawning of Bitcoin’s Reality
Bitcoin has many attractions, the chief being allowing users to complete financial transactions using just their digital identities. They would not need fiat currency or trusted third parties like credit card companies or financial institutions. It relies purely on the innovative blockchain technology, in which all transactional information and user account balances are maintained on a public ledger.

The ledgers are maintained on multiple computers known as nodes, rendering them almost tamper-proof. They are also available to anyone with an internet connection, which creates a remarkable level of transparency. However, despite Bitcoin’s potential and innovative distributed ledger technology, it is faced with fundamental weaknesses that are getting in its way of becoming an acceptable medium of exchange and the future of finance.
Volatility


It’s hard to talk about Bitcoin and fail to mention its volatility. The cryptocurrency space is generally highly volatile, which partly makes it an excellent speculative investment. Crypto assets tend to swing in value by up to a thousand percent. These movements have been monumental in creating unimaginable amounts of wealth in just a moment. But again, millions of people have lost their life savings when the prices move against them.

While it’s seemingly one of the fundamental features of Bitcoin, volatility could as well be the cryptocurrency industry’s death. The industry has survived several price crashes, after which the value of coins begins to rebound. However, the price swings kick some investors and companies out of the market, and a rebound is never guaranteed.

For instance, in the ongoing crypto sell-off, high-profile startups like Terraform Labs have closed operations wiping away years of investments. Others like Coinbase have lost 2.2 million customers amid the crypto price crash, while others lay off staff or halt withdrawals. Even if the industry has survived such bearish periods, a significant population continues to lose confidence in Bitcoin and cryptocurrency in general. They are slowly waking up to the fact that Bitcoin lacks intrinsic value. It largely depends on market sentiments and what buyers are willing to pay and can be significantly influenced by the media or whales.
A Hedge Against Inflation?
Bitcoin has been popularized as a safe hedge against inflation, although its performance amid inflation in the traditional economy leaves considerable doubt. As Martin Schmalz, a professor of finance and economics at the University of Oxford, notes, Bitcoin is not an inflationary hedge. Bitcoin’s stability is significantly affected whenever there are changes in interest rates, which happens when inflation is high.  

Schmalz's observation appears true in the ongoing crypto crisis as the prices of Bitcoin sharply drop as the Federal Reserve hikes interest rates.
The Decentralized Finance World
The birth of decentralized finance was one of the critical drivers of Bitcoin’s adoption. Many DeFi projects emerged, forming an ecosystem that provides various financial tools. However, the DeFi ecosystem came with its share of challenges. Most DeFi projects run on the Ethereum blockchain, which has struggled with scalability. It limits the number of transactions that users can execute at a time, so users do not fully realize the potential of DeFi platforms.



While other decentralized finance projects are running on other blockchains like Polkadot, there are still interoperability problems. DeFi users on different blockchains find it challenging to do cross-chain data or asset transfers. Investors have also lost massive amounts of funds on fraudulent DeFi projects.
Security
Initially, Bitcoin was perceived as a secure digital currency on a highly secure distributed ledger network. Blockchain technology goes a long way in ensuring network and asset security using cryptographic algorithms, but it does not achieve 100% security. There have been widespread security breaches in which investors lost millions of dollars worth of cryptocurrency. In the most recent case, hackers made away with $100 million in cryptocurrency from Horizon, a blockchain bridge developed by the crypto start-up, Harmony.


    
        
            
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Bitcoin Transactions
When Bitcoin began gaining mainstream adoption, many people touted it as an efficient, fast, and low-cost digital currency, making it seem like the future of transacting. However, although many crypto projects provide a digital currency with these features, Bitcoin is not one of them. Bitcoin transactions can take longer and cost more than transactions in conventional financial systems.

Typically, the speeds of transactions in Bitcoin depend on how fast the miners can solve and verify transactions on a block. Note that there is a limit to the number of blocks that can be added in a given time and the number of transactions in a block. Without going into much further detail, the average Bitcoin transaction rate is 7 transactions per second. It is incomparable to the speeds provided by Visa of 2000 transactions per second.
Bitcoin’s Unsustainability
One of the primary reasons behind Bitcoin’s tumble is its energy and environmental problem. Bitcoin mining operations use a mining algorithm known as proof-of-work. The mining process involves solving complex mathematical puzzles using high-power computers, making the process quite energy-intensive. Bitcoin’s annual power consumption is estimated to be 150 terawatt-hours and has sparked fierce debates and rejection of Bitcoin.

In the wake of these sustainability issues, the largest cryptocurrency in the world has suffered significant setbacks that have seen its adoption rates and prices crash significantly. Prices crashed when Elon Musk dropped support for Bitcoin and announced his company would stop accepting Bitcoin as payment over the environmental concerns. Also, Bitcoin is banned in several countries, including China, India, Iran, Bolivia, Russia, Turkey, and Vietnam.

However, there is a glimpse of hope for Bitcoin as companies step forward with green Bitcoin mining operations. EZ Blockchain is one of the top companies changing the future of energy with blockchain technologies. It has one of the largest crypto mining container production in the US, working with renewable energy sources of gas, nuclear, wind, and solar.

We also work with oil and gas producers to put their wasted energy to productive and profitable use.


Summing It Up
Bitcoin promised a new form of finance that employs various technologies to revolutionize how we use and manage our financial assets. The world was quickly embracing the transformative potential of digital currencies and blockchain technology, but how this turns after the economic crisis and the 2022 crypto winter is anyone’s guess. For now, we can only hope that Bitcoin reemerges at some point and prove to be the real future of finance, perhaps after a series of technological revolutions.

### Why Nuclear Power and Natural Gas are Green Energy According to European Union, and it is for the Economy

EU’s Declaration of Natural Gas and Nuclear as Green
Lawmakers in the European Union (EU) voted to have nuclear power and natural gas listed as renewable energy. Europe maintains a taxonomy of sustainable energy sources, which typically defines what economic activities qualify as environmentally sustainable. The European Commission had initially proposed the move before the lawmakers voted for the changes that could unlock billions of government subsidies and private investment in nuclear and natural gas.

Although the decision has angered climate activists and some lawmakers, the idea is to use natural gas to eliminate coal. The European Commission argues that adding electricity generated from natural gas to its green investment guidelines contributes to the attainment of the EU’s target of decarbonizing power. Natural gas has a lower carbon dioxide emission than coal, so the EU intends to use it as a transitional alternative in the green energy revolution. On its part, nuclear energy does not directly contribute to carbon dioxide emissions. However, there are concerns over its safety, specifically the management and disposition of radioactive waste.

Even though the EU passed natural gas and nuclear power for inclusion in its taxonomy, renewable energies did not simply earn a free pass. Some uses will be considered sustainable, and others excluded. For instance, CNBC reveals that using natural gas for electricity generation, heating, or cooling homes simultaneously qualifies as sustainable. However, many uses could be excluded, and even those allowed must meet certain emission thresholds. Further, they only remain approved until 2030 or 2035, based on the specific situation.

Meanwhile, gas power plants that will have a permit by 31st December 2030 and have greenhouse gas emissions equivalent to 270g per kilowatt hour of electricity will be considered sustainable. However, they will still have to provide a framework that shows they will switch to low-carbon gases or renewables like hydrogen and biomass by the end of 2035. Nuclear power plants will be labeled sustainable if they can safely manage and dispose of radioactive waste. However, those with advanced technologies and modifications that extend the life of existing plants may have their approval until 2040 or 2045.
Mixed Reactions to EU’s Decision
According to the European Climate Law, the European Union must lower greenhouse gas emissions by 55% by 2030, compared to the 1990 emission levels. It also follows a climate neutrality goal by 2050, which involves realizing zero net greenhouse gas emissions for member countries by protecting the natural environment, cutting emissions, and investing in green technologies. However, the EU’s decision to include nuclear power and natural gas in its list of sustainable economic activities appears to many to derail its progress towards these goals.

First, the decision comes when all European countries struggle with an acute gas supply shortage, resulting in high energy prices. Russia was the main gas supplier to Europe but had, since the Ukrainian invasion, cut its flow. It could even reduce the supply further, and European countries would be left scrambling for alternatives.

Further, the decision contradicts the EU’s legal obligation to decarbonize economies by 2030. Rob Jackson, an earth system science professor at Stanford University, argues that the decision makes sense only when viewed as a death knell for coal. Austria even threatened to sue the European Commission, arguing that labeling natural gas as green breaches its legal obligation of 55% greenhouse gas reduction. The European Climate Foundation CEO, Laurence Tubiana, holds a similar opinion, adding that the EU has missed its opportunity to set a gold standard for sustainable finance.

According to Tubiana, the EU has set a dangerous precedent, where vested interests and politics have won over science. The taxonomy falls short of its original goal of preventing greenwashing in the financial system. Companies, investors, and consumers will seek alternatives providing the credibility and science-based clarity they need.

Spain, Denmark, and Luxemburg issued an open letter to address the new rules, saying that the EU’s decision would attempt to divert investment away from renewable energy sources. Spain even announced plans to set its rules to eliminate natural gas investments.

However, France's group of ten EU countries supports the decision, terming the EU rules as practical and implementable. The countries had issued a letter requesting the inclusion of nuclear power in the EU taxonomy. They especially focus on nuclear power, making it their case for a stable, affordable, and independent energy source that can protect member states from volatile prices.  

Germany’s industrial lobby group, BDI, welcomes the decision and calls for more investments in gas infrastructure. Europe, on its part, is looking to increase its LNG from countries like the US, although it must first ramp up its LNG terminals. EU has also talked with Norway, contributing 20%-25% of Europe’s gas.


    
        
            
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What Happens Next?
There are evident concerns over the EU’s decision. However, the fact that such a legislative body that has all along advocated for the environment recognizes the need for natural gas and nuclear power isn’t worth underestimating. As they pursue emission-free crypto mining, nuclear power and gas are among the green Bitcoin alternatives that crypto miners are shifting to. Experts such as David Blackmon, an energy public policy analyst, believe that the EU’s move reflects the recognition that the energy transition will be more challenging to realize than the simple overarching narratives. Blackmon, however, notes that if turning to natural gas helps in phasing out coal, then the EU’s decision is justifiable.

Further, the decision already has the backing of a couple of member states, although with differing opinions regarding natural gas and nuclear. France is pro-nuclear, an understandable position given that the country derives 70% of its electricity from nuclear power plants. Finland, Hungary, the Czech Republic, and Bulgaria, among others, also support nuclear energy. On the other hand, Germany is pro-gas, arguing against nuclear, presumably over its decision to close down all the nuclear power plants in the country, citing the 2011 Fukushima disaster.

According to the EU parliament’s environment committee chair, Pascal Canfin, a coalition contract was formed in Germany, where the members agreed to hasten the coal phase-out process from 2038 to 2030. As such, creating more renewable energy sources becomes apparent, and including gas positively contributes to this goal. Germany’s governing coalition believes that gas is needed as an interim energy source until there are enough renewables.

At that rate, natural gas and nuclear power could continue to get into the mainstream, especially when labeled green energy sources. Lucrative industries like cryptocurrency have slowed down as stakeholders find alternatives for emission-free crypto mining, and the EU’s decision can be a breakthrough. Green Bitcoin mining companies in Europe could invest more in natural gas and nuclear to power their energy-intensive mining activities.
Green Bitcoin Mining Companies Have Been Using Gas and Nuclear Power
Amid the concerns over energy sources and their environmental impact, cryptocurrencies came into question. Several countries, including China, India, Algeria, and Bolivia, banned cryptocurrency activities. There had been calls on the EU to ban proof-of-work cryptocurrencies, although the EU parliament voted against the proposal in March 2022.



Globally, cryptocurrency mining companies have been shifting to renewable energy sources. Nuclear power and gas have been among the key alternatives adopted by innovative green cryptocurrency mining companies like EZ Blockchain. Nuclear energy has been labeled a green energy source whose carbon dioxide emissions are comparable to wind and hydropower emissions.
What EZ Blockchain Does
EZ Blockchain uses a smart grid system to reduce carbon dioxide emissions by up to 70%. It uses an innovative plug-and-play solution that taps natural flared gas and converts it into a new revenue stream through crypto mining. The company helps energy investors meet their environmental regulations by deploying the EZ Smartgrid Flaring Mitigation System on-site to turn the wasted natural gas into useful energy.

The EZ Smartgrid System comprises a mobile gas engine generator that captures natural gas and converts it into electricity and a mobile crypto mining container that converts the energy into cryptocurrency.



It goes a long way in ensuring emission-free crypto mining. At the same time, allowing oil and gas investors to comply with environmental requirements by reducing emissions by up to 70% and an instant return on investment.

### Sell Your Wasted Energy for Crypto Mining

In light of these hazardous climate change effects, the time is ripe for an energy revolution, and energy investors should take the lead. Energy-intensive sectors like Bitcoin mining are shifting to crypto mining with solar energy, among other green mining solutions. Crypto mining with wind energy and other green energy options will help miners redeem their acts after facing heavy criticism over their vast energy consumption.

Energy investors are part of the revolution which presents new revenue streams for the sector. In addition to operating more efficiently and environmentally conscious, energy investors can sell their wasted energy. It is a new flaring mitigation solution that will help build a sustainable future for sectors with high energy requirements like cryptocurrency mining. Read on for a deeper insight into energy waste solutions and how you can monetize your wasted energy through crypto mining.
Understanding Wasted Energy


Wasted energy refers to the energy that is not transformed or transferred usefully. Typically, energy cannot be created or destroyed. Companies can only change it from one form to another, and part of it is lost. For instance, electrical energy gets converted to light energy to provide lighting. However, part of it is lost as heat energy in the process. This energy that is not usefully utilized is known as wasted energy.

Burning fossil fuels, an essential energy source, is both a financial and environmental hazard. The Environmental Defense Fund (EDF) notes that in America, $350 billion is spent on electricity production every year, with about three-quarters of the energy produced going to waste.

The EDF further notes that oil and gas companies waste methane gas worth hundreds of millions of dollars every year through flaring and venting. This occurs despite increasing pressure for the oil and gas industry to clarify its position and the implications of energy transitions to their operating models. They also need to explain their contributions to mitigating the effects of climate change and achieving the Paris Agreement and the sustainable development goals.

However, by June 2021, the IHS Markit report showed that no oil and gas company was entirely aligned with the Paris Agreement goals. The sector has failed to limit its greenhouse gas emissions despite being the most significant contributor to scope three emissions in 2019. According to the International Energy Agency’s  (IEA) global energy review, the global CO2 released from energy combustion reached the highest level in 2021 after a 6% increase from 2020.



Much of the CO2 is released from oil production via the combustion of methane, the main component of natural gas as the intentional flared gas. At least 144 billion cubic meters of gas were flared in 2021 alone. According to the World Bank report, the United States was among the largest flaring countries, with Russia, China, and Mexico following closely. Russia, Iran, Iraq, the United States, Nigeria, Venezuela, and Algeria were the top seven flaring countries and remained at the top for ten years. There is an apparent waste of global energy resources in oil production and a significant environmental implication.
The Future of Oil and Gas Companies and Flared Gas


At the height of the environmental sustainability goals, the future of oil and gas companies is at stake. The cryptocurrency mining sector is equally threatened by its evident energy-intensive nature. Environmental enthusiasts accuse the industry of thriving at the expense of the environment, and miners now have to look for alternatives such as crypto mining with nuclear power.

The World Bank launched the ‘Zero Routine Flaring By 2030’ initiative, lobbying stakeholders to end flaring by 2030. The initiative requires oil and gas companies to report their flared gas annually and progress towards the goal. However, against the rising temperatures and millions of lives at stake, the core question should be whether oil and gas companies and crypto miners are the problem or could they be a critical part of the solution.

BP, the British oil and gas major, reportedly plans to stop flaring at its onshore assets in the US by 2025. The company intends to build a network of pipes that will enable it to collect the natural gas that is otherwise flared. While this could solve the problem for oil and gas companies, it is quite costly to build the infrastructure for collecting natural gases in oil fields, especially considering the remote location of the oil fields.
Monetizing Wasted Energy with EZ Blockchain


With all these pertinent issues surrounding non-renewable energy sources, green energy will take over the industry. Oil and gas companies will have to reinvent what they offer to survive the changing industry. Notably, flared gas forms a significant part of energy investors’ wasted energy and could become economically valuable for sectors like cryptocurrency mining. Blockchain companies are already looking into this flaring mitigation solution, and EZ Blockchain has made much progress in helping energy investors implement the solution.

EZ Blockchain helps oil and gas companies monetize the natural gas generated by using it as the power source for Bitcoin mining. EZ Blockchain helped Silver Energy Services end its stranded gas problem in Alberta, Canada, and turn it into a revenue stream. The oil services company needed a solution to offer clients a better way to monetize their stranded natural gas. They targeted the oil and gas fields in North America, specifically Alberta, although temperature extremes were a concern.

EZ Blockchain deployed two mobile data center solutions. One fully loaded EZ Tank 600 and an EZ Tank 300. Both tanks were fitted with frequency drive regulators to lower the fan speed during the cold hours. Other than eliminating the stranded gas problem, the company decreased its operational costs, diversified its revenue, and created jobs for local technicians. It boasts of a 28,000 MCF of gas equivalent to about 4 MWs of power capacity.

In Uinta Basin, EZ Blockchain helped their client with their flaring mitigation solution at their gas processing plant. The client can now monetize the fared gas in an alternative by doing crypto mining on site. The company doesn’t have to worry about flaring permit expiry date or applying for renewal or exemption. 

The innovative solutions at EZ Blockchain are new in the industry. However, they are already helping clients attain global sustainability goals at lower costs and a guaranteed return on investment. Cryptocurrency mining is a lucrative venture, so investing in wasted energy-powered mining containers provides low risks and high returns. With a reliable energy source on site, oil and gas companies only have to partner with EZ Blockchain and tap into their wasted energy. The installation process is fast, taking only one to two weeks. 

The crypto mining equipment is highly liquid, and energy investors can sell it to crypto miners. Additionally, they can sell their excess energy to crypto miners who are constantly looking for alternative energy sources. At the moment, 7-8 cents per kilowatt-hour is an average price among crypto miners. If the cost of energy provided by energy investors is less, they have an opportunity to profit from their wasted energy.  With EZ Blockchain smartboxes, they can quickly break even as they have an affordable energy source and an efficient crypto mining solution.
In Summary


One of the most significant drawbacks of cryptocurrency mining is the high energy requirements. The process is so energy-intensive that some institutional investors that previously acknowledged Bitcoin for payments began to change their minds about the crypto coin. Recent reports show that Bitcoin mining in the US creates about 40 million pounds of carbon emissions, yet the industry seeks to reduce its carbon footprints by 100% by 2030.

Conventionally, the process is highly inefficient, with much of the energy consumed lost as heat. When used to solve the complex mathematical computations in crypto mining, the mining rigs are naturally prone to heating, and cooling them means using more energy. Some miners are shifting to green energy, such as crypto mining with wind energy, but EZ Blockchain provides solutions for energy investors and crypto miners.
About EZ Blockchain


EZ Blockchain is an innovative blockchain company that seeks to provide innovative solutions to the energy and cryptocurrency industries. With EZ Blockchain, energy investors can tap and monetize their wasted energy. EZ Blockchain helps oil and gas companies set up mining containers on-site, allowing them to mine using the wasted energy that is otherwise flared. They can also sell their new power to crypto miners looking for alternative sustainable energy sources. 

By helping companies tap into their waste energy, EZ Blockchain ensures that energy investors operate efficiently and are environmentally conscious. They have a practical solution to the zero routine gas flaring goal and significantly reduce their carbon footprints. 

### With Shattering Prices, Will Bitcoin Ever See Its Height Again?

Cryptocurrency Volatility
If you are an accomplished follower of cryptocurrency price movements, we can both agree the volatility is in a different league. Typically, no specific indices are used to measure asset volatility in the crypto space, but you only need to observe historical charts. Most crypto assets’ charts paint skyrocketing peaks and depressive troughs that succeed each other in quick paces. Sometimes the movements are pretty extreme compared to conventional financial markets.

For instance, Bitcoin’s value rose in 2016 by 125% marking one of the best times for investors within the healthy volatility range. However, months later, in 2017, the price peaked by more than 2000% to hit a new all-time high. The following year, it receded and went down 84% from the ATH.

Many of the forces behind price volatilities in conventional markets are also present for Bitcoin and other altcoins. Demand and supply is the primary determinant of stocks’ price, which is more true for cryptocurrencies. Early last year, Tesla CEO Elon Musk announced they had bought $1.5 billion in Bitcoin, a move that saw Bitcoin’s price surge to new highs of $44,200.

Bitcoin has a fixed supply of 21 million, and there are already close to 19 million Bitcoins in circulation. This means that as more people become interested in Bitcoin, its price will keep rising, more so once the maximum supply is reached. Additionally, Bitcoin uses a mining reward system that allows it to enforce synthetic price inflation. The reward system is popular as Bitcoin halving and involves cutting block rewards by half every 210,000 blocks.

Roughly, the halving happens every four years and marks a drop in the number of Bitcoins produced. It creates a scarcity in Bitcoin as it approaches the maximum supply and helps to maintain Bitcoin’s price.

Unlike traditional financial instruments like fiat and gold, Bitcoin is still in its infancy. We’ve only seen it for over a decade, and the newness partly contributes to the heightened volatility. All new concepts generally take time to become entirely accepted, which is evident with Bitcoin. The asset and the crypto industry, in general, are yet to find their feet as they are still in the early stages of price discovery. Although they have grown in popularity over the last few years, they are yet to become integrated as a traditional asset class. Acceptance and maturity of the asset and the industry go hand in hand, as evidenced when Tesla announced it would be accepting Bitcoin as payment.

Elon Musk commented that his electric car company was ‘most likely’ to start accepting Bitcoin payments, triggering a 6% rise in Bitcoin’s price. However, when he later took a twist and dropped the support for Bitcoin, including denouncing it as a payment method for Tesla, the price crashed.
Bitcoin’s Price Trends


Bitcoin is currently playing a little bit more the $20,000 mark, according to Coinmarketcap figures. It’s a $40,000 drop from its all-time high in November 2021, but the crypto giant could be in for deeper troughs if its historical data is anything to go by.

Historical data shows that Bitcoin was worth about $36,000 a year ago but was even much lower than it is today in the past, playing below $10,000 two years ago. From the data, it’s easy to tell that 2022 is not the worst year for Bitcoin. It has been dogged with periods of extreme ups and downs, although market sentiments suggest that investors and traders are experiencing intense fear. Strategists now warn that the prices could tumble even further amid the ongoing market collapse.

Ian Harnett, a co-founder, and chief investment officer at Absolute Strategy Research, warns that Bitcoin could tank as low as $13,000. Harnett opines that the world has realized that Bitcoin is neither a commodity nor a currency and not a store of value. The cryptocurrency is undoubtedly in one of its worst price slumps in recent years, but not its demise.
Is There Hope for Bitcoin?
Based on the trends seen in the past, Bitcoin tends to drop 80% from its all-time highs during crypto rallies. In 2018, the coin plunged to about $3,000 after a peak of nearly $20,000. By mid-June this year, Bitcoin had lost more than 70% of its value, and if the current trend acts similar to what we saw in 2018, Bitcoin could plunge further until November and then begin to rally in 2023.

Well, the end of the bearish trend may as well not be around the corner. But typically, we are just in the middle of crypto winter, caught up in the adversity of a global economic crisis. The cryptocurrency crash is notably not an exception, as tech stocks have also plummeted. The financial markets have generally been crushed by the economic turmoil, with high inflation undermining economic growth, profitability, and a series of punitive measures.

A few days ago, the Federal Reserve hiked its benchmark lending rate to hit the highest level since 1994. Other financial authorities reacted with similar moves, including the Swiss National Bank and the Bank of England. The cryptocurrency industry was already shaky, although increasing federal rates only worsens the situation.

However, this could be just an age-old turn of events. As the Federal Reserve relaxes its monetary policies and the levels of inflation fall, the pressures on the cryptocurrency and stock markets will ease and see both markets rebound. Additionally, the global economy has been adversely affected by the Russian invasion of Ukraine, which could end at any moment. Although the war's end is still unpredictable, at least the world will find solutions to the economic impacts of the war. The US, for instance, is working on its domestic oil supplies to compensate for the banned oil importation from Russia.
How Can Green Bitcoin Mining Help?


The crypto winter comes and goes, and Bitcoin has survived such catastrophic price crashes. But one of the most significant headwinds for Bitcoin is the unsustainability of its mining processes. It was the primary reason for Tesla’s U-turn against the coin, although they still hold $1.5 billion in Bitcoin. According to recent reports, Bitcoin mining consumes about 150 terawatt-hours of electricity annually, more than what the 45 million people in Argentina consume. China issued an outright ban on cryptocurrency and related activities citing environmental concerns.

The overall carbon footprint from Bitcoin mining is high and could get worse should the industry rebound, and Bitcoin prices rise. Fortunately, a host of solutions are put in place, including eco-friendly Bitcoin mining facilities that are already operational. EZ Blockchain is one of the Bitcoin mining companies at the front of it all, providing green Bitcoin mining solutions.
About EZ Blockchain


EZ Blockchain is a blockchain company committed to providing solutions to Bitcoin and mining activities. At EZ Blockchain, we are on a mission to solve the global waste energy problem with the help of crypto mining. We utilize Bitcoin’s high power consumption as a tool to capture leaking methane from capped wells, flared gas, and vented gas.

Our products include fully mobile EZ Blockchain SmartBoxes that are plug and play and fit flexible sizes and types of crypto hardware for rapid deployment. We also provide immersion cooling crypto-mining containers that work in any weather conditions with up to a 40% hash rate increase.

### Gas Flaring: Why does it happen, and what can stop it?

Causes of Gas Flaring
The most common cause of gas flaring is natural gas emitted from oil fields. Oil and gas both form naturally from ancient deposits of organic material. Decomposed animal matter tends to produce more oil, while plant matter produces more gas. 

Oil and gas form deep under the earth under conditions of extreme pressure. They then gradually move up through the rock in a process called “migration.” Since gas molecules are smaller and lighter than oil molecules, they move up faster, and usually end up on top of oil deposits. 

Drilling an oil well makes it possible to extract oil, but it also frees the gas. There are several reasons that oil producers choose to burn off the gas rather than market it. 
• Remote Locations
Sometimes a drill site is too far away from the market. Bringing gas to market requires expensive infrastructure, and it’s not always possible to transport the gas to processing facilities.
• Oversaturated Market
In some areas, gas is abundant, which drives down prices. Sometimes it’s not financially viable to sell the gas, even if infrastructure is available. 
• Lack of Infrastructure
Sometimes gas production expands quickly in a region, meaning there is not enough capacity to transport and process excess gas. 
• Regulations
Sometimes regulations can complicate selling gas. For example, if a company wins a contract to drill but does not own the rights to production, it can be unclear who owns the gas. In some cases, local laws may prohibit companies from selling the gas.
• Technical Reasons
Oil extraction often comes along with high and unpredictable pressure levels. Gas flaring is an easy way to manage pressure by venting off excess gas. It can also be an important safety feature for preventing pressure buildup in refineries.
How to Reduce Gas Flaring
Unfortunately, there’s no magic bullet for eliminating unwanted gas. There are a few solutions, but each has different advantages and disadvantages.
• Design Wells with an Additional Separator
In some cases, it’s possible to eliminate the need for flaring by designing wells with an additional separator to prevent gas from escaping to the surface. This adds additional development costs, and is difficult to implement once a well is already built. 
• Reinjection
Reinjection of gas can increase the pressure inside a well and boost extraction. Reinjection is not possible at all wells, however, and in some cases the excess gas may be more than needed for reinjection.
• Recover and Sell Gas
If a well is close enough to ready markets, it is sometimes possible to connect directly to existing pipelines. This is an ideal solution because it allows monetizing excess gas, but it is often not feasible because of well locations.
• On-Site Compression and Transport
If a well is too remote to connect directly to gas transport infrastructure, the gas can still be liquified and trucked out. This also requires a big investment, as it requires building a liquefaction facility on site. If the amount of surplus gas is big enough, this may be worthwhile. In other cases, it doesn’t make economic sense. 
• Improve Efficiency of Flares
Air or steam assisted flares can achieve much higher rates of combustion than ordinary flares. This reduces the amount of pollutants generated dramatically. Air and steam assisted flares require continuous maintenance and adjustment. For optimum results, they also need to work at close to their full capacity, so they may not be appropriate for small sites, or wells with unpredictable or inconsistent gas flows. 
• Generate Electricity On-Site 
Installing gas turbines or reciprocating engines at the site of wells can generate electricity directly from excess gas. This electricity can be used to power equipment or buildings, or can be sold to the local power grid.

 

EZ Blockchain’s Smart Grid converts gas flares into electricity onsite, and includes a mobile data center facility. In this way, 60% of CO2 emissions are eliminated, and energy can be brought to market on site with minimal infrastructure investment. 
A Silver Lining
Gas flaring burns an estimated 5.3 trillion cubic feet of gas per year— an amount equivalent to the annual natural gas consumption of Germany and France combined. This amounts to a lot of pollution, but it also represents a major opportunity. 

Worldwide, all of this flared gas amounts to an estimated $21 billion dollars in potential profits. This could provide a powerful economic incentive to reduce pollution levels, while increasing profitability for oil and gas producers.

The remote location of many oil wells has so far made it difficult to bring electricity generated on-site to market. Another challenge is that flares are sometimes scattered over a wide area, making it more expensive to install infrastructure for generating and transporting energy.



The rise of computation-intensive blockchain networks, however, is starting to have a major impact on the market. For the first time in history, there is a highly mobile industry ready to buy energy anywhere, any time. 
A Market for Electricity— Anywhere, Any Time
Decentralized blockchain networks have exploded in popularity over the last decade, with many speculators rushing to cash in on the digital gold rush. These networks are valued for having strong security guarantees which are sometimes backed by massive amounts of computation.

Digital currencies power most blockchain networks. In many cases, contributors to the network receive rewards for providing computation services. This process only requires three things— equipment, an internet connection, and most importantly, electricity. 

The demand for energy by blockchain networks has surged in recent years, growing from just 10 TWh in 2017 to over 200 TWh in 2022. The industry overall is valued at over $2 billion today, with an estimated compound annual growth rate of 28.5%.


Viable for Flares of All Types
Mobile data centers can monetize almost any amount of gas— some microturbines are as small as 25 kW. The equipment used in the computation is light and can be easily transported even to the most remote location. 



Internet uplink via either satellite or mobile networks is sufficient for this process, and all electricity needed is generated on site. Once operational, the data centers require very little maintenance, and can be monitored remotely. 
No Expertise Needed
The world of blockchain networks can be intimidating and confusing (and sometimes controversial) for newcomers. Whatever your background or personal views on these networks may be, there is no denying the potential for profit. 

Cashing in doesn’t necessarily require learning the ins and outs of the technology. If the price of electricity is right, a growing number of entrepreneurs and companies will be prepared to lease space in mobile data centers. If the volume of the operation is big enough, though, it may make sense for some oil and gas producers to invest in computing equipment and hire technicians themselves. 
Keep Regulators Happy
Natural gas generators can be significantly cleaner and more efficient than flaring. The low oxygen content inside the generators allows for the easy control and reduction of emissions with a simple aftertreatment. This can actually eliminate CO2 emissions entirely. 

Besides avoiding fines and earning income from data centers, this could also be profitable in other ways. The state of North Dakota, for example, offers tax incentives for using a flare mitigation system. 


The Future Outlook
The market for digital assets is notoriously volatile, but despite some ups and downs, the sector has seen steady growth over the past decade. Part of past volatility was also caused by unregulated markets, a factor which is changing as regulators establish guidelines for the industry. 

Most analysts expect digital assets to play an increasingly important role in financial markets in coming years. Beyond just monetizing excess gas, investing in gas powered mobile data centers could be a wise long-term investment.

The market capitalization of the digital asset market was less than $10 billion in 2016, and expanded to nearly $3 trillion in 2021. The market has since contracted, hovering between $1 and $2 trillion in 2022, but this is still extraordinary growth. 

Many of the underlying conditions that drove growth over the last decade remain. Fears about inflation, especially in low-income countries, remain high. Many inefficiencies in international remittances are yet to be remedied. Perhaps most importantly, millennials are inheriting wealth from baby boomers, causing attitudes about investment to change.

As the market continues to mature, there’s a distinct possibility that investments in mobile data centers could yield excellent dividends. Oil and gas producers could negotiate higher rents or energy prices with leasers, or potentially accumulate digital assets themselves. 

This additional income could help producers weather low prices. The ability to convert gas to cash anywhere, any time has the potential to be an absolute game changer for the oil and gas industry.

EZ Blockchain is dedicated to helping move both the oil and gas industries and the emerging digital asset industries toward sustainability. Mobile solutions like the EZ Smartgrid Flaring Mitigation Solution make it easy to set up a mobile data center at almost any location. EZ Blockchain also offers an immersion cooling system which means the data centers can operate safely even in the most extreme weather conditions. 

By providing turnkey solutions for setting up and powering mobile data centers at flare sites, we make it easier for both cryptocurrency miners and oil well owners and operators to reduce emissions and increase profits. Join us in building a cleaner and more efficient future today.

### The Crypto Winter Keeps Raging-What Do We Think Will Happen Next?

Crypto Winter Explained
Cryptocurrency assets are notoriously volatile. They have routinely suffered massive drops of up to 50%, although this doesn’t scare away diehard investors. It is this volatility that makes them worthwhile investments. Even so, it doesn’t mean that Bitcoin and other crypto coins’ volatility augurs well with everyone in the space. The players keep track of the industry’s gyrations and know what to make of the previous phenomena like crypto winters.

Crypto winter is a common term describing a poorly performing crypto market in the cryptocurrency community. It is characterized by a nosedive in cryptocurrency prices, followed by a sharp slump in trading and months of depressed prices and trading activity. The last crypto winter occurred in June 2021, but people have been speculating about one over the last few months.
Why the Crypto Community Seems Worried
While the cryptocurrency space could be in the middle of crypto winter, it’s notably not the first time. There have been a few crypto winters in the past, and the 2018-2019 bear market is probably the most memorable. The prices dropped sharply and hovered far below their all-time highs for nearly 18 months. Bitcoin’s price came down 83%, spreading panic across the industry. Much of the innovation around cryptocurrencies stalled as most altcoins plummeted in unison.

The crash came along with layoffs as companies like ConsenSys lay off 13% of their workforce. Blockchain startup Steemit also laid off about 70% of its staff over the prolonged bear market. In a video posted on YouTube, Steem it's CEO noted that they had been relying on projections of a higher bottom for the market. However, such projections were unachievable amid the crypto winter, so they had to lay off more than 70% of their team and begin restructuring.



The situation was no different in the stocks market, further confirming the correlation between cryptocurrency and stock markets. According to a report by the CNBC, 2018 was the worst year for the US stocks in a decade. The Nasdaq dropped 40%, while Dow Jones plunged 33.8%. Notably, it was the first time in three years for Dow Jones and S&P 500 to drop.
A Repeat Trend in 2022
There are no generally accepted guidelines on when a crypto winter should be declared. However, industry experts tend to agree when one has begun. CNBC reports that businesses are preparing for a recession, but in the crypto space, there are all the indicators of crypto winter.

Like in the 2018 crash, Bitcoin and most altcoin prices have hit extreme lows. Bitcoin has fallen below the $22,000 mark, a 70% drop from its all-time high of $69,000 in November 2021. 



The second most prominent and most popular cryptocurrency, Ethereum, has also plunged to its lowest level in more than a year. The global cryptocurrency industry is bearish and has fallen by more than 2 trillion since it hit 3 trillion in November 2021.

Cryptocurrency companies are also bearing the brunt. Coinbase, for instance, is laying off 18% of its staff as the management prepares for a crypto winter and a recession. Brian Armstrong, the cryptocurrency exchange CEO, highlighted a need to manage costs and ‘growing quickly’ during a bull market. Armstrong acknowledges that it is difficult to predict the market but notes that the crypto space looks at a recession. Usually, the exchange has about 5,000 workers, meaning it cuts off about 1,100 employees.

Gemini also announced its plans to fire some employees on June 2. The company revealed it would be cutting about 10% of its workforce, citing turbulent market conditions. Other crypto companies laying off significant proportions of their workforce include Buenbit and Banxa, reducing their staff by 45% and 30%, respectively.
Possible Worst-Case Scenario
While the cryptocurrency industry has been through several bearish trends, the 2022 crypto winter could be the worst-case scenario. Stocks are already in the bear market, and the crypto space is known to track the stock markets. 

Armstrong notes that we are headed for a recession after an over 10-year economic boom, which could continue for an extended period.

Ideally, volatility is normal in the short term and is often an excellent opportunity for investors to buy the dip. However, in 2022, the bearish trend comes amid a macroeconomic crisis, so investors are concerned about a possible continued downward movement. There is a wide range of macroeconomic aspects straining the global economy, and there may be more to the worldwide crypto crash than the usual speculation, hype, and network effects.
Inflation
For a long time, cryptocurrencies have been viewed as safe havens during high inflation. However, the recent trends prove otherwise, and the crypto world could be heavily intertwined with the traditional financial market. The US economy, for instance, is facing high levels of inflation as prices of commodities continuously rise. The consumer price index shot up 8.3% on an annual basis, the highest level the country has seen in four decades.



The inflation levels have contributed to the volatility of the stock market. If the situation persists, it could be a significant burden to consumers, especially if there are no rising wages. The ongoing crypto sell-off could thus be much related to the increasing inflation, a possible reason for a prolonged crypto winter.
Rising Interest Rates
The Federal Reserve is trying to tighten the monetary policy to curb the inflation tide. Part of its effort includes hiking interest rates in 2022. Typically, high-interest rates will see companies cut down on spending and could slow the economy. However, interest rates alone may not solve the situation if other factors like supply chain bottlenecks are in play.

Additionally, experts believe that high Fed rates will bearishly impact the crypto space. Investors will keep pulling out from all high-risk assets, cryptocurrencies included. As the Federal Reserve continues to hike its rates, the situation only gets worse for crypto prices.
The Russia-Ukraine War
The Russia-Ukraine war has affected several aspects of the traditional financial market. It has contributed to the stock market volatility in the US and energy costs. Russia produces about 10% of the world’s oil, and the war has heavily disrupted the country’s exports. The US banned imports of Russian oil and gas, which has burdened businesses with inflated oil prices.

The war affects both the traditional and cryptocurrency markets. Bitcoin dropped more than 7% right after the start of the Ukrainian invasion.

As the war continues, cryptocurrencies and stock markets may continue to bear the brunt.
What’s Next?
The year 2021 was a breakthrough for the cryptocurrency industry. We all saw Bitcoin reach new all-time highs, and like in the years before, the rise was followed by a significant drop. All this while, the interest in cryptocurrencies keeps skyrocketing. Institutional investors and businesses still view it as a haven from the rising inflation and a new way to fund projects using NFTs and DAOs. With the much-anticipated metaverse world and a growing interest in NFTs, it’s right to say the crypto industry is still in its infancy. The crypto winter could be just a part of the usual highs followed by a massive drop, but at least not for the short term this time.

The ongoing trends point to the usual pattern for crypto winters, but with the surrounding macroeconomic uncertainties and the Russia-Ukraine war, it’s difficult to predict where things are headed. For now, it only sounds great to keep track of the progress of the macroeconomic risk factors, government regulations on cryptocurrencies, and institutional adoption to try and get a better sense of the future of crypto.

Read more about Bitcoin mining hosting services.

### Sell Every Megawatt of Your Unused Energy with EZ Blockchain

CRYPTO MINING CAN HELP YOU BALANCE YOUR POWER LOAD BY SELLING WASTED ENERGY

SCHEDULE A CALL WITH US
WE HAVE A SOLUTION TO SELL EVERY MEGAWATT OF YOUR UNUSED ENERGY
 




Sell Your Wasted Energy with EZ Blockchain
At EZ Blockchain we buy all your excess energy.
Use it for crypto mining.
We are always available to buy your excess energy.





Earn More Profits
Sell unused energy for a price.
Keep your investors confident
Restore the confidence in your energy.
Energy investors.



Avoid losing tax credits
Earn all tax credits by producing to the full capacity.

Generate more energy
Push your plants to the maximum output.




We are a clean energy solution with customers waiting to power their businesses using renewable energy. Our customers range from companies and global community groups that run energy-intensive applications for crypto mining, artificial intelligence, and scientific computing.

 




We Follow A Simple Process
Most data centers need to be powered 99.9% of the time. Requires loads of energy to cool. Use power-hungry, heavy-duty generators. Demand strong internet connections with huge bandwidths to support their real-time apps.
OUR APPROACH TO HELPING YOU SELL EVERY MEGAWATT IS SIMPLE

 	You generate your renewable energy
 	We buy your excess megawatts
 	We use that extra energy to power our data centers 
 	Sell clean computing to our customers. 



We are always looking to provide the best industry prices, and we believe $0.07-$0.08 per kilowatt-hour is a competitive price at the moment.





EZ Blockchain Data Centers



• Are expensive to build and run. Take months to years to set up and occupy large tracts of land to get everything above.
• At EZ Blockchain, our EZ Smartboxes are fully mobile data centers. They are easy to transport. We simply haul our data centers to the site.


 

• The data centers are our fifth iteration. Meet ISO standards. Reflect on our experience building previous data center iterations.
 

• We have different models. SB3000 is our most recent. It is a 40ft data center with a 768 miners capacity of 3.5KWh power consumption.








How We Accomplish Our Goals
• Flexible
We acknowledge that crypto mining equipment keeps changing, so we design flexible Smartboxes to keep mining operations competitive. They fit flexible sizes and types of crypto mining hardware for rapid deployment.
• Fully Plug and Play
Our Smartboxes are fully plug and play and can be easily deployed to follow the best energy prices.
• Top KW Capacity ASIC Miners in a 40 FT Unit
EZ Blockchain Smartboxes resemble shipping containers from the outside but are engineered inside for Bitcoin mining and maximum computer performance.
• Calculated Airflow for the Best Operation in Hot and Cold Environments
Our Smartboxes are optimized to protect the machines and units inside while maintaining the highest performance of the mining machines.






Know Where to Take Your Excess Energy
At EZ Blockchain, we make it easy for you.

 	    Schedule a call with us

Talk to our team to learn more. We can help you understand your plant’s production capacity and opportunities for you to sell wasted energy.

 	    Give us your proposal

Communicate your proposal with us. Understand what we will pay for your unused energy and create a project timeline.

 	    Set up the facility

Identify any required upgrades to your power plant. Coordinate with the local authorities and grid operators. Set up the data center.

 	    Sell every megawatt

Generate your maximum power output. Sell every megawatt of unused energy. Deliver your promises to investors.




About EZ Blockchain


We started EZ Blockchain with a mission to solve the global energy waste problem using Bitcoin mining.

How? We started as a data center hosting services provider for high-density computing such as proof-of-work crypto mining.

Why? We understand that power costs have been one of the most significant factors in crypto mining. We developed a line of high-density modular computing data centers for crypto mining to bring crypto mining to cheaper power sources.

The EZ Blockchain team utilizes Bitcoin’s high power consumption as a tool for capturing wasted energy from capped wells, flared gas, and vented gas.

We are a team of professionals, entrepreneurs, and experts suited to make power plants, grids, crypto mining, and the global economy green.

Are you looking to expand your revenue stream using wasted energy at your power plant? There is no better place to look than EZ Blockchain.


    
        
            
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### EZ Blockchain expands its facilities to 16 MWs in Georgia by tapping into underutilized energy on the grid

EZ Blockchain is using the underutilized energy capability allotted to the town that would otherwise be sitting idle. The company invested in total of over $1 million into the area to tap into this energy, hiring only local contractors. Additionally, EZ Blockchain created 8 full-time and well-paying tech jobs, 

The company partnered with the city of West Point for the 8 MW expansion project in December 2021, a project that includes an additional four EZ Blockchain mobile data centers expected to be operational in mid-spring. By May 2022, the company finished deployment by bringing online the suggested capacity.

Speaking about the project’s success, EZ Blockchain CEO and Co-founder Sergii Gerasymovych expressed his excitement with the support and collaboration of the city officials, the economic development department, and the utility department.
“We are happy to work with the local community, economic development authority, and city of West Point to increase our presence in Georgia. Capturing underutilized emmission-free power capacity in the grid has been a long-time part of our mission. We are happy to bring a consistent load to this part of this country,” Gerasymovych said.


The project has been a win-win for all parties. EZ Blockchain invested an additional $0.5 million in the local economy's goods and services, which further helped the local community generate extra revenue and jobs.
“The City of West Point is pleased to have EZ Blockchain located in our community. Sergii and his team have become the largest electric utility customer on the city electric system. The company has two locations in the city and hired local staff right away as the project started up several months ago. EZ Blockchain is a good addition to our community and our electric utility” Ed Moon, the City manager told.
Over 60% of electricity powering the EZ Blockchain data center campus in West Point, Georgia, are from emmision-free resources, primarily from nuclear power. The company is focused on increasing its growth in the West Point, GA, to 24 MW total by adding another 8 MW of capacity by the end of the year. This project is EZ Blockchain’s first site open to other clients, where the company leases the space in its mobile container-like data centers. Explore more about modern crypto mining alternatives.
 Click HERE to read the full press release.
 

### Nuclear Crypto Mining Solutions

But Just How Much Energy Does Crypto Mining Consume? 
As mining businesses scramble to develop more extensive facilities to cash in on the 21st-century gold rush, crypto's need for electricity is expanding.

Joshua D. Rhodes of the Center on Global Energy Policy shed more light on this when he said that Bitcoin mining operations are in an arms race between time, the volume of miners, and the efficiency of their machines.''When it comes to Bitcoins' energy use, it is currently something of a wildcatter market. The Texas grid operator ERCOT estimates that crypto miners may increase energy demand by up to 6 gigawatts by mid-2023, roughly the equivalent of adding another Houston to the grid,'' he declared. 

As crypto mining comes under sustained scrutiny for its increased energy use, the phenomena may be approaching a critical threshold where, to be a truly disruptive force, crypto must come clean and become green. Solar and wind energy have been considered, but neither of these shows the same promise for crypto mining as nuclear energy.
Elon Musk Believes in Crypto Mining with Nuclear Power
There have been a lot of discussions about nuclear power in recent times, with some thinking it may serve as the energy of the future. Crypto mining with nuclear power received its most significant boost when Elon Musk lent his thought on the subject at the Italian Tech Week, held from 23 September to 24th, 2021.


Musk, the Chief Engineer of SpaceX and the CEO of Tesla Motors, is very optimistic about the future of nuclear energy. Interestingly, the Billionaire Entrepreneur has always believed that most of the world's electrical energy will eventually depend on solar and wind power. At Italian Tech Week, Musk changed his mind and announced that the world should use more and more nuclear energy and preserve the already existing nuclear power plants.
''We already own, I'm not saying we should build a bunch of nuclear plants, but I don't think we should shut down the ones operating safely. People should really think positively of nuclear energy,'' he added.
Musk gave an example of Germany's decision to eliminate its nuclear power plants. As Musk explained, it was a decommission that left the country with no other choice but to rely more heavily on coal-fired power plants. A 2021 published research done on this matter showed that because the coin’s supply is limited, any excess demand could push prices even higher. Rising prices encourage more so-called mining activity and may consequently push CO2 emissions up even more, according to the Bank of America.



Other sources like coal plants were entirely replacing Germany's nuclear energy; it was estimated that the increased pollution most likely led to 1,100 deaths per year.

Once again, Musk confirmed his preference for nuclear crypto mining solutions when in May 2021, his Tesla company stopped accepting bitcoin as payment for its vehicles. Musk made the move because overlooking the energy usage of bitcoin was "too sketchy" for an electric vehicle car company whose mission is to "[accelerate] the advent of sustainable energy," he said at The B-Word conference hosted by the Crypto Council for Innovation in July.
''One option for cleaning up the energy used by Bitcoin is nuclear'', Musk said. "Hydro or geothermal are great as renewable means. I'm also pro nuclear," Musk said. "I think modern nuclear power plants are safe contrary to what people may think."
Elon Musk also recently tweeted his support for nuclear power to address Europe's energy security and dependability problems, even volunteering to eat food grown near reactors to demonstrate that the energy source is safe.

Musk is correct in his support for nuclear power, whose advantages have been well-documented for years. It's safe, dependable, and the country's primary contributor to carbon-free electricity. In 2019, it prevented the release of more than 476 million metric tons of CO2, the equivalent of eliminating 100 million cars from the road.

Musk said bitcoin miners could mine effectively with wind and solar power using long-duration batteries to store the energy in the absence of wind or sunshine. However, Musk still believes nuclear energy would be a solution for miners looking for a reliable source of clean energy.
The Ominous Public Perception of Nuclear Energy
There's a palpable sinister perception at the mere mention of nuclear energy. People generally have a sense of discomfort at the whisper of this alternative form of energy. This can be linked to the infamous accidents of the Chornobyl nuclear disaster that occurred on 26 April 1986 and the ill-famed Fukushima nuclear in 2011.

 Understandably, the intimidating subject of nuclear energy can send shivers down the spines of these accidents. However, as Musk explained, the coal-burning plants that might be used in place of nuclear plants have the potential to cause much more damage and thus are way more dangerous when it comes to the overall health of humanity.

Additionally, some people tend to confuse nuclear fission with nuclear fusion. Fundamental knowledge of physics is perhaps needed to know the difference. In nuclear fission, one neutron interacts with a larger atom, splitting it in two. This is precisely what happens when we talk about conventional nuclear reactors. On the other hand, in nuclear fusion, smaller atoms interact with each other and, as a result, join together, creating a heavier atom, thereby releasing energy. For a long time, fusion has been the source of clean, safe, and relatively cheap energy.


Nuclear Challenges Met by Cryptocurrency Mining

 	On the local grid, nuclear power serves as a significant baseload power source. Due to most nuclear plant designs, which were intended to run continuously, plants are challenged to operate in markets with a high penetration of renewables and other intermittent power sources. This leads to the potential for excess nuclear power.
 	Cryptocurrency mining can use up some of that extra power. Mining computers can be scaled in 2,500-W increments to accommodate the nuclear plant's extra power. Furthermore, cryptocurrency mining can be turned on and off. When the plant's power consumption is high, the mining process can be delayed and resumed when market demand is low.
 	In some markets, nuclear power is finding it challenging to compete merely on price with other generation sources. Cryptocurrency mining provides a predictable, revenue-generating load for a nuclear plant's extra power.
 	Nuclear power stations are usually not close to load centers. Because crypto mining is geographically agnostic, co-location is a great choice.

Where we are at the Moment on Nuclear Crypto Mining Solutions
Until recently, China accounted for over 75% of all Bitcoin mining, owing to its low-cost electricity and gear. However, in 2021, China's government abruptly ended decentralized digital currencies, claiming concerns about fraud, economic instability, and reaching its climate targets. Companies scrambled to find suitable locations with more accommodating policies. Kazakhstan is the final destination.

Kazakhstan has seen a large influx of miners this year, but if power grid concerns are not rectified, the country may have to forego the significant tax revenue generated by Bitcoin miners.

The influx of Bitcoin miners from China into Kazakhstan has exacerbated an energy shortage, which the president of the Central Asian country has proposed resolving with nuclear power.

The substantial increase in demand, according to the Kazakhstan Electrical Grid Corporation, has caused a domestic power supply constraint and contributed to an uneven electricity supply. During a meeting with financiers, President Tokayev said he believes that establishing a nuclear power plant will help relieve the strain on his country's electrical infrastructure: "In the future, we will have to make an unpopular decision about the construction of a nuclear power plant.'' While Tokayev made no mention of Bitcoin mining electricity usage in his proposal, failing to keep miners in the country might negatively impact the projected $1.58 billion in tax revenue they generate. Xive, a Bitcoin mining marketplace, has already left Kazakhstan due to power constraints. Didar Bekbau, the co-founder of Xive, said in a Tuesday tweet that he had to shut down his company's mining farm due to restricted electricity supply from the grid.

It's worth noting that Kazakhstan presently has 50 registered crypto mining companies and an unspecified number of unregistered ones. For a country that endured catastrophic nuclear fallout from weapons testing during the Soviet occupation, the idea of developing new nuclear power plants is a serious one. Kazakhstan's last nuclear power station was shut down in 1999. Currently, around 88 percent of the transcontinental country's electricity comes from fossil fuel-burning power facilities.
Current Interests in Nuclear Crypto Mining Solutions


Alex Gilbert, a project manager for a nuclear power think tank, the Nuclear Innovation Alliance, revealed that partnerships and collaborations have been ongoing between power brokers in the nuclear power sector and authorities in bitcoin mining.

In July of 2021, Ohio-based energy company, Energy Harbor Corp,  announced that from December 2021, it was set to provide nuclear power to Standard Power's new Bitcoin blockchain mining center located in Coshocton, Ohio.

Additionally, Texas and Pennsylvania-based Talen Energy revealed that plans are underway to create a cryptocurrency mining facility and data center close to its nuclear power plant in Berwick, Pennsylvania. According to the company executives, it's a project that is expected to be operational by the latter end of 2022. 
''Though it may be a small start, the move by bitcoin miners to carbon-free energy resources like nuclear energy reflects emerging concerns in the cryptocurrency industry about ensuring their operations are green," Gilbert says. "Previously, the industry relied heavily on coal generation, with its attendant health impacts and large carbon emissions."
While still a nascent trend, that may change. "Looking forward, nuclear energy is one of several options to decarbonize cryptocurrencies," Gilbert says.
CHECK OUT Our Nuclear Powered Bitcoin Mining Project

The Future of Nuclear Crypto Mining Solutions
By many definitions, nuclear energy is not renewable. But in terms of climate change, nuclear energy production does not release greenhouse gases, so it is a low-carbon fuel.

Advocates of the blockchain note that they are innovative technologies whose potential we've only just begun to explore. There are certain inefficiencies in our financial services industry that can be alleviated using blockchain technologies, enabling us to tackle important issues such as equity, access, and costs, said R.A. Farrokhnia, Executive Director of Columbia's Advanced Projects and Applied Research in Fintech.

Still, such a promise may not be enough for skeptics, especially at such a high price. However, crypto could have another opportunity to promote its worth outside of its financial portfolio: by leading the move to sustainable energy sources.

As the industry progresses, a majority switch from fossil-generated electricity to nuclear energy is hoped for.



EZ Blockchain is an innovative green Bitcoin mining company that started in 2017 as a data center hosting solutions provider for cryptocurrency mining. Today, it is a vertically integrated cryptocurrency mining company exercising complete control of the power generation cycle. The company has offices in Los Angeles, Chicago, Houston, and multiple other locations in the US, where it provides the mining infrastructure for energy businesses at the lowest power costs.

It seeks to tackle the global waste energy issue using crypto mining. As an energy-oriented tech company, EZ Blockchain connects the digital assets space with the energy industry to optimize energy use by using Bitcoin mining to solve wasted energy problems.

At EZ Blockchain, we want to turn Bitcoin’s energy-intensive mining into an opportunity, and a tool to solve the global energy waste problem.

### Zero Carbon Emissions Crypto Mining: Is It Possible?

As the world awakens to the effects of climate change, the cryptocurrency industry is facing heavy criticism, including total bans in some countries. Miners are now shifting to environmentally friendly cryptocurrency mining, but whether the green revolution will make cryptocurrency mining sustainable remains a topic for debate. So, is green cryptocurrency mining the solution?

This article addresses the environmental impacts of cryptocurrency mining activities and whether the green revolution will help achieve zero carbon emission crypto mining.
Bitcoin Thrives at the Expense of the Environment
At the time of writing, there were 19,653 crypto coins, according to Coinmarketcap statistics. With the estimated Bitcoin’s annual carbon footprint at between 22 and 22.9 million metric tons of carbon dioxide, the thought of the entire industry’s carbon (IV) oxide emission can be scary.  Not that Bitcoin is the only crypto coin that strains the environment. It is difficult to point out any entirely green cryptocurrency coin, but the truth is that Bitcoin is one of the power-hungriest cryptocurrencies.

First, Bitcoin was the first and is the most popular valuable cryptocurrency. It’s also one of the most widely adopted coins, which means the daily Bitcoin transactions are pretty high. A large volume of daily transactions means more energy is used.  Miners also want to mine a valuable coin to compensate for the capital investment in acquiring high-value mining equipment.

Second, Bitcoin uses a proof of work consensus algorithm, which is the main reason for the high power consumption. Ideally, cryptocurrency mining under this consensus algorithm involves solving complex mathematical puzzles. These computations require high computing power, which means significant amounts of energy are consumed. Many computers are involved in this process, and they are actively competing to solve the problem and win the rewards in Bitcoin. As a result, mining equipment needs to run 24/7, making the energy requirements relatively high.

Some crypto coins use a different and more energy-efficient mining model known as proof of stake. It’s a relatively better model than proof of work, and currencies like Tron and Cardano already use the algorithm. In this mechanism, miners get the rights to validate new transactions on a block by staking their coins. The more coins a miner stakes, the higher the likelihood they will be chosen to validate the next block.

Although there are significant differences in power consumption between the two mining algorithms, many parameters determine the amount of energy consumed by a particular coin. Even proof of work coins have different power consumption levels. For instance, some cryptocurrencies use ASIC-resistant algorithms, which makes mining them consume an unnecessarily high power than ASIC miners. Bitcoin’s model allows for ASIC-based mining and is thus more energy-efficient compared to GPU-based miners.
Miners are Trying to Be Environmentally Friendly
Over the last few years, there has been a crackdown on digital coins, with authorities like China issuing an outright ban on digital assets and related activities, including cryptocurrency exchanges. Bitcoin is already illegal or restricted in some countries, including Egypt, India, Iraq, and Bolivia. However, miners are trying to recast themselves as eco-friendly, and there is an ongoing green Bitcoin mining revolution already.

Green Bitcoin mining simply involves mining cryptocurrency using renewable and surplus energy sources. The most common sources include solar, wind, natural gas, coal, and nuclear energy.
Solar Energy
Mining using solar energy means using 100% solar power to keep the mining rigs running. In addition to offsetting the carbon footprint associated with fossil fuel mining, this type of renewable energy is virtually free. Once you set up the solar panels, the batteries, and your mining equipment, the cost of mining becomes free, making it quite profitable.



However, even though solar energy provides a sustainable solution, it is not without its share of drawbacks. For instance, solar power is only generated during the day under the sunshine. Miners need to have enough solar panels and batteries to generate and store energy sufficient to run the mining rigs during the night. Alternatively, they would have to run a few miners depending on the amount of power they have, and it could mean more problems during the winter seasons.
Wind Power
Wind power is generated from turning wind turbines that convert the energy in the wind to electricity. It’s an alternative whose attention is quickly growing amid the green Bitcoin mining revolution and is currently one of the largest green energy sources in the USA. Its supply is abundant and inexhaustible, making it a sustainable power source for green cryptocurrency mining.



Although wind power presents itself as one of the sustainable green energy solutions, it does not have zero effect on the environment. Wind turbines produce a considerable amount of noise which can become a concern if wind turbines become widespread. Also, it’s not relatively cost-effective, and in some regions, it is more expensive than electricity.
Natural Gas
Natural gas is a by-product of oil extraction on oil farms. For a long time, the gas has been stranded in oil fields due to the cost of transporting it to where it can be helpful. Most oil farms resort to gas flaring, although it has now found a new use case in green cryptocurrency mining.



Energy investors can now trap the gas and sell it to power plants or set up mining farms in the oil fields to use the stranded gas power in cryptocurrency mining. It is a cheap energy source, helps eliminate gas flaring, and contributes to environmentally friendly cryptocurrency mining efforts. However, its major drawback is that it relies on oil fields that need to exploit fossil fuel energy where the gas is drilled continuously.
Nuclear
Nuclear power is generated through nuclear fission, a process by which atoms are split to form smaller particles and release energy. Nuclear power plants heat water to produce steam that is then used to turn large turbines and generate electricity. It’s a clean energy solution that even Elon Musk approves of, saying it is possible to make highly safe nuclear power plants to power green cryptocurrency mining.

However, nuclear power also has its pitfalls, mainly storing radioactive wastes from nuclear power plants. It’s a significant challenge that could become another environmental hazard.
Can the Crypto Mining Community Really Help?
Other than shifting to environmentally friendly cryptocurrency mining, there is more that the Bitcoin mining community can do to accelerate towards zero carbon emission crypto mining. For instance, they can buy carbon offsets sold directly as carbon credits. Carbon credits are typically certificates representing carbon (IV) oxide that has been eliminated from the atmosphere through a particular activity. They do not necessarily eliminate CO2 alone and can include other greenhouse gases.

The crypto mining community can purchase and retire carbon credits to offset the carbon footprint from mining activities and contribute towards zero carbon emission crypto mining. Carbon credits are also being integrated with cryptocurrency technologies like NFTs to accelerate the purchase of carbon offsets.

Bitcoin mining companies can also buy carbon credits and implement innovative solutions geared towards green cryptocurrency mining like EZ Blockchain.
What EZ Blockchain Does
The green cryptocurrency mining revolution is not an easy endeavor. However, with the right attitude and efforts, the cryptocurrency community and the world can make significant leaps toward the greater environmental sustainability goals.

In light of these efforts, EZ Blockchain dedicates its efforts to ensuring sustainable cryptocurrency mining by using renewable energy to power Bitcoin mining. The company has made a couple of innovative solutions to crypto mining using green energy, including an immersion cooling system that seeks to make Bitcoin mining more efficient.



We have our EZ Blockchain Smartboxes, which are fully mobile data centers that can be hauled around to where there is affordable energy. Our smartboxes have proven effective in zero carbon emission crypto mining, and we are already providing solutions to energy investors. We helped our client in Watford City with a flaring mitigation solution by installing our plug-and-play smartboxes to start mining using flared gas.

At EZ Blockchain, we have a Smartgrid solution that harnesses flared and uses it to power our mining containers without burning additional fossil fuels. We use a unique solution consisting of a mobile gas engine generator that converts wasted flared gas into electricity immediately used on site. Our minimum daily flaring elimination is 350 MCF of flared gas, and no carbon emissions are caused where our EZ SmartGrid System is deployed. It’s an excellent benefit for miners who have alternative cheap electricity and the environment by lowering the carbon footprint. 

### Pros, Cons of Renewable Energy

It was during the industrial revolution of the 18th century that the invention of the steam engine ushered society into a new era. The steam engine, which was the primary driver of the industrial revolution, was powered by coal.

Coal, an abundant source of power drive, supplanted water and other forms of renewable energy as vital sources of power. This heralded a new dependence on fossil fuels for energy usage and consumption.

Over time, our civilization's dependence on "dirty energy", which is created by burning fossil fuels (coal, oil, natural gas), has reached an all-time high. This dependence has led to a series of destructive effects on our society and the future of our world.

These effects range from expanding worldwide temperatures, to increasing extreme weather events, and subsequent loss of natural habitats.

To curb this menace, concerted efforts are being made to promote the usage of renewable energy sources to purify our air and protect our environment from the harmful effect of carbon emissions.

As these efforts continue to thrive, we must have an in-depth understanding of the pros and cons of these energy sources powering our civilization for us to utilize them more efficiently. 

However, before we discuss the pros and cons, let us briefly expound on the various forms of renewable energy available. 
Types of Renewable Energy

 	Solar Energy: This utilizes the sun rays for power supply. According to the National Renewable Energy Laboratory, " more energy from the sun falls on the earth in one hour than is used by everyone in the World in one year". The potential is immense, and it has been used to power devices, gadgets, and equipment, among other uses.



 	Wind Energy: Wind turbines are used to generate electricity through wind energy with the aid of an electric generator. The electricity generated serves numerous functions.



 	Hydroelectric Power: This is the largest renewable energy source for electricity in the United States. Hydropower depends on typically fast-moving water and converts the force of that water into electricity by turning the generator's turbine cutting rims.

Other types of Renewable Energy are :

 	Biomass Energy utilizes organic matters for energy generation.
 	Geothermal Energy, is generated from heat trapped at the Earth's core from the slow decay of radioactive particles in rocks.



 	Tidal Energy depends on the gravitational pull of the moon and sun alongside the earth's rotation that creates tides in the Ocean. It is in its developmental phase, but specific tidal energy systems have been proven to generate electricity.
 	Nuclear Power is immensely reliable. The “capacity factor measures reliability,” the ratio between a plant’s actual electricity generation and the amount of electricity it could produce if it ran at 100% power with no interruptions. Nuclear power in the U.S. has the highest capacity factor of any electricity source. Nuclear is often described as “baseload” electricity – always up, always running, reliably meeting the electricity demand. For crypto-mining operations requiring constant power, that is a huge benefit.

Pros of Renewable Energy 

 	 Zero Carbon Emissions: The most significant advantage of renewable energy is the zero carbon emission generated during its creation process.

Unlike the nonrenewable energy sources, they do not contribute to global warming and are necessary to purify our energy creation and usage system.

Furthermore, it has been found that coal power plants accounted for 99% of the United States' electricity-related CO2 emissions, affecting environmental conditions, food and water supplies, weather patterns, and sea levels.

 	 Job Creation and Economic Benefits: In an Annual report on clean energy employment, the International Energy Agency (IRENA) and the International Labour Organisation (ILO) said there were 12 million jobs in renewable energy and its supply chain last year, a third of them in Solar power.

This is a considerable rise from 11.5million jobs in 2019.

Similarly, unlike fossil fuels technologies which are heavily mechanized, the renewable energy industry is more workers centralized, and more jobs are created throughout the various energy generation and distribution chains.

 	 Renewable Energy is inexhaustible: The various forms of renewable energy are supplied and replenished by nature.

The peak oil theory identifies oil and its production as a finite resource that will peak at some point and ultimately decline and deplete.

It is projected that we will run out of fossil fuels in this Century. This further emphasizes the ability of renewable energy to meet our endless demand for electricity generation due to its limitless supply.

 	 Renewable Energy is safer to generate when compared with petroleum derivatives: According to an analysis published in the Journal of the American Medical Association in August 2019, it was shown that:

"On average, extraction activities in the oil and gas industry accounts for more than 100 deaths annually and extraction activities in the coal industry account for more than 30 deaths annually".

 	 Renewable Energy boosts Public Health safety: The pollution emitted by burning fossil fuels has been linked with respiratory problems, neurological damage, heart attacks, and cancers, among other numerous health problems.

This is a significant health concern.

Similarly, a Harvard study assessed the lifecycle costs and public health effect of coal to be estimated at $74.6 billion every year, equivalent to 4.36cents per Kilowatts/hour of electricity production - 1/3rd of the average electricity rate for a typical home in the United States.

 	 Renewable Energy exists in various forms: There is potential for energy diversification through renewable energy.

As highlighted above, various forms of renewable energy exist, and other forms are still being tested for different infrastructural purposes.

This heightens the potential for more incredible energy generation in the future.

 	 Renewable Energy can increase countries' economic independence: With an organized structure for renewable energy advancement, nations with no petroleum product assets can lessen their reliance on oil-producing countries.

This will impact the nation's economy and assist the legislature in lessening oil imports, thereby diminishing the risk of an energy crisis.

 	 Renewable Energy is less expensive to maintain: In general, the functional expense of renewable energy is altogether not as much as what we see in traditional power stations.

Renewable energy products are more durable and require less maintenance cost.
Cons of Renewable Energy 

 	 Renewable Energy setup cost is High: Manufacturing and installing various renewable energy equipment is relatively expensive.

On a large scale, wind ranches, sun-powered parks, and hydropower stations require significant financial investment and electrical infrastructure. This high cost can result in deferred, adjusted, or even canceled some of these projects.

For example, the Lifetime cost of coal is 9.5cents per kilowatts per hour, hydroelectric power is 5cents per kilowatts per hour, while offshore wind energy is 15.8 cents per kilowatts per hour.



Luckily, in recent times, there has been a gradual reduction in the cost of renewable energy sources such as solar panels and wind turbines due to economic improvement, improved manufacturing efficiency, and the broader acceptance of renewable energy certificates. 

Furthermore, the cost of wasted energy (flared gas) which has an enormous electricity generation potential is super low.

 	 Renewable Energy can be unpredictable: The forces that supply renewable energy are not available round the clock due to their strong dependence on weather conditions.

Solar panels lose efficiency on stormy days, wind turbines do not function optimally in quiet climates, and hydropower infrastructures require steady snow and precipitation to continue production.

Furthermore, the randomness of wind and solar generation essentially causes an unreliable frequency and voltage production. The power inverters expected to correct the system fluctuations have proven unstable in effectively doing this.

 	 Renewable Energy is challenging to conserve: As highlighted above, renewable energy sources are affected by weather conditions.

Hence, there has to be a storage system to store and release electricity in a controlled and coordinated manner. The use of utility-scale batteries has gained wider acceptance. However, it is expensive to set up, and concerns still exist about its reliability and lifespan.

 	 Renewable Energy installation takes a lot of space: According to research carried out by environmental scientists Paul Behren and John Van Zalk, it was discovered that " solar and wind power needs about 40-50 times more space than coal and 90-100 times more space than natural gas".

This large space requirement poses a considerable challenge for many energy production companies and industries.

 	 Renewable Energy leaves Carbon impressions: Although solar panels and wind emissions produce no fossil fuel by-products as they make energy, their assembly, transport, and establishment make a carbon impression.

Their components are made in huge manufacturing plants that consume high electricity measures, notwithstanding the diesel and fuel vehicles required for their transportation.

Nonetheless, renewable energy has an energy payback period, and with the increased production of their energy-powered equipment, electric vehicles will be more common, and this will increase the percentage of clean energy in the grid.
Conclusion


In the Blockchain industry, energy consumption is a serious concern. The competitiveness of bitcoin mining which uses the proof of work model has led to miners investing in high-grade PC frameworks to mine more proficiently.

As a result, there is a rise in energy consumption and electricity cost due to cryptocurrency mining. Bitcoin currently uses 110TW hrs per year which equals the energy draw of countries like Argentina and Sweden.

Non-renewable energy sources power a large percentage of this electricity generated. This heavy burden led to the crypto climate accord, which outlines the need for decarbonization in the crypto industry.

EZ Blockchain provides a solution.

EZ Blockchain is an innovative organization on a journey to tackle worldwide waste energy issues with the assistance of crypto mining. We believe that this is feasible through the essential execution of our inventive and progressive arrangements.

Our mission is to breach the gap between the energy sector and the blockchain ecosystem.

We utilize waste energy to solve the considerable environmental and economic problems associated with gas flaring, and we also provide solar and wind crypto mining services. 

This solution is eco-friendly, affordable, and beneficial for all. Look here more about bitcoin mining with flare gas.

### Should You Invest in Immersion Cooling Crypto Mining Container?

Immersion Cooling At a Glance
The immersion liquid cooling technology came into use as early as the 1940s when scientists applied it to cooling high-voltage transformers in data centers. The concept also hit the headlines in 2006 when Hardcore Computer integrated immersion cooling to add more power to PC gaming. However, it never reached a fair due until the advent of crypto mining.

Crypto mining refers to the energy-intensive process through which new crypto coins are created and the maintenance of a ledger for all transactions of the existing crypto coins. The process generates a considerable amount of heat that is potentially catastrophic. In February 2018, overheating computers caused an inferno that destroyed eight apartments in South Europe. But generally, miners have been banking on air cooling methods since the onset of Bitcoin mining in 2009.

However, the present-day immersion cooling systems are much more complex and high-tech due to the need to catch up with the current demands. Crypto mining companies have been experimenting with immersion cooling, and while it’s a lesser employed method, it is a more practical alternative that is slowly getting into the mainstream.

The cooling method involves submerging or completely immersing the mining machines (mining rigs) into an immersion cooling container filled with a liquid substance that dissipates heat much faster than ordinary air. The liquid substances used are dielectric and have higher heat transfer capacities than air. Just like a plastic coating on electric cables, the fluid does not conduct electricity, and this allows the powerful computers to function even when immersed in the fluid.

This cooling technology provides the Application-Specific Integrated Circuits (ASICs or the mining rigs) with more advantages over air cooling methods, including a low death rate of the mining rigs, less dirt accumulation, and overall better performance which translates to additional profits.

Stay with us to understand why companies use liquid immersion cooling for large-scale mining operations and how it can help us in different climate zones.
How Immersion Cooling can Help Us Work in Different Climate Zones
The immersion liquid cooling system works in two approaches.

 	         Single-phase immersion cooling
 	         Two-phase or double-phase immersion cooling



The first approach is known as the single-phase immersion cooling system. Here, the mining rigs are usually submerged in the thermal conductive dielectric fluid that absorbs the heat emitted. The liquid coolant does not change state even after absorbing the heat. It remains in liquid form and then circulates into a heat exchanger with a cooler water circuit to remove the heat.

The other approach is known as the two-phase liquid cooling system, which proves to be more effective in mitigating the catastrophic effects of climate change. In this immersion liquid cooling technology, the mining computers are submerged in the dielectric liquid, which absorbs the heat from the mining rig's components. The fluid absorbs the heat and undergoes low-temperature evaporation, changing from liquid to vapor. The vapor is then cooled to change it back into a liquid state to be reused in the cooling system.

According to scientists’ reports, global warming could hit 1.5 degrees in the next 12 years, and about 700 million lives are already at stake. Vulnerable countries have already requested an assembly of pathways that could curb global warming, and this immersion technology can help mitigate the effects in different climate zones.

In the simplest terms, immersion cooling technology proves to be the next-generation sustainability solution for the digital world. Technological advancements come with increased demands for computing power and equipment performance, and they are the future of the world.

However, more computational power means more power demands, and more heating, and cooling needs. Conventional cooling methods like air cooling systems design lack the sustainability aspects as they are still energy-intensive and will only get power-hungrier with increased cooling demands.

With immersion cooling, the hot new technique in computer cooling, the high-performance computing sectors like cryptocurrency mining have a solution. Further, it comes with several key advantages they need to work even in extreme climate zones. Miners can work safely in any weather conditions, including extremes of as high as 120 degrees and as low as -40 degrees.
Longer Equipment Lifespan
Mining cryptocurrencies has massive resource requirements. Therefore, every miner endeavors to have mining equipment that can last as long as possible and ensure they extract the highest possible performance. However, with overheating, corrosion, contamination, vibrations, and dust, the equipment tends to break down often, so the mean time before failures (MTBF) is significantly reduced.



This is usually the case with air cooling as the equipment is exposed to dust contaminants and the vibrations from fans. On the other hand, a liquid cooling system keeps the dust particles and other pollutants away and protects the equipment from possible corrosion. It effectively tackles the overheating problems and boosts the equipment's lifespan altogether. Further, the engineered fluid used in immersion liquid cooling technology is compatible with most systems, prolonging the MTBF.
Hashrate Increase
Miners using air cooling systems are prohibited from overclocking to avoid exceeding the mining rig’s thermal load. Overclocking means running the ASICs at a speed higher than what the manufacturer prescribes. However, with immersion cooling containers, miners can safely overclock. Overclocking and fine-tuning using custom firmware can increase the hash rate by between 40% and 60%.

The hash rate here means the computing power of all the mining rigs in the network, which directly affects how fast the miners solve the complex computations. Since the miners receive rewards from each block, the hash rate is the primary determinant of mining productivity and profitability.

Notably, a liquid cooling system also increases the hash rate by preventing overheating and reducing energy waste. The equipment generally tends to reduce the workload when it overheats, and this undermines the hash rate. Also, no fans are running, so less energy goes to waste, and the ASIC can run efficiently and deliver maximum output.
Noise Reduction
The cryptocurrency mining process is generally noisy. Setting up a mining facility requires the most powerful GPU for the maximum output or an ASIC to set up the mining rig. Just like is the case when gaming with an ordinary CPU, the GPU tends to overheat in extreme loads, triggering the fans to run at maximum speeds to cool the system. The fan's running can get pretty loud, especially if you are in a room all alone, and for crypto mining, it’s pretty different.



Crypto mining farms require hundreds or even thousands of high-power computers, so their sounds can be pretty loud. A single ASIC miner can generate noise of up to 75dB, and the machines run day and night. The noise can be unbearable with a farm of only four mining rigs. Last year, residents of Sherbrooke, Quebec, complained about noise coming from Bitfarms, a cryptocurrency mining company. According to the news report published by The India Times, the noisy Bitcoin mining was driving them crazy.

However, mining under an immersion cooling container ensures a silent and low-profile mining. You can mine quietly from your home or move where it’s more convenient. The immersion liquid cooling technology does not require any fans, which are the primary source of the noise. Also, the engineered liquid prevents dust accumulation on the equipment, so the machines do not strain due to accumulated particles like with air cooling systems.
Lower Power Consumption on Cooling
The rise of cryptocurrency mining and GPU-based computer systems increased energy consumption and costs at an alarming rate. In response to the energy-intensive nature of Bitcoin mining and its effect on environmental sustainability, China ordered a crackdown on crypto mining and banned cryptocurrency services in totality.

The energy consumption occurs in two phases, including running the high-power computers used in crypto mining and cooling them. The conventional air cooling systems comprise fans that must run 24/7 to prevent overheating. Despite using more energy to run the fans, the heat energy is released into the atmosphere, creating more environmental hazards.

However, shifting cryptocurrency mining with immersion cooling systems solves the problem entirely by:

 	         Eliminating the need for fans. The mining hardware is cooled using an engineered liquid that cuts down the consumption and cost of the energy used in running the fans. The computers also run efficiently due to the elimination of dust and corrosives, so there is less energy wasted.
 	         Recycling heat energy. In the double-phase immersion cooling system, the cooling fluid absorbs the heat energy and changes state to gas. The gas is then pumped to a water circuit that cools the vapor that gets re-used in the cooling system. Therefore, innovative miners are using the cooling water circuits for their water heating needs, thereby saving on their daily power consumption and costs on water heating.

Higher Upfront Cost vs. Better Long-Term ROI for Certain Businesses
When comparing the cost of an immersion cooling system with the conventional air cooling system, the latter is less costly. However, it would only be preferable when considering the initial cost alone. Immersion liquid cooling systems are more costly to install, which means a higher upfront cost.

The immersion liquid cooling technology can take different configuration options. As such, the initial cost may vary depending on the type chosen.

Each mining rig can be enclosed in a single system separate from the others, or they can all be placed in a large container that accommodates the entire hardware components of the mining farm. Alternatively, the miners can still decide on different combinations and configure the components for effective heat distribution.

The liquid cooling system guarantees a better long-term return on the investment due to its host of benefits, including monetary and non-monetary advantages over the air cooling systems. 

For instance, lower power consumption on cooling means reduced power costs, plus the heat generated can get channeled to other cost-saving uses. Also, the mining hardware operates at the highest efficiency, with minimal maintenance requirements and a longer lifespan. Fewer repairs mean more uptime for the mining rig and more profitability.




    
        
            
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Who Can Benefit from Immersion Cooling?
Immersion cooling systems provide a range of benefits that can accrue to both individual and business miners in different climate zones. Whether you are mining from low temperatures or extreme highs, you can benefit from a liquid cooling system through:

 	         Increased mining hardware lifespan
 	         Reduced long-term operational costs
 	         Lower power consumption on cooling
 	         A certified mPUE
 	         Increased hash rate and ROI

Conclusion


Though it’s not purely ‘new’ technology, immersion cooling is an innovative technology that is fast taking shape in data centers and cryptocurrency mining farms. The technology provides a glimpse of hope for a trillion-dollar industry that was thriving at the expense of the environment.

It provides practical solutions for cryptocurrency mining which was otherwise unsustainable and unlocks new use cases outside the cryptocurrency realm. 

If you are looking to integrate immersion liquid cooling technology into your farm, look no further. EZ Blockchain got you covered for all your immersion cooling container needs.



Our immersion cooling system will help prolong the lifespan of your mining hardware, increase your hash rate and profitability, ensure 100% noise reduction, and cut down on operational costs.

At EZ Blockchain, we endeavor to save the environment using sustainable energy without compromising on the benefits for our partners. We are heavily invested in engineering, research, and development to provide sustainable crypto mining solutions including wind and solar mining, and a liquid cooling solution that will transform cryptocurrency mining. Also, we offer bitcoin hosting services.

### How To Find A Tech/Engineering Job In Crypto Mining

TECH JOBS IN CRYPTOCURRENCY MINING INDUSTRY
The cryptocurrency mining industry and blockchain technology have a lot to offer to individuals with certain skill sets. 

Before we proceed, it is important to note that network admin workers can easily transition into the Blockchain. Personnel like Network Administrators, Software Administrators, and IT systems administrators can take quick training programs or courses which will equip them for high-paying jobs in the Cryptocurrency mining industry. 

Some of the technical or engineering jobs available in the mining industry are:
● Data Center Electrician
If you're a master electrician well versed in the installing, repairing, and servicing of electrical systems, then this job is perfect for you. 

The job requirements include the ability to read blueprints, use diagnostic tools and make excellent decisions under pressure. Being a master electrician involves installing and connecting mobile data centers, sourcing or fabricating replacement electrical components, testing, and troubleshooting systems, and lastly, liaising with clients, vendors, and other electricians.


● Data Center Technician
The responsibilities of a data center engineer include monitoring systems operations, administering IT solutions, and managing information systems at data centers.

A data center technician is to install heavy servers, oversee the running of data cables, perform the basic repair of faulty equipment and devices, and use DCIM Software for ASIC configuration. 

This job option is perfect for individuals who have good computer skills, technical expertise, experience with switches, routers, and servers, and the ability to explain complex technical processes.

This job role comes in various levels ranging from tier 1 to tier 4.

Tier 1: 

A position Tier 1 Data Center engineer is expected to perform general daily maintenance of infrastructure, monitor operations, and assess the system's performance. Technicians at this level perform basic troubleshooting and basic break/fix procedures.

Tier 2: 

A position Tier 2 Data Center engineer is responsible for planning and upgrading infrastructure, evaluating new technologies, and troubleshooting failed equipment. Technicians at this level are proficient in break/fix diagnosis.



Tier 3: 

Individuals in this role are responsible for leading operations and maintenance of data centers. This role requires technical expertise, personal accountability, and flawless execution. 

Tier 4: 

This role involves overseeing operations and management of services, creating and deploying new standard practices, and conducting analysis of critical facility operations. This role is also expected to act as a supervisory role, overseeing other engineers and leading by example and in practice.

All data center engineers are expected to have an awareness of critical environment operating practices and protocols. 
● Data Center Supervisor
The responsibilities of a data center supervisor include developing procedures to standardize ASIC stability and managing a team of technicians as needed. 

For this role, business, organizational, and leadership skills are often required.
● Network Engineer
Network engineers are expected to design system configurations, manage the installation of a new network and maintain existing systems.

They are required to have practical knowledge of networks like Arista and Ubiquity, optimize network performance and perform configuration of cryptocurrency miners.

Network Engineers are also required to observe ASIC health, maintain ASIC upkeep and ensure the stability of ASIC rigs.


● Tech Support Engineers
The individual is expected to generate technical documentation, collect data, analyze statistics, and generate support tools in this role.

The ability to analyze problems with a flexible and creative approach and excellent communication skills will be a big advantage in this role. Also, general knowledge of mining and IT is required.


Other crypto jobs
Now that we have discussed the more technical jobs in cryptocurrency let's move on to a different category of job opportunities available.
● Blockchain Developers
The role of a blockchain developer is to design, implement, and distribute a secure blockchain-based network. 

These individuals are expected to possess extensive knowledge of programming languages used for blockchain development, such as C++, Java, and Solidity, as well as years of experience in cryptography. 

Also, they are expected to create application features and interfaces using programming languages. In addition, they optimize the security of various blockchain applications and integrate new tools and technologies.
● Web Designers
A web designer is responsible for creating the design and layout of a website or web pages. Although this job role is different from a web developer, both roles often overlap. 

Individuals fulfilling this role are expected to have expertise in programming languages such as HTML and Javascript, create user-oriented products, and integrate recent software developments. 


● Crypto Marketers
The job description rose out of a need to create publicity around certain projects. Crypto marketers are expected to build brand awareness, increase customer satisfaction and improve sales and profits. 

Marketers often work alongside content writers to release informative articles for the public in the crypto space. Also, crypto marketers are expected to have a marketing strategy across all project's social media platforms. 

We have highlighted many of the technical jobs available for individuals in the mining industry. But wait! There's more. Let's move on to the advantages that these jobs offer.
● Content Writers
This role is referred to as a non-technical job in tech. It involves the generation and publishing of various types of content. Content writing serves as a marketing tool to advertise a company and its products. The requirements include understanding technical aspects, developing content for websites and social media, and researching industry-related topics.
ADVANTAGES OF TECH/ENGINEERING JOBS
Although technical jobs cover a wide range of requirements and duties, they all have certain advantages. Some of the perks of technical jobs in the mining industry are: 
● High Salary: 
This is a major advantage of technical jobs in crypto mining. These jobs offer higher wages compared to their equivalent in other industries.

Also, the need for individuals with specialized knowledge makes financial incentives higher in this sector. The price offerings for various roles range from roughly $80,000 to $131k for various roles.

These jobs have huge potential for financial reward for individuals with the required skill set.
● Career Growth: 
Another advantage of technical jobs in the room for growth. 

Similar to regular jobs, individuals can continuously upgrade their skill set, gain more experience and eventually apply for higher-paying positions. Also, it is often easy to transition from one career in crypto mining to another. With constant growth and practical knowledge, there is no limit to the heights one can reach career-wise. 
● Flexibility:
The importance of a flexible schedule cannot be over-emphasized. Although most technical jobs require on-site presence, a few are completely remote. Jobs like content writing require hardly any office presence and can be done from anywhere globally. This means you can travel and work. Amazing! 

In addition, the other technical jobs that aren't completely remote are far more flexible than regular 9-5 jobs. 

Now it's clear that there are many job opportunities in crypto mining and that they have amazing features to offer. But that's not all. Let's explore some companies offering these jobs and their requirements. Let's continue. 
EZ BLOCKCHAIN HIRING TECH PROFESSIONALS 

As the cryptocurrency mining industry continues to evolve, our company is looking to harness its potential. To do this, we often hire individuals with the needed specialized knowledge; in other words, we're looking for people like you.

Although EZ Blockchain was established in 2018, our company is already top-class in the Bitcoin mining industry. EZ Blockchain is on a mission to solve the global waste energy problem with the help of crypto mining. We are an energy-oriented tech company that connects the energy industry with the digital assets industry. In our innovative company, individuals that can handle challenging tasks with creative approaches are always welcome.



Some open positions are data center technician, project engineer, data center technician supervisor, and electrical project engineer consultant. EZ Blockchain offers a number of benefits for its workers.

They include: 

 	Comprehensive health package including dental and vision. 
 	Paid vacations 
 	Signing bonuses 
 	Commuter benefits and remote work flexibility 
 	Maternity and parental leave. 

There is no shortage of companies and jobs in this emerging billion-dollar industry. Individuals with the required skill set have endless opportunities in this space. 

There is no better time to get into this industry. The crypto mining industry is on a journey of explosive growth. 
WHAT THIS MEANS FOR YOU
For highly motivated individuals with knowledge and experience, the industry is theirs for the taking. 

EZ Blockchain is looking to hire creative individuals who adapt quickly and think outside the box. We hired over 100 tech experts within a year. 

Our mission is to breach the gap between the energy sector and the blockchain ecosystem by innovative solutions to the global waste energy problems. We revolutionize crypto mining by introducing our immersive cooling container and solar and wind crypto mining services.



EZ Blockchain is an innovative company that believes in utilizing waste energy and that solving problems associated with gas flaring and stranded gas problems is a true win-win for both the energy and crypto industries.

### Building New Grids To Support Local Communities And Strengthen The Bitcoin Network

BY CRAIG DEUTSCH AND  BITCOIN MAGAZINE



Bitcoin mining specialists sat down together to discuss how mining companies can work with local grids to strengthen electricity production and distribution at the Bitcoin 2022 conference in a panel titled “Building New Grids.”

The panel was moderated by Zack Voell. The panelists included:

 	Paul Prager, who is the CEO of Terawulf;
 	Sergii Gerasymovych, the founder and CEO of EZ Blockchain;
 	Zachary K. Bradford, the CEO of CleanSpark;
 	and Harry Sudock, vice president of strategy for GRIID.

The panelists started the discussion defining the grid and how power generation and distribution work. Sudock explained the different parts. Energy is generated when, "The turbine spins. There are many different ways to make the turbine spin, but that's what creates power. Then it gets moved. Then it gets delivered."



Prager expanded on this thought, “The grid is basically what connects demand to the load. Where there are imbalances is where there are great opportunities for miners."

After the explanation of grids, the group explained how Bitcoin fits into the picture of energy distribution. Bradford used an oft-repeated analogy comparing bitcoin to a battery. "As we got exposed to the bitcoin side, we always talk about storing value, but that's really what we're doing, we're storing the value of energy in bitcoin. Instead of storing that energy in a battery, we are storing it in bitcoin by mining."

Bitcoin mining is effective for strengthening the grid because of the consistent energy use and ease of which miners can plug and unplug their operations. Bradford said, "We can consume a very flat load all the time and we can drop it off almost immediately and then bring it back on."

Additionally, "We [miners] can interact in a way that improves grid health."

The ways that bitcoin miners will strengthen the grid is specifically around how they purchase power from the grid. Sudock explains, "We have reinvented how power gets bought. We want to spend more money on power each month because each unit of revenue is directly correlated to each unit of power."



Bradford elaborated on the issues with the grid when he shared, "The age of our grid is a problem and someone has to pay for it. I think bitcoin miners are well positioned to improve the grid across this whole nation."

Bitcoin mining offers a new way for companies to make power purchase agreements with electricity providers. Sudock said, “This is fundamentally an innovative approach to consuming power for the first time in the last 90 years.”

Power companies didn’t always understand the incentive to work out agreements with bitcoin miners, but now, "The education happened and things have progressed really well, but no one knows how to price that much power and that much consistency of a load," said Bradford.

Sudock chimed in, “There’s nothing more exciting than an economic incentive!” He went on, “The overall rate structure regime and how energy gets priced and sold; that’s the next step in the process.”

Bradford echoed the way bitcoin miners have evolved in the eyes of power companies, "In the last two years, bitcoin miners are now seen as really good anchor tenants to large scale power purchase agreements."

Bitcoin mining being attached to grids has the potential for counterparty risk. The panelists discussed their differing concerns for potential risk next. Prager embraced the likelihood of government regulation, "I think the [mining] business will evolve to the greatest level of capital efficiency and energy efficiency."

Similarly, Gerasymovych is also not worried about regulation. 
“I think that’s what's good about Bitcoin," he said. "We can go anywhere. You don’t like us? We’ll go somewhere else.” He added, “It’s a resurrection of energy in general. We are resurrecting energy in places where it was dead.”
Prager shared about the benefits of bitcoin mining for communities.

"We now have union families back to mine bitcoin and repair miners." He believes that zero carbon will be the next evolution in mining. “I think there will be a big explosion in that direction.”

Sudock concluded, "Bitcoin miners mean we can get more power at lower cost to more people which is highly correlated to human flourishing.”

Bitcoin 2022 is part of the Bitcoin Event Series hosted by BTC Inc, the parent company of Bitcoin Magazine.

Enjoy watching the panel discussion about "Building New Grids" with Sergii Gerasymovych; Paul Prager; Zach K. Bradford; Harry Sudock!

https://youtu.be/4ju_Za8N7ig

Read more about Bitcoin mining colocation.

### AIR COOLING vs IMMERSION COOLING container: What’s better for bitcoin mining?

Overview Of Bitcoin Mining 


Bitcoin mining is a widely recognized process dating back to 2009 when the first Bitcoin was mined. It is the process of creating new bitcoins by using specialized equipment to solve complex mathematical puzzles. 

Also, people who mine new bitcoins are referred to as miners and are rewarded with bitcoins for their contributions to the network. Due to the constantly adjusting mining difficulty as well as the intense competition between miners, mining equipment has evolved from Personal computers to Application-specific Integrated Circuit devices also referred to as ASICs. These mining equipment are also referred to as miners. 

Currently, the Bitmain AntMiner S19 is considered the most efficient and powerful bitcoin miner. 

However, even the most efficient miners are prone to overheating. Why is this a problem? What happens when mining equipment overheats?

Keep reading as we uncover the reasons miners need mining cooling systems.
What Happens When Crypto Mining Equipment Overheats? 
It is not news that miners often resort to unconventional methods to prevent their equipment from overheating.
Some of the reasons to avoid overheating in mining equipment include: 

 	
Decrease in hash rate:


Before we continue, we must define what the hash rate is. Hash rate is a measure of how fast a cryptocurrency miner's machine processes complex computations. 

This is inarguably the most important feature in selecting mining equipment because it often determines productivity. 

When overheating occurs, the machine attempts to reduce workload which forcefully reduces the hash rate. Till the miner cools, the hash rate remains lower than average.  

 	
Lower Power Efficiency: 


It is common knowledge that bitcoin mining is an energy-intensive process. Already, the electricity consumed by mining equipment is discouraging yet it worsens when a machine overheats. Overheating results in increased consumption of electricity while producing fewer results due to the decreased hash rate. This combination hampers productivity and profit. 

 	
Maintenance and Lifespan:


Overheating causes random shutdowns and increases the rate of hardware failure. A miner exposed to high temperatures will suffer a shortened lifespan. For example, oil cooler mining equipment exposed to constant overheating may deteriorate within months instead of lasting 3–5 years.

 	
Cost Efficiency:


This is related to the previous points. The majority of mining expenses are due to electricity consumption as well as maintenance. When miners frequently overheat, they require twice as much money for both maintenance and electricity costs. This often reduces the profitability of mining equipment. 

 	
Overall Reduction in Efficiency:


This conclusion is because overheating affects both power usage, cost, and even lifespan of the equipment. When all these are combined, the equipment falls short of its expected productivity. Thus overheating is directly responsible for profit reduction, increase in power consumption as well as the breakdown of equipment. 

Overheating is disastrous. It affects both equipment productivity as well as profitability for the miners. So how can we prevent overheating? What methods can we adopt? 
Chilling Innovations: An In-Depth Look at Crypto Miners' Cooling Solutions
In a bid to prevent overheating, there are two methods adopted by miners. They are: 

 	Air cooling 
 	Immersion cooling 

Let's explore them in-depth. 
WHAT IS AIR COOLING?
This method of cooling is exactly as the name implies. It involves the use of ventilation fans and atmospheric air to regulate the temperature of mining equipment. Here, heat is dissipated by increasing the flow of air over the mining rig. Although most mining rigs come with inbuilt high-velocity fans that force airflow across their internal components, it is often necessary to buy additional air cooling containers. 



In cold weather, ambient air mixed with hot recirculated air is used to cool the mining equipment. 

To increase the effectiveness of air cooling, energy-sapping refrigeration components like chillers and air handlers are often needed. 
WHAT IS IMMERSION COOLING?
This is a rapidly evolving technique for cooling mining rigs without compromising profit. Immersion cooling is the practice of completely submerging, or immersing, the mining rig in a thermally conductive liquid with greater insulating properties than ordinary air. 



There are two basic approaches to immersion cooling namely single and double-phase immersion cooling. 

In a single phase, the components are immersed in a dielectric fluid, typically an oil or engineered fluid of some kind. The heat generated by the IT components is absorbed by the fluid and then the fluid is pumped and circulated around a tank to help remove the heat. 



On the other hand, the double phase involves the sealing of servers inside a bath of specially engineered fluorocarbon-based liquid. The boiling of the liquid causes a phase change from liquid to gas. The vapor is then condensed back to the liquid form to be recycled through the system. 

Regardless of the approach used, immersion cooling is very effective and around 40% of the heat is recaptured and used to power the mining rig. It also boasts about 10 times the heat rejection capacity of air cooling. 
Air Cooling VS Immersion Cooling technologies
Although air cooling is commonly used, it is universally agreed that immersion cooling is the future of Bitcoin mining. 

Immersion cooling technology for crypto mining is more efficient than air cooling for multiple reasons. They include: 

 	
Hash Rate Increase: 


Air-cooled miners rely on internal fans, which can lower hash rate. Immersion cooling removes fans, allowing watercooled ASIC miner models to run cooler and more efficiently, boosting hash rate by 25–55%.

 	
Longer Equipment Lifespan:


Miners are constantly on the lookout for ways to extend and maintain the lifespan of mining equipment. Moreover, Air crypto mining farms are filled with airborne particles that are sucked into the heatsinks of each ASIC, which leads to overheating and a shortened lifespan. Also, air cooling often results in contamination and corrosion of equipment. 

To combat these flaws, immersion cooling is preferred. It supports ASICs operating at maximum capacity for longer periods than air cooling. It also increases hardware lifespan by 4-5 years by eliminating contamination, overheating, and corrosion. 

 	
Noise and Dust Reduction:


In typical air-cooled mining rigs, heat and noise increase as the miner does more work. On the other hand, immersion cooling bitcoin miners provide absolute noise reduction. This is because the fans, which are the primary sources of noise, are removed before immersion. Liquid-cooled bitcoin miners are also dust-free. This increases the lifespan of equipment and saves the trouble of regular cleaning. 

 	
Efficiency in Power Consumption:


A major contributor to energy consumption in mining is ASIC fans and facility fans. In switching to immersion cooling, miners no longer require those energy-draining equipment and can save up to 50% in energy costs. Also, the liquid is much more effective at conducting heat than air. This makes immersion cooling a more efficient cooling system because it requires minimal energy input. 

In addition, the reduction in electricity consumption allows miners to invest in more mining equipment if they wish. 

 	
Cost Optimization:


Although air cooling containers cost less, the operational cost quickly makes them unprofitable. On the other hand, immersion cooling has the lowest long-term operational cost.  

By factoring in the reduced cost of maintenance and purchase of new equipment as well as considering the reduction in electricity bills, it is obvious that immersion cooling wins. This cooling method offers a mind-blowing 80% cost reduction for double the efficiency. 

When weighed on a scale, it is quite obvious that air cooling is inadvisable in comparison to immersion cooling containers. Apart from its numerous advantages, immersion cooling also provides a clean, quiet, stable, and comfortable working environment. 


    
        
            
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Immersion cooling is a major technological leap in the cryptocurrency mining industry
Although not without flaws, the immersion cooling container promises a more efficient method of mining while supporting the sustainable movement in cryptocurrencies. 



If you are looking to maximize the hash rate of your miners all while increasing your ROI, there is no better place than at EZ Blockchain. 

At EZ Blockchain, our Immersion cutting-edge technology allows us to increase hash rates, cut down on heat and noise generation and increase the longevity of equipment.  



It is our mission to breach the gap between the energy sector and the blockchain ecosystem by innovative solutions to the global waste energy problems. We revolutionize crypto mining through the introduction of our immersive cooling crypto mining container as well as solar and wind crypto mining services. 

EZ Blockchain is an innovative company that believes in utilizing waste energy and that solving problems associated with gas flaring and stranded gas problems is a true win-win for both the energy and crypto industries.

With our cutting-edge immersion crypto mining cooling solutions, we help you reduce heat and noise, increase equipment lifespan, and lower your electricity costs.We also lead innovation with renewable energy options like solar and wind for crypto farms.

### EZ Blockchain is an official sponsor of Bitcoin 2022 in Miami | April 6-9th

The keynote speakers are Jack Dorsey, Nick Szabo, Michael Saylor, Cynthia Lummis, and Tony Hawk. Alongside these speakers are other incredible speakers like President Bukele, Michael Saylor, Alex Gladstein, Saifedean Ammous, Adam Back, Elizabeth Stark, Greg Foss, Jack Mallers, and Sergii Gerasymovych, the Co-Founder and CEO of EZ Blockchain.



Sergii will speak on a Mining Stage panel at Bitcoin 2022 (April 6-9, in Miami). EZ Blockchain is a revolutionary technology company that uses Bitcoin mining to address gas flaring and wasted energy issues.

Join us:

 	April 6: Industry Day
 	April 7: Main Conference (Day 1)
 	‍April 8: Main Conference (Day 2)
 	‍April 9: Sound Money Fest

Definitely one event to look out for. If you want to meet with us, email us at  info@ezblockchain.net.
See you at the Bitcoin 2022 | Miami Beach!

### Solar-Powered Bitcoin Mining: Green Energy For Profitable Crypto Ops

Bitcoin miners are now turning to solar energy in the wake of the clean energy initiatives, with more than 54% of their power consumption coming from renewable sources.
Solar powered bitcoin mining crypto mining offers potential tax breaks, grants, and long-term cost savings, but it also comes with reliability and environmental benefits as well as some drawbacks.

But is solar crypto mining profitable? Are there solar energy Bitcoin mining hosting companies for small miners?
Why Solar Power is Good for Bitcoin Mining
As Bitcoin mining became more mainstream, more investors were interested in a share of the attractive incentives, which saw the mining industry explode. However, for environmentalists who viewed it from a sustainability perspective, Bitcoin mining thrived at the expense of the environment, and that’s a bad thing.

Bitcoin’s massive environmental impact is primarily due to its transaction security and verification system. The proof of work algorithm requires that miners or nodes who maintain the Bitcoin network and ensure its security solve complex cryptographic puzzles to verify transactions.

Multiple nodes participate in the network, competing to crack the code first, so they must use high-power computers. The computing power required to mine a block successfully varies depending on the hash rate, which adjusts periodically in response to various factors. These computers, the mining rigs, consume massive amounts of power, and much of it is lost through heating.

When these power demands are met using nonrenewable energy sources or fossil fuels, Bitcoin mining will have a massive carbon footprint, which is unsustainable in the long run. As a renewable energy source, solar power bitcoin mining provides a viable solution ensuring Bitcoin miners can run their operations sustainably without causing environmental hazards. It is 100% green, and when harnessed properly, solar power is sufficient to power mining operations. Utilizing a solar bitcoin mining setup offers additional incentives such as tax credits, reduced electricity costs, and a lower carbon footprint, despite the challenges of intermittency and upfront installation costs.
The Solar Energy Bitcoin Mining Market

Source: 
According to the International Energy Administration, solar power accounted for three-quarters of the total renewable energy generated worldwide in 2023. Along with wind energy, solar energy generation is expected to double by 2028 compared to the levels generated in 2022. The IEA attributes the growth to the increasing efforts and policies that support solar power generation in most countries. Its generation cost is also lower than fossil fuel energies and some non-fossil alternatives.
The Solar Energy Industries Association senior director, Shawn Rumery, notes that the prices of solar power in residential places have dropped by more than 50% over the last decade. Therefore, even though solar power still represents an insignificant percentage of the total Bitcoin mining energy sources, its outlook for the future is quite promising. For now, solar power accounts for about 5% of the Bitcoin mining energy sources, although this will soon increase as solar prices continue to fall.

Installing a solar bitcoin mining rig has an upfront cost, but it can be an affordable and environmentally friendly energy source for cryptocurrency mining. In areas with ample sunlight, a solar panel system can provide a practically guaranteed power source for mining rigs.

 


Source: 
The United States, for instance, provides some of the best tax credits for solar power. Any solar installation done between 2017 and 2034 is eligible for a tax credit of up to 40% of the total installation cost in a state like Idaho and 25% in New York and South Carolina. With such tax incentives, solar energy positions as a viable energy source for sustainable and profitable Bitcoin mining.

How Much Solar Power Do You Need to Mine Bitcoin?
The amount of solar power for mining is variable. It depends on factors like the number of mining rigs running, their efficiency, and the geographical location. They can harness and use the power in real-time if the location has more direct sunlight. However, such a location would mean the temperatures are high, and more power will be required for cooling.

According to industry estimates, a single mining rig can consume between 1400 watts and 1800 watts. So, assuming you have a setup where each miner consumes 1500 watts, you need to consider how many solar panels are required. Running your miner would take about 10 solar panels with a power capacity of at least 300 watts each. Therefore, a small Bitcoin miner with 10 mining rigs would require 100 solar panels with a 300-watt capacity to run these rigs.

However, miners in locations with more sunshine may require fewer solar panels to run their operations, as they can harness sufficient power even with fewer panels. In any case, the more mining rigs you have, the bigger your power demand will become.
What Are the Pros and Cons of Solar Energy Bitcoin Mining?
Besides maintaining emission-free operations, installing solar panels for Bitcoin mining provides several benefits, including reduced energy costs, potential tax breaks, and grants, as well as some downsides.
The Pros
Low-cost Power
Solar energy provides low-cost power, which Bitcoin miners need to ensure profitable mining operations. Energy prices have been inconsistent, skyrocketing in some years, and falling over the last few years. These inconsistencies have significantly hurt mining operations, particularly in the 2022-2023 crypto winter characterized by skyrocketing energy prices and a declining crypto market. Further, countries like the United States and Canada have hostile energy prices, yet they are the hotbeds of crypto mining.


Source: 
With solar powered bitcoin mining, miners have a low-cost alternative that provides stable power for continuous mining operations. Although the initial cost of installing solar panels may be high, governments like the US are providing tax credits that will lower equipment and labor costs. Also, solar power does not require maintenance, so it’s still cheaper in the long term.

Miners Can Vertically Integrate with their Power Demands
A unique aspect of solar energy is that it can be stored. Miners who invest in good batteries can store energy to use in times of demand. Therefore, besides running miners in real time, solar energy provides a backup option to serve during downtimes, such as in bad weather. Additionally, miners can assess their power demands and invest in solar panels and batteries that can power their fleet of miners and cooling infrastructure. That way, companies involved in solar bitcoin mining setup can get the maximum possible uptime without any downtimes from power interruption.
Environmentally Friendly Bitcoin Mining
The environmental implications of Bitcoin mining on the environment have been a critical concern, resulting in a total crypto ban in China. Consequently, miners are now striving to achieve emission-free Bitcoin mining, and solar power bitcoin mining provides a means to achieve green Bitcoin mining. It is a renewable power source, so miners who can turn to 100% solar powered bitcoin mining would not have any negative environmental implications.
Profitable Bitcoin Mining
Energy efficiency is now one of the most critical concerns for Bitcoin miners. With Bitcoin still an energy-intensive activity and the grid power costs still high, miners only have to look for cheaper alternatives like solar power. Once you've invested in solar panels and batteries, you will be mining Bitcoin with zero power cost. Miners can profit more from their crypto mining operations by cutting power costs through renewable alternatives like solar bitcoin mining.
The Cons
The Intermittent Nature of the Sun
The sun is naturally intermittent, meaning it does not always shine high and bright. Therefore, there are times when the solar bitcoin mining setup will not generate electricity. If miners have not invested in enough batteries to power their miners long enough for the shiny bright sun to resume, they may be forced to shut down their rigs for some time.
High Initial Cost
Although mining with solar power is cheaper in the long term, the initial cost of installing solar panels and acquiring enough batteries to store a considerable amount of power is high. Consequently, only miners who have the resources and are ready to incur the initial cost will benefit from solar powered bitcoin mining.
Limited Space for Solar Panels
Bitcoin mining is a highly energy-intensive process. Therefore, harnessing enough solar power to run a crypto mining setup means deploying many panels. Miners thus face the limitation of having enough open space to install solar bitcoin mining rigs.
Geographical Limitations
Geographical limitations exist in different perspectives. First, some locations’ climates prevent miners from mining with solar power. For instance, if a region is cloudy for the better part of the year, it may not be enough sunny days for mining crypto with solar power. Additionally, government policies in some regions may hinder the growth of solar power or set policies that limit the ability to generate enough power for crypto mining purposes.
Where Can You Host Your Miners for Solar Energy Bitcoin Mining?
Finding the best power rates from your hosting provider for small-scale miners is paramount. A hosting service is your best solution for efficient mining, and only a few compare to a hosting company focused on Bitcoin mining with solar power.
EZ Blockchain
EZ Blockchain is an innovative mining hosting company that seeks to bridge the gap between the energy sector and Bitcoin mining. The company acknowledges the importance of clean and renewable energy and is thus invested in providing hosting services using clean energy. Upwards of 65% of EZ Blockchain's power comes from renewable sources, including solar power.

With EZ Blockchain, small-scale miners can start mining using solar power from as low as $0.065 per KWH all-in.


                        
                            
                                
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Bitfarms
Bitfarms is a global Bitcoin mining company operating in Canada, the USA, Paraguay, and Argentina. The company has a total of 11 Bitcoin mining farms in operation, with a total capacity of 240 MW and 6.5 EH/s of mining capacity. This solar powered Bitcoin miner maintains a unique commitment to sustainable crypto mining by using clean energy to run its operations and reduce its carbon footprint.
Aspen Creek Digital Corporation
Aspen Creek Digital Corporation is a renewable energy Bitcoin mining company focused on decarbonizing power generation by developing the world's largest clean energy-powered data centers. The company runs a series of renewable energy Bitcoin mining operations in multiple locations, including Texas and West Colorado.

ASDC’s Texas solar crypto mining operations include a 30 MW data center connected to an 87 MW solar farm. The company also launched a 150 MW project in 2023 that is connected behind the meter to a 200 MW solar farm.
Summing Up
Although Bitcoin mining has been labeled an environmental hazard, it presents a great opportunity to accelerate the world's environmental sustainability goals. Investors are now more focused than ever on going green in their efforts to mine more efficiently and profitably, and their efforts align with ESG.

Bitcoin miners like EZ Blockchain have also devised innovative ways of tapping into wasted and underutilized energy to power Bitcoin mining. With the development of the infrastructure, more green energy can be harnessed and used in other sectors besides mining. Eventually, the gap between the energy sector and Bitcoin mining will be bridged through solutions like solar bitcoin mining.

### Pros and Cons of NonRenewable Energy

What is non-renewable energy?
Non-renewable energy is finite natural resources that cannot be replenished at the rate at which they are being consumed. This form of energy is derived from sources that are bound to run out and will not be replenished in our lifetime. They take millions of years to form.

Non-renewable energy is mostly derived from fossil fuels. They are formed in the earth's crust as a result of the decay of plants and animals stored under rocks and other sediments under high temperature and pressure for hundreds of millions of years. These remains are converted to fossil fuels, including coal, natural gas, and petroleum.

Although all fossil fuels are Non-renewable energy, not all Non-renewable energy is a fossil fuel. Other types of non-renewable energy include uranium, minerals, and metals such as steel, phosphate, aluminum, etc. But what are pros and cons of non renewable energy?
Types of Non-Renewable energy, their prons, and Cons
There are different types of non-renewable energy, although the majority is from fossil fuels. Fossil fuels—including coal, oil, and natural gas—have been powering economies for over 150 years and currently supply about 80 percent of the world’s energy. So, let’s consider each of them in general, as well as list 5 advantages of non renewable energy of each of these types.



 	
Coal 


They are non-renewable energy formed through a process called carbonization. Carbonization is the process by which ancient organisms undergo to become coal. Depending on the level of carbonization, coal can be peat, which is the lowest rank of coal, or anthracite, which is the highest rank of coal. Generally, coal is considered a very reliable source of energy as it is available all year round. Advantages and disadvantages of non renewable energy of this type also include its high versatility and capability of being used in different forms versus its increased harmfulness. One of the dangerous jobs in the world is coal mining. Coal miners are constantly exposed to toxic substances and risks of cave-ins at mining sites. In addition, when burned, coals are very significant air pollutants and can cause respiratory infections.

 	
Natural gas


They are mostly made up of methane. It is one of the fossil fuels formed underground, and it is considered a clean and healthy form of energy. Natural gas does not form in big open pockets and can be formed in deposits a few meters underground. Mining natural gas is done by different techniques, some of which include: hydraulic fracturing, also called fracking, hydrofracking, and hydrofracturing; it is a good stimulation technique involving the use of water at a very high pressure to split underground rock so as to access the natural gas underneath, or the use of acid to dissolve the rocks. Natural gas has a wide range of use, from domestic cooking to industrial energy generation. When compared to other fossil fuels, extraction is cheap. Although it does not produce poisonous fumes or gas when burned, Natural Gas isn’t 100% clean. Instead, it produces carbon dioxide and water vapor, the same by-product of human exhalation. Despite many advantages of non renewable energy, natural gas can also be harmful due to its extraction process, which can cause mini earthquakes due to high-pressure liquid used during hydraulic fracturing, and can also cause harm to the environment, as acids can contaminate water from other sources when extracted through rock dissolution by acids.



 	
Petroleum 


Like other fossil fuels, it is formed from the decay of plants, algae, bacteria, and other organisms under sediment rocks at high temperature and pressure for millions of years. As a liquid fossil fuel, petroleum has so many derivatives that can be used for a wide range of purposes. It is a good source of energy and is also financially rewarding. Despite the pros and cons of nonrenewable energy of this type, petroleum is harmful to both the environment and individuals’ health. During drilling, there are cases of oil spills both on land and inside water, which causes land pollution, affects land composition for farming, and causes the death of aquatic animals due to reduction in oxygen availability. In addition, gases and fumes from the burning of petroleum cause respiratory disease.

 	
Uranium


is the major material used in building nuclear energy. Nuclear energy is considered renewable, uranium which is its main component is not. Uranium, U-235 is formed under rocks for a long period of time also. Nuclear energy is extremely powerful and currently a major source of electricity globally. Nuclear energy harvests the powerful energy in the nucleus, or core, of an atom. Nuclear energy is released through nuclear fission, the process where the nucleus of an atom splits. Nuclear power plants are complex machines that can control nuclear fission to produce electricity. Although nuclear energy does not pollute the atmosphere, nuclear energy plants are very expensive, complicated, and challenging to build and operate. Also, nuclear energy produces radioactive waste, which is responsible for several health problems, predominantly cancer of the lungs, blood, skin, and bone.



 	
Biomass 


is considered both a renewable and non-renewable energy source because although it is renewable, the planets and animal wastes used require regeneration and can be exhausted.
Disadvantages of Non-renewable energy 
Lately, there has been so much media attention and awareness on the effect of fossil fuels on the ecosystem. The non renewable energy pros and cons are numerous, which justifies the movement towards renewable energy sources in performing both day-to-day activities as well as industrial energy requirements. The disadvantages are numerous and their effect ranges from ozone layer depletion, oil spills, soil pollution, water pollution, and rising cost.

Some of the disadvantages include:

 	Emissions of greenhouse gases: These are produced by the combustion of fossil fuels. They are a contributing factor to climate change, extreme weather, and an increase in wildfires. In addition, greenhouse gases are responsible for ocean acidification, smog pollution, and ozone depletion, among other things.
 	They are responsible for acid rain, which is caused by pollution in the atmosphere caused by the burning of coal and other fossil fuels. They also have a negative effect on plant growth as well as the nutritional content of the plant.
 	They pose a severe threat to human health: The effect of most of the several non-renewable energy products and by-products on health is very hazardous and causes various health defects like cancer and other respiratory problems.
 	They are capable of becoming exhausted: Nonrenewable energy is energy that has been formed over thousands of millions of years and, as a result, it cannot be replenished in our lifetime.
 	Apart from the fact that they pollute the environment, the majority of the byproducts are not biodegradable. This means they pollute the environment and pose a significant threat to human health.

Advantages of non-renewable energy
There are so many advantages of non-renewable energy. Some have been discussed under types of non-renewable energy, but overall benefits of non renewable energy are listed below.

 	Non-renewable energies are abundant and affordable.
 	Nonrenewable energy is more cost-effective and easier to produce and use than renewable energy.
 	Non-renewable resources are a significant source of energy.
 	Wide Profits range from different oil sales, oil drill, coal mining, and natural gas pipeline construction.
 	These resources are readily available for use for domestics activities
 	It may be impossible for some people to completely wean themselves off of their reliance on traditional minerals such as coal and oil, no matter how advanced technology and alternative energy sources become. As a result, it is referred to as "traditional energy" in some circles.
 	Nonrenewable energy sources can be found in abundance all over the world. As a result, they can be transported easily throughout the entire world. Individuals who live in remote areas have the option of using nonrenewable energy sources.
 	Nonrenewable resources are instrumental in the creation of jobs. The extraction, transportation, and refining of nonrenewable resources all result in the creation of employment opportunities.
 	The advantages of non renewable resources also include extremely simple storing, making them ideal for long-term use.


    
        
            
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Future of crypto mining
Due to the fact that cryptocurrency mining consumes a significant amount of energy, it is a hot topic of discussion in the cryptocurrency ecosystem. The competitiveness of bitcoin mining has led to miners investing in high-grade PC frameworks to mine more proficiently.

As a result of cryptocurrency mining, there has been an increase in energy consumption as well as an increase in electricity costs. The crypto climate accord, which outlines the need for decarbonization in the cryptocurrency industry, was born out of this enormous burden.

Increasingly, there has been a call for the decarbonization of cryptocurrency mining, owing to the negative impact that these energy sources, which are mostly nonrenewable energy sources, have on both humans and the environment. There is also a call for the adoption of clean energy sources such as solar, geothermal, hydroelectric, and wind energy.

In order to address this issue and due to pros and cons of nonrenewable energy, EZ Blockchain has developed an innovative and revolutionary solution.



EZ Blockchain is a forward-thinking organization on a mission to combat global waste energy issues with the help of cryptocurrency mining. By utilizing waste energy such as gas flare, we are able to design and manage physical blockchain infrastructures. This solution is environmentally friendly, reasonably priced, and beneficial to all parties involved.

### Wind Energy Bitcoin Mining: What You Need to Know

A recent study on wind energy and Bitcoin mining revealed that the ASIC Bitmain Antminer S19 Pro provides the quickest return on investment when miners invest in wind power plants. 

So, is wind power the new Bitcoin mining frontier? What are the pros and cons of wind energy Bitcoin mining?

Let’s explore the correlation in this guide. 


Why Investors are Exploring Wind for Bitcoin Mining
Bitcoin’s Power-Hungry Nature
The Bitcoin network is hardwired to self-protect its mining mechanism, so as more people try to mine it, the mining difficulty is adjusted. With its proof of work consensus algorithm, miners thus have to use more computing power to become the first to crack the string of characters and numbers, the hash. This explains why miners constantly seek more powerful rigs, which consume large amounts of power. 

With much of the world’s electricity coming from non-renewable sources, much more electricity needs to be generated to maintain miners' power demands. But environmentalists won’t watch Bitcoin and altcoins thrive at the expense of the environment. 

Consequently, Bitcoin miners faced criticism over their massive carbon footprints, with the uproar affecting Bitcoin stakeholders and threatening its existence. In the worst-case scenarios, Bitcoin suffered outright bans, resulting in miners shifting to new jurisdictions as others shut down operations altogether.
A Year-Long Crypto Winter
Crypto winter is now a well-known term in the crypto community, particularly for its harsh effects. For Bitcoin miners, it’s the toughest period, during which only miners with strong reserves and those who achieve operational efficiency survive. It’s usually a prolonged period of a general bearish trend in the entire crypto industry. Bitcoin’s value depreciates significantly, and the mining incentive cannot meet the operational costs for most miners.

The first crypto winter occurred between 2017 and 2018, prompting rumors of a potential crypto crash. However, the market soon rebounded to hit an all-time high in 2020. However, the most recent crypto winter left the most impact. The year-long crypto winter struck amid a global economic crisis with skyrocketed power prices. The result? Many Bitcoin mining companies filed for bankruptcy as the survivors sought cheap, alternative energy and a concerted effort to turn to renewables, including wind power, which provided a means for operational efficiency.
Rising Grid Power Costs
Bitcoin mining is more of an energy conversion process. Miners use their high-power computers to convert their power into Bitcoin. Electricity is the most critical resource, which explains why hosting solutions provide colocation services per kilowatt-hour of electricity consumed. Therefore, the price or cost of energy directly impacts the profitability of mining. As miners strive to minimize costs and maximize profits, they are forced to look for alternatives to grid power. With wind energy, miners can run their rigs at little to no cost after the initial cost of a wind farm.
The Wind Energy Bitcoin Mining Market Outlook
In the US, wind power accounts for 9 percent of the total electricity generation. It is the second largest renewable energy source after hydropower. 


Source: 
Wind power generation has received massive government support through production tax credits. With most of Bitcoin mining happening in the US, the government’s approach to wind power generation makes wind energy a strategic and clean energy source for Bitcoin miners. In Texas, some counties have gone a step further by providing tax incentives for wind power, a move that has seen a Bitcoin mining boom in the state. 

The mining hashrate in Texas has more than tripled since 2021, a situation partly attributable to wind power capacity development. For instance, according to Bitcoin miner U.S. Bitcoin Corp’s chief commercial officer, one of the company’s sites in Texas consumed about 173,000 MW of power in February 2023. About 40% of this capacity came from a nearby wind farm, while the national grid provided 60%.

Overall, about 14% of the Bitcoin mining energy comes from wind power, while solar and nuclear account for 5% and 8%, respectively. Collectively, all renewable sources contribute 54% of the total energy used, with roughly 44% coming from fossil fuels of coal and gas. These crypto mining power solutions are not only sustainable but also help miners reduce long-term expenses and volatility.


Source: 

What Are The Benefits of Wind Energy Bitcoin Mining?
Harnessing wind power involves turning wind turbines in open fields to generate electricity. The wind turbines rotate their propeller blades around a rotor, which converts the kinetic energy in the wind to electrical energy. It is a clean source of power that is also dependable, infinite, and cost-effective.
Cost-effective
Besides the environmental sustainability objective, minimizing cost is Bitcoin miners’ core objective and the reason for exploiting alternative energy sources. Grid power must continuously be generated and transmitted to users, and the power lines also require regular maintenance. As a result, power companies have operational costs to incur as long as they are generating and transmitting power. 

For wind power, it’s more of a one-time investment. Once Bitcoin miners set up a wind farm, they can continuously draw power from the farm at no extra cost. Therefore, although they may acquire, move, and install the multiple wind turbines needed to generate enough power for mining, which may be costly, it’s cost-saving in the long term. This supports the idea of energy efficient crypto mining as a feasible model for the future.
Environmentally Sustainable
After Bitcoin miners were criticized for the energy-intensive nature of Bitcoin mining, most of them are now working towards alternative energy sources. Some innovative mining hosting companies like EZ Blockchain have developed innovative solutions like tapping stranded and wasted energy. They also use renewable sources of wind, solar, nuclear, and gas to power their mining operations. By turning to renewable sources like wind, miners can help reduce the global carbon footprint and meet environmental sustainability goals rather than being perceived as the biggest contributors of emissions. This transformation highlights the viability of wind mining as a practical path forward.
Highly Efficient

Source:
According to an analysis by the World Economic Forum, wind energy is twice as efficient as its second most popular renewable energy source, solar. The best solar panels average between 250-400 watts with an efficiency of 20%. That means only 20% of the energy that hits the panel is converted to electricity. For wind, the efficiency is much higher at 50%. Therefore, Bitcoin miners who invest in wind turbines will get a higher return on their investment regarding the wind power they can harness. 
Can Be Used On Site
One of the major challenges that have hindered the growth of wind power is transmission. Wind can be easily generated on wind farms, but it the cost of transmission or hooking the wind power up to the grid introduces a significant barrier. However, with wind energy Bitcoin mining, investors do not have to transmit the power generated as it can be used on-site. Bitcoin mining companies deploy data centers on-site and can use the wind to mine Bitcoin at the wind farms.
Are There Drawbacks to Wind Energy Bitcoin Mining?
Wind energy Bitcoin mining presents a great opportunity to turn around Bitcoin mining’s energy-intensive nature for the benefit of the environment. However, the solution still poses a few challenges for miners.
Does not Guarantee Miner Uptime
Miner uptime is a critical aspect of profitable Bitcoin mining. Ideally, miners need to keep their rigs running almost 24/7 to increase their profits. However, since it is difficult to store wind power, miners running exclusively on wind may experience downtimes in calm weather. 
High Upfront Cost
Wind power is a sustainable energy source for Bitcoin miners and is effective in the long run. However, for miners to enjoy the cheap power, they must first invest a significant amount of money upfront to set up a wind farm. 
Requires Locations with Space and Appropriate Weather Patterns
Miners must consider the location of their wind farms and how suitable it is for Bitcoin mining. Besides the large space already required for installing commercial wind turbines, you still need to deploy your miners on-site. Investors must thus have enough space for the turbines and data centers. The location also must have enough wind flow for the turbines to generate sufficient power, depending on the size of the Bitcoin mining setup.
Are There Wind Energy Bitcoin Mining Colocation Services for Small Miners?
Marathon Digital Holdings
Marathon Digital is a Bitcoin mining company that aims to enhance the Bitcoin network by finding sustainable ways to increase network hashrate. The company leverages the renewable energy sources of wind, solar, and hydro power. Marathon has multiple sites in Texas and North Dakota that run on wind power.
EZ Blockchain
Launched in 2017, EZ Blockchain is an innovative Bitcoin mining company focused on putting the best Bitcoin mining technology into the miners’ hands. The company provides mining hosting facilities with renewable energy. It’s among the top companies invested in renewable energy sources of wind, solar, nuclear, and gas. More than 65% of EZ Blockchain’s power comes from renewable sources. Our infrastructure supports both large-scale operators and those seeking alternative mining work setups with advanced and sustainable crypto mining power solutions.


                        
                            
                                
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Bitfarms
Bitfarms launched in 2017 to become a global enterprise with operations in four countries: United States, Canada, Paraguay, and Argentina. Committed to scalable and sustainable Bitcoin mining, Bitfarms has deployed a total of 240 MW of mining capacity in 11 locations. In 2023, Bitfarms marked its 21,000th BTC mined exclusively with renewable energy. 
Summing Up
As the world struggles to combat the energy waste problem, Bitcoin mining presents one of the most viable solutions by tapping into underutilized and unexploited renewable and alternative energy sources. Despite being one of the cleanest energy solutions, wind power remains unexploited in the better part of the world. However, with the advent of Bitcoin mining and the need for sustainability, miners are accelerating wind power harnessing and using it for clean Bitcoin mining. By offsetting the grid through wind energy Bitcoin mining, miners can solve issues like grid congestion and Carbon IV Oxide emissions altogether — all while building a more energy efficient crypto mining future.

### Natural Gas And The Environment

Effects of Natural Gas on The Environment
 With the shift to renewable energy came an increase in the use of Natural Gas. Natural Gas was proven to release 50% less carbon dioxide than coal, reduce greenhouse emissions and be more cost-effective. However, this energy source is not without disadvantages and affects the environment negatively. These effects occur majorly during extraction, transportation, and usage. 
Effects During Extraction:
Natural gas affects the environment during the following extraction processes:

 	HYDRAULIC FRACTURING:

A method frequently used in the extraction of Natural Gas is hydraulic fracturing( fracking). During this process, vertical wells are drilled thousands of feet into the earth through water tables and shale rocks to reach the oil and gas. This process results in earth tremors, groundwater contamination, and the release of methane. It also affects wildlife, devastates ecosystems, and results in gas explosions. 



 	VERTICAL DRILLING:

This is a somewhat extinct method of extraction where wells are drilled straight down into the earth through porous rock formations. This process only works for instances where the natural gas formation is directly below the Earth's surface. This method usually requires multiple wells causing surface erosion, land tremors and it is extremely costly. Considering the non-renewability of Natural Gas, it rapidly depletes it past its production rate. 

 	HORIZONTAL DRILLING:

This involves the use of a flexible drilling pipe which bends at target depth and then drills horizontally through the natural gas deposit. This technique requires specialized equipment and has a higher risk of error. It is expensive and is sometimes used in combination with fracking. This method often results in soil and water spills, flow reduction in water bodies, and groundwater contamination.

 	ACIDIZING:

This is a technique that involves the addition of acid to the drilling well to dissolve loose debris and create channels in the rocks. Acidizing is less regulated than other methods and is believed to improve oil well life. This method often poisons the groundwater, threatening local ecosystems and wildlife. Because of the chemicals used, surrounding water sources are also endangered and Human life is often at risk.
Effects During Transportation
Natural gas affects the environment during transportation. Highly pressurized Natural Gas is transported along pipelines. This is divided into three systems:

 	The Gathering pipeline system:

These systems are the beginning of the transportation chain. They consist of smaller pipes that move Natural Gas from wells to processing plants.

2. Interstate/Intrastate pipeline system:

These networks of pipes transport Natural Gas between states and or nations. Their goal is to move Natural Gas from processing plants to the centers of consumption. They serve as the intermediate in the transportation chain.

3. Distribution pipeline system:

As the name suggests, this system distributes Natural Gas to the end consumers. The pipes responsible for delivery to homes and communities fall under this category. It is the last segment of the transportation chain.

Because pipelines are constructed across various regions, they disturb ecosystems and cause habitat fragmentation. In cases of pipe leakages, blowouts may occur and the groundwater becomes toxic and unusable.

Occasionally, specially designed ships, trucks, or buses are used to transport Natural Gas. It is first cooled in large cryogenic tanks and converted to Liquified Natural Gas(LNG). The vehicles used in transportation run on fossil fuels thus reducing air quality and contributing to global warming. In cases of oil spillage, water and soil pollution as well gas blowouts may occur.
Effects During Usage
Natural gas is fast becoming the norm in homes and industries with a yearly use of roughly 132 million Mcf. Also, this fuel is less regulated as opposed to other fossil fuels and is gaining worldwide adoption. 

However, Natural Gas contains 85-90% methane making it extremely dangerous to the environment. It results in pollution and increases global warming. 

Air quality decreases daily due to methane infusion into the atmosphere leading to nausea, sickness, and in extreme cases, death. 
Dangers of Methane in Natural Gas Production


Yearly, over 570 million tons (Mt) of methane is released into the atmosphere. This is due to processes such as the production and transportation of various fuels, agricultural practices, land use, and the decay of organic waste in municipal solid waste landfills. 

Widely used in the form of Natural gas, Methane is not without problems. Below are some of the dangers of methane:

 	 GLOBAL WARMING

Methane is a greenhouse gas with 25 times the heat effect of carbon dioxide. Its presence in the atmosphere affects the Earth's temperature and climate system. Over 20 years, methane does 80% more damage to the atmosphere than carbon dioxide and increases global warming by over 25%. As if the statistics aren't alarming enough, methane concentration increases yearly further destabilizing the environment.

 	AIR QUALITY DEGRADATION

Over the years, there has been a slow buildup of toxic gasses such as Methane, Carbon-dioxide, Ozone, etc in the air. The presence of methane also increases the concentration of other greenhouse gasses. This lethal combination affects ecosystems, threatens helpful microorganisms, and disrupts natural cycles.

 	 GAS LEAKAGE:

Gas leaks have devastating effects on the environment. When methane leaks during transportation, it pollutes the surrounding soil and water sources. This often leads to toxic groundwater and can affect the area's animals and plants.

Gas fire is also a deadly consequence of these leaks. When blowouts occur, the tiniest sparks lead to massive fires resulting in topsoil erosion, air pollution, and in extreme cases loss of life and property. 

 	METHANE POISONING:

Methane is a relatively common gas and is often released in many natural processes. It is particularly dangerous to identify as it is tasteless and odorless. Its effects on plants, animals, and humans especially are disastrous. In cases of exposure to high methane concentration, humans experience nausea, dizziness, loss of eyesight, sickness, and in the worst cases, death.
Is Natural Gas a Bridge Fuel?


The term 'bridge fuel' was coined to explain a kind of fuel that serves as a means to end climate change and an intermediate to greener energy. Many proponents of Natural Gas refer to it as such ignoring the fact that it is neither renewable nor environmentally friendly. 

Responsible for over 29%  of yearly methane emissions in the US alone, Natural gas is not a solution to the climate crisis. Also due to wide adoption, it depletes by over 2% yearly all while contributing to global warming.

While it may be greener than its fossil fuel counterparts, it is by no means harmless to the environment. It could however serve as a bridge towards true green energy which is harmless to our environment and health. 
Does Natural Gas Cause Global Warming? 


The effects of natural gas on global warming are usually understated. However, Natural Gas produces methane which is 120 times stronger than Carbon-dioxide at trapping radiation thus increasing global warming by astronomical amounts. 

Also, gas leaks often lead to gas explosions releasing carbon dioxide, methane, propane, and more into the atmosphere. 

This deadly combination of gasses further increases global warming.

In 2015, it was discovered that Natural Gas and fossil fuels deliver 40% more methane than previously calculated. 

Yes, Natural Gas contributes to global warming and there is a worldwide movement for regulation of its usage among other fossil fuels. It is the hope to reduce carbon imprints as well as methane effects on our journey to an all-green future. 
CONCLUSION
Despite its negative effects on the environment, Natural Gas is an improvement on many fossil fuels sources. Serving as a bridge fuel, Natural Gas is necessary even as we find greener ways to improve the Earth's chances and transition to clean and sustainable energy.

EZ Blockchain is an innovative company breaching the gap between the energy sector and the blockchain ecosystem. We believe that solving problems associated with gas flaring and stranded gas problems is a true win-win for both the energy and crypto industries.



At EZ Blockchain, we understand the problem and its environmental implication, and this drove our mission to create a gas flaring mitigation solution. This solution is eco-friendly, economical, profitable for both producers and landowners while meeting environmental protection regulations.

We are on a quest to solve global waste energy problems with the help of crypto mining. We believe this is achievable through the strategic implementation of our innovative and revolutionary solutions.

### Forbes: Building A Sustainable Cryptocurrency Future Using Bitcoin Mining With Natural Gas

https://www.youtube.com/watch?v=poj2UZ1mNbc

More about natural gas powered bitcoin mining you can find in our blog.

### What are the alternatives to gas flaring?

What causes gas flaring? Is gas flaring illegal?
Natural gas is brought to the surface throughout drilling for oil. As rocks shift and oil wells are sprung, pockets of natural gas below the surface of the earth are discovered.

This natural gas could be turned into a useful power supply if brought to the surface, treated, and sold to the market. However, looking at the U.S. OAG market as an example, the majority of the 9,000+ national producers don’t have access to infrastructure to treat or transport natural gas.

Therefore, natural gas brought to the surface that can’t be easily used is burned for disposal, or “flared.” Not only is this a loss to OAG producers (and to the grid in potential energy), but the flaring process itself is costly, resulting in a double loss for producers.

Beyond the clear economic loss, natural gas flaring is also toxic to the environment.

The extraction of the highly-flammable liquids and gases from the earth carries an inherent risk. If left unflared and simply “vented” away, natural gas released into the atmosphere is far more dangerous. Natural gas flaring was itself, a “solution” to the problem of unusable and stranded natural gas.

As a growing number of countries and key industry players have now increased talks of how to reduce gas flaring, the default posture has been to put total bans on flaring.

Unfortunately for the OAG industry, for consumers, and even for the environment, natural gas flaring bans just don’t work.
An Anecdotal History of Natural Gas Flaring
Let’s turn to Texas, USA. Natural gas flaring has been around for decades and practiced all over the world, but unquestionably it’s had a greater impact on areas with more oil drilling. The EZ Blockchain team is especially mindful of the history of natural gas flaring in Texas since the team recently opened a new office there, so let’s look to the Lone Star State for a brief history of natural gas flaring.

Controversy over natural gas flaring is as old as the practice itself. Back in the 1940s, the Texas Railroad Commission fought and won a battle to reduce natural gas flaring. The concern at the time was not environmental, but economic. The Commission was committed to “reducing this waste of one of Texas’s most valuable resources.”
The Beginnings of Natural Gas
Before that, natural gas was hardly seen as much of a boon. It could not be stored at all, but instead had to be transported by pipeline. The development of these pipelines had little incentive, though, as the demand for natural gas was low. Oil at the time was worth approximately five times more than natural gas (when comparing the energy generation potential by weight and sale price).

When the giant Panhandle Gas Field was developed in 1918, there were no buyers to be found for natural gas at all. The city of Amarillo even offered free gas for five years for anyone in the industry willing to move to Amarillo to develop a pipeline. No one bit.


The Beginnings of Natural Gas Sales
Just over a decade later, there were finally a few gas pipelines that enabled the movement and sale of natural gas around the USA. The markets were far from Texas, but dozens of new processing plants had been built. There were finally buyers.

Nonetheless, the number of local oil wells was too much for the sparse network of pipelines. Most oil producers were too far away to access the pipelines and sell their natural gas to market.

By the start of 1930, operators were starting to flare the natural gas they could not store, could not move, and could not sell.

Years before that even, natural gas flaring had been a foreseeable problem. As early as 1899, the state of Texas had passed a conservation law that prohibited the flaring of natural gas. For practical purposes, however, that law was amended in 1925 to allow the flaring of natural gas at oil wells after the new pipelines came up short.
Up to Modern Day
By the early 1990s, the Texas state legislature’s motivations had changed. Natural gas continued to be one of Texas’s richest commodities (at least in theory), but the practice of flaring natural gas was having measurable impacts on the environment. 

It had to stop. Or at least get better.

In 1993, Panhandle operators were permitted to continue flaring natural gas, but only under certain conditions. A federal court put additional restrictions on the Texas Railroad Commission’s authority to regulate the industry as they once had, too.

The subsequent hand-over of legislation rights to the federal powers took place when conversations about environmental conservation rose in the public interest.
Why Flaring Bans Don’t Work
Natural gas flaring has been in practice for more than a century, and flaring bans have been in place as early as 1984 (with the first ban in Nigeria). Deadlines for ending the practice in Nigeria and elsewhere have come and passed since then, but eradicating the practice of flaring is an end that OAG producers have had no means to.

The domestic natural gas market is underdeveloped around the world. Even in nations where natural gas-powered energy accounts for about 40% of the electricity on the grid, such as the United States, thousands of OAG producers without access to natural gas pipelines are forced to flare away gas that could have powered thousands more homes and businesses.

OAG producers aren’t able to develop natural gas infrastructures themselves because a pipeline would cost several times more than the market value of natural gas. Plummeting natural gas prices has made that even more challenging in recent years.

Governments, as it turns out, have more at stake than meets the eye. Although bans initially come from environmental concerns, the income that nations are now receiving for flaring bans whose deadlines have passed now makes up a piece of governmental income. 

It appears there is even less reason now for these governments to work with OAG producers to find natural gas flaring alternative solutions.

The current challenges that the industry is up against include: 

 	The OAG industry’s lack of gathering and transportation infrastructure: in remote basins and other areas where oil drilling is most common, the availability of pipelines is still sparse. The capacity to sell natural gas is not feasible without this infrastructure, which is cost-prohibitive to such remote areas.
 	Drilling and routine maintenance: this complex industry challenge refers to “flow back” practices when a well is hydraulically fractured. This means the operator must push back proppant and other materials from the wellbore with enormous amounts of water so that well production can begin. This process overwhelms the gas and liquid separators, creating a challenge for worker safety and the integrity of the natural gas collected.
 	The cost of natural gas treatments: unbeknownst to most professionals outside of the OAG industry, though natural gas treatments are possible, they are cost-prohibitive. Certain basins are further plagued with compounds in the natural gas released there that render the gas volatile, like hydrogen sulfide (H2S) and CO2. Even if this gas were sold to market, the processing to make it usable would result in astronomical costs to end consumers.

Top Gas Flaring Countries 2021
The seven countries that flared the most natural gas in 2020 were:

 	Russia
 	Iraq
 	Iran
 	The United States
 	Algeria
 	Venezuela
 	Nigeria



These are countries rich in oil, meaning more natural gas is released during oil extraction. Where drilling for oil takes place, natural gas will be discovered and, without access to the necessary infrastructure, it will be flared.

These countries also share two other key characteristics:

 	First, their geology is such that the re-injection of natural gas associated with drilling is not a viable option.
 	Second, their local markets for natural gas are either underdeveloped or pay such low rates for natural gas that further developing the infrastructure isn’t possible.

The United States is a clear example. Look, for instance, to oil production in the Bakken region of the Midwest <add map image>. North Dakota has tapped so much oil potential that the natural gas byproduct has outpaced the construction of natural gas processing plants and pipelines. Without access to this infrastructure, natural gas has been flared in the Bakken at a growing rate.

In Russia and Iran, oil fields are so remote that the subsidized gas prices render infrastructure development infeasible.

Iraq, Algeria, Nigeria, and Venezuela represent countries rich in oil but with natural gas markets that are underdeveloped. No financial incentives exist to put natural gas to productive use.
Effects of Natural Gas Flaring
Living near a flare stack looks like something out of a post-apocalyptic film. There are villages in Nigeria, for instance, where it feels like the sun hasn’t funny set in decades. There are two million people in the Niger Delta who live within two and a half miles of a flare stack. For generations, they’ve endured the raging flame, the noise, and the smoke. Anyone near the stacks must shout to be heard.



Even in the United States, despite even greater volumes of flaring, the one advantage local communities have is living further away from flaring sites. OAG producers in the U.S. tend to be in more isolated areas, limiting the direct exposure to the effects of natural gas flaring. The real effects, however, are wreaking havoc on the world.

Natural gas flaring is a serious environmental problem. The CO2 from gas flaring creates what has been estimated to be at least 0.6% and up to 3% of greenhouse gas emissions, and what direct venting still takes place sends harmful methane into the atmosphere. Methane, the primary component of natural gas, becomes 80 times more harmful to the planet than CO2 over 10 years of reduction.

Pollutants like black carbon and carbon dioxide, both products of gas flaring, absorb sunlight and warm the atmosphere as well. When they land on snow and ice, they reduce their availability to reflect light. This is how the two carbon emissions have become the most prominent contributors to global warming.

On a more frightening and personal basis, the World Bank attributes over seven million deaths each year to air pollution.

Natural gas flaring is a serious economic loss for the OAG and electricity industries, too. The World Bank reported that 140.6 bcm (or 5 billion MMBtu) of natural gas was flared in 2017. The productive use potential of that natural gas represents over $20 billion in revenue at 2017 natural gas prices.

Nonetheless, local regulations dictate the feasibility of natural gas alternative flaring solutions and their viability. For example, in the Bakken region in North Dakota, OAG producers are required to “clean” natural gas before flaring it. This results in another expense for the producer. The treatment reduces the required temperature to flare the gas, which results in a worthwhile reduction of emissions, but the economic burden to producers has climbed unsustainably high.
What would a perfect world look like?
In a perfect world, no natural gas flaring would take place. Every OAG producer would be able to sell all their energy to market to power the grid and the community with affordable electricity.

The infrastructure that a perfect world requires, however, includes treatment plants and pipelines that no one has built. It also requires more storage for natural gas on drilling sites. No OAG can make these investments alone with the current market price of natural gas.

The only real solution to natural gas flaring is to use the natural gas productively on-site instead of flaring it away or worrying about transporting it at all. Natural gas can be turned into electricity using a natural gas generator if used at the drilling pad. Many OAGs already do this to produce energy for their operational needs on-site.
What are some natural gas flaring alternative solutions?
Coming up with viable solutions for natural gas flaring means getting at the heart of the OAG industry’s challenges. The benefits will be reducing black carbon emissions around the world as well as eliminating local noise and air pollution around the tens of thousands of flare sites.

Methane from natural gas vented into the atmosphere will remain there for decades, but black carbon only remains in the atmosphere for days or weeks. This means that, as a short-lived climate pollutant, reducing it would show immediate benefits.

These are the options that have been developed:

 	Liquefied Natural Gas (LNG) is a process where the temperature of natural gas is lowered to -160°C. Normally, natural gas is heated and burned. By lowering it, however, this makes it easy to transport to market—even if local access to a pipeline isn’t available.


Once the treated natural gas is delivered to the nearest pipeline, it’s regasified and distributed.
LNG reduces natural gas waste, however, its cost is so high that no OAG producer can make up that cost when the natural gas is sold to market. The process requires expensive cryogenic tanks, and as a result, LNG has not attained widespread use.

2. The other option that governments turn to persistently is the development of local gas markets. This includes building more natural gas processing plants and more natural gas pipelines.
Natural gas markets do need to be better developed. The most obvious end application of natural gas, after all, is power generation on the grid. The challenge of building out gas markets, however, is one that the OAG industry can’t afford to go alone.
Until market structures are allowing both OAG producers and power companies to recover the costs of building this infrastructure out, this option will not be a viable one.

3. The most innovative conversations of late for OAG producers have turned instead to a small-scale use of natural gas at the source. There hasn’t been an option like this before, but new technologies (and opportunities) have presented themselves. Namely:

 	Local natural-gas-fired power plants could supply power for oil drilling or hydrocarbon operations, or even local industrial use or residential electrification. This option requires a smaller infrastructure investment but requires local processing partnerships.
 	In a similar vein, compressed natural gas (CNG) units can be built on-site to fuel OAG or industrial vehicles. These CNG solutions could theoretically be built in mobile boxes, too, meaning they could be moved and deployed anywhere there is flaring.

Both the above options still require significant development and investment. Most recently, new plug-and-play gas flaring solutions have finally been engineered.



Specifically, a mobile data center deployed to oil fields to process natural gas into energy for high-performing computers in crypto mining operations. Manifested as the EZ Smartgrid, this solution has introduced a new partner into the equation that will change the industry forever.
Our Mission: How the EZ Smartgrid Works
Mobile data center is the EZ Blockchain name for what some producers call crypto-mining containers. Their original manifestation was an adapted shipping container to support large-scale mining operations. The containers were filled with high-performance mining machines (called “mining rigs”) so that each bitcoin miner could move operations anywhere.

Why?

The most crucial competitive edge a cryptocurrency miner has is access to affordable energy. The computing power and power supply needed to run dozens (or hundreds) of high-powered mining rigs and mining software 24/7 is enormous. 

Any mining rig that’s set up in a fixed warehouse location, therefore, is tied to the local grid. If prices go up, that bitcoin miner can be priced right out of business.

Mobile data centers like those installed by EZ Blockchain are the sophisticated version of the original crypto-mining containers. Instead of retrofitting shipping containers, the EZ Smartbox—the focal part of the EZ Smartgrid—was engineered specifically to house each high-performance mining rig in its optimal environment.

EZ Blockchain mobile data centers with mining rig infrastructure included are installed right at oil wells to convert natural gas into a local power supply. The electricity is used to support the computing power required by each mining rig.

This innovation in using natural gas on a hyper-local basis requires no additional infrastructure from the OAG producer. The natural gas is processed using a natural gas generator that comes as part of the EZ Smartgrid.



This plug-and-play solution resonates with OAG producers who can now do away with natural gas flaring altogether. Those OAG producers turn waste into a new revenue stream almost overnight while also meeting greater regulatory requirements.

A solution like the EZ Smartgrid is unprecedented. It first seemed too good to be true: turn wasted, flared energy into instant revenue? Do it without investing in infrastructure? Meet and beat all regulatory deadlines for reducing gas flaring?

The opportunity, however, has come. It’s real. And a growing number of OAG producers are now getting in on it.

This unlikely partnership between the OAG industry and Bitcoin cryptocurrency mining operations have moved the needle toward a sustainable future. This is part of EZ Blockchain’s mission, in which the company is poised to play a key part.

The EZ Smartgrid system is extraordinarily easy and refreshingly straightforward. The only shift OAG producers have to make now is in their thinking.

### Is Natural Gas  Renewable Or Nonrenewable Energy

What is Renewable Energy
First, to determine if natural gas falls under any of the two energy categories, we need to know what they are.

Let's start with renewable energy; these refer to naturally replenished energy sources which means they’re constantly recycled in nature and cannot be exhausted, making them sustainable. However, some forms of renewable energy like biomass are considered unsustainable due to the level of exploitation.

As you’ve probably guessed, the reverse is the case for non-renewable energy. They are exhaustible energy sources generated through the different natural processes with heat and pressure on ancient remains. They are limited and cannot be replenished to keep up with the rate of their consumption.
Types of renewable energy


Renewable energy sources can be decided into the following:

 	Wind Energy: Generating energy through the wind requires wind turbines built in highly windy areas such as hilltops and plains. The energy is generated as a result of the power used by the wind in spinning the wind turbine blade. This energy form has evolved with increasing technological advancement and is capable of high-level energy generation.
 	 Solar Energy: This is energy from the sun; it is considered one of the cleanest energy forms since it has no pollution or gaseous release. The sun has a high potential of supplying the bulk of energy needed to power activities on the planet. However, we are yet to harness it effectively to its full potential.
 	Hydropower: In its operational model, hydropower is very similar to wind energy. It is generated using fast-moving water from different waterfalls and rivers to turn the turbine blade. It is commonly used in a lot of countries.
 	Geothermal Energy: This energy source is not readily available; its availability varies with geographical location and is more common in Iceland with high geothermal resources. Geothermal energy is obtained from the heat created by the slow degeneration of radioactive particles in the earth’s core. This energy is tapped by digging wells and accessing heated water, which is used as a power source for spinning turbines.
 	Biomass Energy: This type of renewable energy is obtained from organic matter from plants and animals. These materials are turned into an energy source by burning them to create heat used to power a steam turbine. They are renewable and effective, but in most cases, they are neither sustainable nor a clean source of energy.

Is Natural Gas Renewable or NonRenewable?
We stated earlier that renewable resources are inexhaustible. To determine whether or not natural gas is renewable, we have to analyze how they are produced.

Natural gases can be classified into three types: 

 	Abiogenic methane: This is generated from hydrogen-rich carbon deposits. They are hard to mine and are almost inaccessible. 
 	Biogenic methane: This is produced from microorganisms as a by-product of waste processing. They can be found in decaying plantations or lands with cows. Methanogens are microorganisms that survive living off decaying matter, and their excrete is methane.
 	Thermogenic methane: This is created from the effect of pressure and heat on animal and plant fossils for millions of years. 

Using this classification, we can deduce that natural gas is predominantly non-renewable, although biogenic is considered renewable. This makes natural gas a partially renewable energy source.
Why Is Natural Gas Not Renewable?
Natural gas is formed over thousands or millions of years due to heat and pressure on fossils or matter buried deep in the earth’s crust. This means they cannot be replaced at the rate of consumption.

Worldwide natural gas consumption has steadily increased during the past 20 years but reached an all-time high in 2019 during the lockdown. With a global consumption rate of roughly 3.8 million cubic meters and an estimated supply of 494.4 trillion cubic feet, we are expected to completely exhaust our natural gas supply in approximately 50 years. This means most natural gas is not only a non-renewable resource but also a rapidly depleting one. However, there is some renewable natural gas.

Therefore, we can conclude natural gas is partially renewable.
Renewable Natural Gas 
The threat of climate change has always seemed unreal, and yet around 20 million people are displaced yearly because of its effect. Natural gas extraction and usage not only contributes to global warming but has a lot of harmful effects of its own.



 In the extraction of natural gas, fracking (hydraulic fracturing) is sometimes used, which may result in earthquakes, groundwater pollution, and air pollution, among others. Also, for every cubic meter of natural gas utilized,1.4% methane is leaked and results in atmospheric destabilization at a rate 84 times worse than carbon dioxide.

The realization that a change was needed triggered an energy revolution, and Renewable Natural Gas was created. Renewable Natural Gas (RNG) is a kind of natural gas produced organically by the action of microorganisms on waste.

It is completely interchangeable with natural gas and is most commonly used in gas vehicles. Because they are produced organically, they are replenished by nature and are thus inexhaustible.
Advantages of Renewable Natural Gas 
Renewable Natural Gas (RNG) was developed to counter the effects of climate change and serve as a cleaner and greener alternative energy source.

Advantages of renewable natural gas are: 

 	Reduction in greenhouse gas emissions by up to 400%.
 	Improved waste management and decreased groundwater contamination.
 	Increased green energy production to supplement fossil fuels.
 	Revenue generation for Farmers and employees in waste management systems.
 	Methane capture and re-use, thus reducing worldwide emission rates.
 	Income and job generation as well as an economic overhaul.

Does Renewable Natural Gas Affect Climate Change?
Renewable Natural Gas (RNG) was an ingenious solution, but questions persist. Will it do enough to change the situation? Skeptics argue that while it is a brilliant idea, it is not yet widely affected and cannot effectively reverse the effect of climate change. 



Among many who believe that RNG can make a difference, the World Revenue Institute(WRI) stands out. 

In an enlightening article, WRI stated that Renewable Natural Gas could make decarbonization contributions to the extent that it results in a net reduction in global methane emissions.

Also, RNG can be easily utilized with existing infrastructure making it cost-effective and easily adaptable.

Lastly, an impressive percentage increase in usage yearly indicates RNG is on a journey of wild acceptance. 

It is the hope that in combination with proper legislation, awareness, and scalable technology, RNG will become a great tool against climate change and its drastic effects. 
EZ Blockchain solves global waste energy problems
The realization of a problem is the first step towards a solution. A paradigm shift from limited, exhaustible resources to renewable, continuous ones cannot be overemphasized.

At EZ Blockchain, we understood the problem and its environmental implication, and this drove our mission to create a gas flaring mitigation solution. This solution is eco-friendly, economical, profitable for both producers and landowners while meeting environmental protection regulations.

An innovative company, EZ Blockchain is breaching the gap between the energy sector and the blockchain ecosystem. We believe solving problems associated with gas flaring and stranded gas problems is a true win, win for both the energy and crypto industries.



Also, the EZ Smartgrid flaring mitigation system serves as a unique solution for the existing wasted energy problem in the oil field. Our solution consists of a mobile data center and mobile gas engine generator, which helps in the conversion of waste, flared gas into electricity which is immediately used onsite to power the mobile data center, EZ Smartbox.

This system does not require a connection to the grid; all electricity produced is used onsite. This eliminates the wasted flaring associated with gas and harnesses it to produce electricity used to power mobile data centers on the well pad without distributing energy to the grid.
We are on a quest to solve global waste energy problems with the help of crypto mining. We believe this is achievable through the strategic implementation of our innovative and revolutionary solutions.

### Natural Gas Intel Reports on Win-Win for Miners

Bitcoin mining now offers OAG producers an instant way to utilize stranded and otherwise-flared natural gas right at the wellhead. No investments in pipelines, liquefaction, gas treatment, or compressor stations are required.

Sergii Gerasymovych of EZ Blockchain was quoted in a recent Natural Gas Intel article, describing how the company uses excess natural gas to power onsite Bitcoin mining operations. 

Bitcoin consumes over 8.6 GW of power globally on an annual basis, which exceeds the consumption of whole countries like Greece, Argentina, or Austria. These vast needs for power have inspired more efficient mining equipment like the (EZ Blockchain ASIC mining container) as well as the new partnership with the OAG industry.


New Efficiencies in Mining (Gas and Bitcoin)
The new, symbiotic relationship between Bitcoin miners and OAG firms provides miners with an abundant source of affordable energy. The OAG firms — those in exploration and production — then monetize natural gas that would have otherwise never reached the market.

OAG producers also reduce natural gas flaring and methane leakage by selling the natural gas to on-site miners instead.
“Our goal is to monetize the gas as well as solve some of the environmental problems of leaking wells and flared gas,” said Gerasymovych. “It’s not just a one-way road here.”
Click HERE to read the full article.

### New Investor Insights to Bitcoin Mining at OAG Production Sites

Not all the emissions addressed are those from the profitable production of oil and gas, either. A growing volume of emissions is from flaring (excess natural gas burned away at a loss).

The towering flare stacks give a frightful sight to anyone focusing on the environment. Bitcoin mining has swept in to woo the oil and gas industry with a new solution that’s a win-win for everyone.
“Oil and gas companies don’t like to flare their gas — that’s money that’s burning away,” Steve Degenfelder was quoted to say. Degenfelder works with crypto miners connected to EZ Blockchain.
Bitcoin miners are increasingly installing autonomous mining systems like the gas crypto mining EZ Smartgrid system at oil fields for access to affordable energy. Oil and gas producers then either give them their excess natural gas (since it costs money to treat and flare it) or they sell it to the Bitcoin miners.


Visualizing the Shift
Some of the biggest oil patches in the U.S. stretch along the Rocky Mountains and into the Great Plains. Increasingly, people driving through see trucks going down the highway with trailers carrying pipes, generators, and computers. 

Those trailers are carrying “cryptocurrency mining rigs,” and they’re destined to oil production pads.

At the oil drilling sites, these rigs use stranded and excess natural gas to power their search for cryptocurrencies.

This symbiotic relationship between miners and oil and gas producers has already started to reshape the industry. It’s responding to growing pressures to reduce emissions from both sides because the natural gas is put to use instead of flared away. Both industries benefit in unprecedented ways.

Click HERE to read the full article.

### Myth-Busting Environmental Arguments Against Bitcoin

The big-picture includes Bitcoin’s colossal jump in prices, making this conversation timelier than ever. Moves like President Biden’s rejoining of the Paris Agreement illustrate where many governments’ priorities are as well (i.e., the environment). 

Climate change is definitely at the forefront of the conversation, and it’s also the foremost detractor for Bitcoin mining operations and adoption.

Major world events like the complete power outage in Bitcoin-mining-rich Xinjiang, China in April also caused an acceleration of popular myths.

Here, we’ll attempt to bust some of the myths surrounding Bitcoin mining operations' energy consumption and carbon emissions. This will help make future conversations around Bitcoin more productive so everyone can win.
The History of Bitcoin and the Energy Debate
The energy required to mine Bitcoin is not a new concern. As soon as the blockchain was started, early adopters were aware of its energy requirements and their long-term impact.

The interest in Bitcoin rose regardless, however, and its surging market prices this year increased the incentive for more miners to deploy operations. 

The name of the game in becoming a competitive miner today is computational power and access to cheaper energy sources. Miners who are more competitive use increasingly sophisticated hardware to mine more efficiently, and also obtain cheaper energy, usually off the grid.

More energy-efficient computational technology was spurred the last decade by Bitcoin, with systems like CPUs changing for GPUs and later for ASICs. Today, the hyper-efficient ASICs dominate the Bitcoin network, producing hashes at a rate thousands of times higher than CPUs just ten years ago.



These ASICs still require a huge amount of energy, however. And people continue looking at the environmental impact with concern. 

The environmental impact of Bitcoin mining was first documented in 2014, and since then additional reports have been published that delineate its carbon dioxide emissions annually in no uncertain terms.

Are they really “uncertain,” though? Or are there holes in the arguments? We can demonstrate just how many holes there are in the most popular arguments today.

Statistics that opponents of Bitcoin have been frequent to repeat include statements like “The Bitcoin network requires more energy than the nation of Argentina.” Those computational power demands aren’t spread evenly across a country, either, adding to concerns about failing infrastructures.

Looking to the Chinese example, Xinjiang demands the lion’s share of Bitcoin-related energy, producing over 30% of the country’s total hash rate. That lopsided energy demand and the recent crash of the grid in Xinjiang.

The Xinjiang crash actually proves how looking at the volume of energy alone is not the discussion we should be having. Bitcoin does demand an extraordinary amount of energy, but it’s not volume alone that determines its footprint. Instead, we should be looking at how to better distribute the demand and the renewable energy sources that can power Bitcoin instead.


The Energy Bitcoin Transactions Require
One of the favorite tactics of Bitcoin naysayers is to mischaracterize the network’s energy use. 

For example, a much-quoted “Bitcoin Energy Consumption Index” claims that the environmental impacts of a single Bitcoin transaction are 545 kilograms of carbon emissions and 103.9 grams of electrical waste. That’s per transaction. The index then compares these figures to the impact of a Visa transaction, and the figures are a minuscule fraction of the Bitcoin numbers.

These figures, however, disregard the existing infrastructure that Visa transactions rely on. If you combine the energy requirements of the ACH, Fedwire, SWIFT, and corresponding banking system, plus the Fed and the military and diplomatic arm of the U.S. government, only then could you reach an accurate emissions index of what each Visa transaction really requires.
Bitcoin Energy—Could It Have Been Used Elsewhere?
Another argument among opponents of cryptocurrency asks rhetorically, “where else could that energy have been used?”

When looking at Bitcoin energy’s consumption as an “us or them,” however, one key factor is disregarded.

Look at the Xinjiang province as an example once again. The geographic area is characterized by a surging number of hydroelectric plants built within the last decade. That growth has outstripped the growth in energy infrastructure, which is what led to the recent power crash. 



Were it not for the incentive to produce those hydroelectric plants thanks to the enormous boom in cryptocurrency mining there, the investments in hydropower would have never been seen. Instead, that energy would have remained undeveloped or even stranded. 

In India, the same rapid renewable energy development is happening with wind power and solar facilities. Bitcoin, it appears, has become one of the keys to getting local renewable energy more quickly built out.

In other words, Bitcoin has become a “unique energy buyer” purchasing energy that otherwise wouldn’t have existed.

To avoid crises like the recent Xinjiang outage, however, local infrastructure development has to keep up.

Many Bitcoin crypto companies are using even more sources of energy never before harnessed at this scale. EZ Blockchain’s own Sergii Gerasymovych spoke to the mobile mining cryptocurrency system called the Smartgrid, for instance, that the bitcoin mining company has installed at multiple sites in North America.

Gerasymovych said: “I strongly believe that Bitcoin mining's huge power consumption can be used as a tool to solve the global waste energy problem with solutions like utilizing flared gas for cryptocurrency mining or stranded natural gas. This area has to have more coverage and research.”

Indeed, the natural gas flared (i.e., burned) away by oil producers due to a lack of infrastructure amounts to 150 billion cubic meters annually. That energy flared away is the natural gas released as a byproduct of oil drilling. The companies don’t want to flare it, however, there’s no infrastructure to treat and transport it to market. 

In the same interview, Gerasymovych added that EZ Blockchain is also working on a solar crypto mining project. This will offset the setup costs associated with harnessing sunlight to generate Bitcoin-destined energy.
Moving Bitcoin Mining to Validate Transactions Away from China
The hyper concentration of Bitcoin in certain areas of specific countries continues to be a detractor for the cryptocurrency network.



Currently, cryptocurrency mining and the bitcoin network are starting to shift away from China. This is positive for environmental conservation as well as for Bitcoin’s decentralized network.
Bitcoin Actually Supports the Move to Better Energy
Mining has been shifting quickly away from China. The move is the result of a recent energy crisis where local infrastructure could no longer support the world’s largest mining communities there.

Proponents of crypto mining point out that China missed an opportunity. Bitcoin mining generates colossal potential to develop greener energy in countries where mining takes place. The enormous energy demand from cryptocurrency mining operations has forced creativity within the industry to stay competitive and find cheap electricity sources, and the answer has been to go green.

Bitcoin mining can help the development of renewable energy by creating a quicker return on investment for these green initiatives. It’s already happening, too.
Projects Pioneered by Bitcoin Mining
There are three electricity projects that have benefitted from the energy demand and alternative finance rolling in from crypto mining. 

Together, these initiatives average USD$0.03/kWh for the energy that cryptocurrency mining operations so desperately need. This cost is roughly one-third of average U.S. electricity sales today.

Those projects each take astonishing spins on how to improve the energy sector with the help of Bitcoin industry investments: 

 	Faster payback on solar and wind projects: more of these projects can be built in less time to meet Bitcoin computing power demands, which has brought the cost down for greener source energy and, thus, for end consumers.
 	Hydro and other renewable energy: especially in regions where hydro energy is quickly developing (such as El Salvador, where a self-termed “Bitcoin Law” was recently passed to encourage bitcoin mining), other sources of renewable energy are benefitting from quick investments, too.
 	Mobile data centers: as with the mobile data center by EZ Blockchain (the EZ Smartbox), these mobile mining containers use natural gas that would otherwise be flared away at a loss (which also harms the environment). Estimates for the electricity costs at these centers hovers around USD$0.02/kWh.

Why hasn’t demand pushed green energy earlier?
The sheer size of the bitcoin mining industry today is what finally tipped the scale. 

Crypto miners have always been the cheapest source of computing power energy. There have been plenty of other demands for more energy, too.

The current boom in bitcoin mining, however, has outpaced any other in the history of grid electricity. There are four primary reasons why: 

 	The speed to scale for new green energy was never what it is today, and big investments from the crypto mining industry have helped. There’s very little that a huge cash investment won’t solve if the demand and ingenuity are there.
 	The bitcoin mining industry has grown so consistently—and become so big—that renewable energy projects finally feel confident counting on this continued investment to build out long-term plans.
 	Bitcoin is sensitive to price changes, especially when electricity costs go up. This will force the industry to always help innovate to find better, cleaner, more affordable energy sources.
 	Operations run 24/7 in crypto mining rigs, meaning energy infrastructures have to be built to bring in loads of excess energy that keep things charged even at night (or when the sun isn’t out, etc., depending on the renewable energy source). This is yet another factor pushing greater innovation than ever.

Is the end of the debate insight?
Those that see no value in the Bitcoin network apparently want the cryptocurrency to disappear entirely, while proponents find the recent shift in energy sourcing a sign to move optimistically forward.

The Bitcoin network has been aware of its own environmental impact, too, and it’s not just cheap energy they find exciting with renewable sources. Stakeholders have also recently created the Crypto Climate Accord as an industry organization to rein in the network’s energy requirements.

It’s no secret that Bitcoin uses a lot of energy. The conversation won’t end here, but it can become more productive. Education is the key. 
Click HERE to read the full article.

### Cryptocurrency Mining Regulations: Is Bitcoin Mining Legal?

In the United States, cryptocurrency has become a focus of the SEC, the CFTC, the FTC, the IRS, the OCC, and the FinCEN. No end of the debate is insight. The conversation, however, has been focused almost entirely on buying and using cryptocurrency.

The regulations few are talking about are those around mining cryptocurrency. 

Is cryptocurrency mining currently regulated? Is mining Bitcoin illegal in certain jurisdictions? What do Bitcoin miners need to know? Is Bitcoin mining legal?

The Chinese government recently cracked down on Bitcoin mining within their borders. Miners were effectively sent abroad (most to Kazakhstan, Russia, and the U.S.) with their equipment and investments in tow.

What was China’s rationale for cracking down, though? What regulations are in place elsewhere? Is crypto mining legal in the US, and what does the future of Bitcoin and other cryptocurrency mining regulations look like?
What Is Bitcoin Mining?
“Mining” of cryptocurrency is how new coins enter circulation. The mining process is a complex sequence of equations solved by a decentralized computer network. Decentralized computers around the world maintain the blockchain ledger. New coins “mined” are the reward for their work each time they successfully solve a digital token equation.

Mining cryptocurrencies is demanding (and resource-intensive) because the encrypted transaction equations are so complex. Each high-performance mining rig (advanced computers) uses the latest processor technology and runs 24/7 because the miner who solves each equation is the one who earns the new coin.

That race to the finish line of each transaction has created a digital “gold rush” of crypto mining, particularly of Bitcoin.

The original Bitcoin Protocol by the founder Satoshi Nakamoto caps the total number of Bitcoin at 21 million. Bitcoin was easier to mine in the beginning so that more coins would enter circulation.

Today, however, solving one Bitcoin equation takes hundreds of times the energy and computing power than the original equations required. 

Cryptocurrency mining has nonetheless attracted more miners and investments. Many miners fail because the process is costly and only sporadically rewarding.

The changing regulatory landscape could impact mining for better or worse.
How to Regulate a Gold Rush
The biggest draw to crypto mining is the prospect of gaining newly minted crypto coins. With Bitcoin valued at almost $60,000 per coin in April 2021, Bitcoin mining has garnered special attention. 

 



The governments of each country where mining takes place see the booming industry as an opportunity to tax gains, of course. New tax laws are also being used to support or pressure the crypto mining industry (for better or worse). 

In countries like El Salvador and even states like Montana and Wyoming, new tax laws incentivize more mining. This differs from China’s own tax decisions that pushed mining operations out of the country.

China also used another legislation on cryptomining to discourage Bitcoin mining: new laws around energy consumption. Because of the sophisticated computers needed to mine cryptocurrency, miners have become an unprecedented energy consumer.

Governments that oppose crypto mining cite the energy-hungry operations as a principal reason for rigidly regulating the industry.



As in El Salvador, another approach to regulating mining comes in the form of recognizing Bitcoin as legal currency—or forbidding it. The progressive Salvadoran president just lobbied successfully to recognize Bitcoin and the decision will have a huge impact on the Salvadoran economy. More foreign miners will come in droves.

Foreign bitcoin miners will also bring tremendous amounts of money into alternative energy development in El Salvador, bringing us right back to the issue of energy and computing power. The regulatory questions around crypto mining and energy consumption are clearly interrelated: bitcoin mining depends on cheap energy to support more computing power, and today’s miners compete for that energy aggressively.

Here, we’ll take a closer look at each of the factors in play in the bitcoin system, starting with a general look at how governments are beginning to respond.
Governments Are Starting to Respond
The debate has increased significantly since the early days. Recent years have seen whole governments and bands of lawmakers step into the arena of bitcoin use and mining and whether it should be legal, regulated, or taxed. 

The more the crypto mining market heats up, the more of these kinds of regulations come down.

Prospective miners must realize that the increasing growth in mining competition does mean that more regulation will follow. Countries and regional jurisdictions will choose to do anything from outright banning bitcoin use and mining to actively legalizing it. 

The best solution for miners in most cases will be to keep their mining operations as mobile as possible. Then, not only will they follow the best opportunities for the upfront cost of energy, but the most favorable laws and cryptocurrency mining regulation, too.
China vs. Kazakhstan: An Important Contrast
Look at two global cases—China and Kazakhstan—to bring the shifting regulatory landscape into focus. 
China
China was once home to more than half of global Bitcoin mining operations. More recently, the government has cracked down on the mining industry due to energy consumption and infrastructure concerns.

Specifically, the China State Council spoke to the need to “mitigate financial risk,” however the decision came after a newsworthy blackout in one of the most active mining regions. It was assumed that crypto mining energy consumption was to blame.

Other local authorities in China did speak to the “misuse of electricity,” “shortage of electricity” and “highly polluted source [of electricity]” in talking about the decision, too.

The end result was a mass exodus of bitcoin miners from China to other bitcoin-friendly nations.
Kazakhstan
Kazakhstan is considered one of the world’s most “mining-friendly” countries today. Indeed, many miners who fled from China made a home in the central Asian nation instead.

The Kazakhstan government sees mining bitcoin and other digital currency as a business opportunity and economical boon. They have encouraged private mining investments at an opportune time as the price of bitcoin has soared.

Today, the country has the second-largest bitcoin mining community (thanks largely to the recent arrivals from the China market). 

In 2020, Kazakhstan formally legalized mining bitcoin and bitcoin transactions. It wasn’t expressly illegal before, so this wasn’t a huge change, however, it made a clear statement on government saw the digital token.

There were tax purposes to the decision, too. The tax code was simultaneously amended to allow for the taxation of digital currency mining. The taxable amount would be based on each miner’s energy consumption. 

Since then, this revenue for the government has opened doors for the citizens of Kazakhstan, and miners have considered it a fair shake to set up shop within their borders.

The recent influx of miners coming from China has, however, pushed the demand for energy in Kazakhstan to its limit. Proponents of the new cryptocurrency mining business have suggested investing some of the energy tax in new, greener sources of energy—for the new industrial demand and for the general public.

It is possible that Kazakhstan could arrive at the same all-out-ban conclusion that China did if this new energy demand is not managed as the opportunity for investment that it is.
See the trend?
There is a trend in the countries where crypto mining businesses are set up in droves. 

Originally, China offered an attractive regulatory landscape. One their energy demands were too much for existing infrastructure, however, the government took a very different spin on crypto mining. 

Recently in Iran, summer blackouts forced the government to come up with their own solution, too. The Irani government issued a four-month ban on all mining operations. Once they were back up and running, miners are now subject to new regulations. A licensing regime is now in place to limit what energy can be consumed by the industry.

The same could happen in Kazakhstan if the energy sector isn’t given more room to breathe now that demand from new miners is so high.

Intensive energy consumption from digital currency mining tends to be what forces governments otherwise friendly to cryptocurrency into a corner. From that vantage point, the only way out is to essentially “break up” with Bitcoin.

Other countries have taken a more productive and long-term look, however. For instance, the current government of El Salvador has pushed its own crypto mining taxes right back into green energy development. The energy needs of mining will be more easily met and the people of the country will be better served with more sustainable energy as a result.

Cryptocurrency miners congregate in geographic areas where energy is cheap. The more miners congregate, the more likely it is that the local energy system will groan under the weight. 



If more countries took a long-term approach like that of El Salvador, perhaps crypto miners could better spread out, reducing, even more, the likelihood that any country or region would strain to keep up.

Meanwhile, there are other regulatory considerations to keep in mind.


    
        
            
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What are mining pools? Why does it matter?
The natural structure of a crypto mining business is another thing to consider when looking at local, national, and international regulations. There are, for instance, “mining pools” where individual miners pool their hardware resources. This is a different model than a sole miner’s operations.

A mining pool allows individual miners (usually on a smaller scale) to combine their hardware and computational resources to increase their hash rate. The reward of any mined block is split between the parties.

Most of the time, these mining pools are representative of crypto enthusiast miners coming together online to create their own shared projects.

Mining pool resources are rarely physically pooled (but instead operate on a shared network from unique locations around the world). This tends to make regulatory concerns a little murky. 

Since most of the cryptocurrency mining debate is about energy consumption, these mining pools sometimes slip through the cracks. It’s unlikely there will be new regulations looking at these operations anytime soon.

Miners not only side-step many electricity costs headaches with their global networks, but they also are considered more reliable by some. Many of these are formed on online communities (which, for the time being, are totally legal in every company), including CryptoCompare and others.
Taxes and Cryptocurrency Mining
Tax law is the easiest way for governments to wield their interests over Bitcoin mining.

In cases like the Bitcoin Law in El Salvador, tax laws come in the form of exemptions that favor Bitcoin adoption and mining. The Bitcoin Law acts as a magnet to more industry investments on a local level, too.

Bitcoin tax laws in other countries with more conservative outlooks have come in the form of taxing capital gains and reporting trading losses. Those laws, however, still haven’t addressed Bitcoin mining, specifically.

Even in China where the recent crackdown on Bitcoin took place, the new restrictions didn’t touch the current tax structure around Bitcoin mining. Instead, the Chinese government actively shut several Bitcoin exchanges down, forcing many miners to transfer operations across borders.

As new tax laws unfold, the legislation will affect how appealing (or not) the current digital gold rush will be country to country.

In the United States, reporting capital gains and losses from trading or investing in cryptocurrency has been relatively straightforward. In the early 2010s, the SEC came out with their first assessment of crypto that required declaring gains and losses.

Bitcoin mining, however, has still-undefined tax implications. For now, Bitcoin mining is considered a sticky business that requires multiple tax forms to report the same information. Evolving state regulations add to the dubiety.

The following outlines the current process for taxing and reporting Bitcoin mining in the United States.
Bitcoin Earned Through Mining
Bitcoin earned through mining is reported as gains, which are taxed at regular income tax rates. The value of each Bitcoin is determined by the day it was received (mined). 

Bitcoin mining operations have their Bitcoin taxed at different rates if their business is classified as a commercial operation versus a hobby.

If Bitcoin is mined by a business entity, there are standard tax deductions that can lower the company’s tax liability. The costly nature of mining can be deducted as “ordinary and necessary expenses paid or incurred…in carrying on any trade or business.” That’s good for miners with the huge investments they make in energy and equipment.
Taxes on The Sale of Mined Bitcoin
When Bitcoin is mined, that creates a taxable event. Then, if those Bitcoin are sold, that creates a second taxable event. The “gain” of Bitcoin is taxed by its value at the time it was mined, then the sale is taxed at the value it’s sold for.

The value received for Bitcoin is reported as a profit or loss against the original cost basis (the value of the Bitcoin when it was mined minus the cost of mining). 
Current U.S. Bitcoin Mining Regulations by State
State tax law lends another view of how Bitcoin mining is taxed. Some states encourage mining operations within their borders. Others are driving them out.

At the time of this article, no federal law in the U.S. explicitly prohibits Bitcoin mining. No laws confirm its legality, either. Instead, the federal government has left these decisions to the states.

The U.S. Treasury views Bitcoin as a currency but not as a legal tender. This allows the organization to classify those working in the blockchain as “money transmitters” but not financial institutions.

In practical terms, though, what does that mean?

Crypto miners are subject to the supervision of the U.S. Treasury’s Financial Crimes Enforcement Network (FinCEN). This includes requirements to make suspicious activity reports and take anti-money laundering security measures. 

A bitcoin miner wouldn’t usually be privy to data that appears to be “suspicious,” however, because transactions are validated individually and with total anonymity. The miner doesn’t get access to the detailed money movement of the bitcoin owner—and that’s kind of the point.

The Commodity Futures Trading Commission has had its say, too. Bitcoin was determined to be a “commodity,” meaning it falls under the Commission’s jurisdiction. That has not, however, amounted to much in the way of regulation in the last few years.

Lax though the federal position has generally been, several states have passed legislation to encourage Bitcoin mining through tax breaks and regulatory “sandboxes,” namely:

 	Rhode Island
 	Kentucky
 	Iowa 
 	Montana
 	Wyoming



The motivations these states have to encourage mining is no secret, either. Mining operations gain states more tax revenue, boost employment, and create more public utility revenue, especially in energy consumption.

Montana is leading the development of Bitcoin legislation related to mining and transactions. In 2017, governor Bullock used grant money to fund a large Bitcoin mining project. In 2019 the legislature passed a bill exempting cryptocurrencies from security laws.

In a similar move, legislators in Wyoming passed a law the same year providing cryptocurrency developers, sellers, and exchanges certain exemptions from securities and money transmission laws.

Other states like Pennsylvania have passed laws that encourage Bitcoin mining through another route: energy consumption.
Bitcoin Mining Legality: It's All About Energy
Cryptocurrency mining requires a great deal of energy. The sophisticated computers running the distributed ledger include hundreds of thousands of mining operations around the world. 

In the Xinjiang region of China where a recent power outage was sourced to the Bitcoin mining operations there, energy consumption concerns manifested in an increased pressure on miners to spread out. This helps avoid similar infrastructural crashes in the future.

No matter the geographical spread, however, miners have other pressures to become energy-conscious. And with the development of better hardware and new energy solutions, they’re doing exactly that.

In the 10 years since the crypto mining industry boomed, the computer processors used to mine coins have become thousands of times more efficient. This hyper-capable equipment became the new status quo because anyone mining with older equipment will have unsustainably high energy costs. The competition drives energy consciousness.

Cryptocurrency miners are a unique energy consumer and their place in the market has inspired regulatory responses around energy, too.

Bitcoin mining is illegal, for instance, in nations like Bolivia, Ecuador, Egypt, and Algeria.

Countries like El Salvador, on the other hand, are encouraging Bitcoin mining and adoption. The invitation includes the proviso that investors come prepared to develop the country’s untapped renewable energy sources. It’s a win-win for miners and for the host country.

Renewable and cleaner energy is a “must” for cryptocurrency miners today for several reasons: 

 	The energy on the grid is now too expensive to make mining profitable
 	The energy on the grid results in too many carbon emissions, and Bitcoin’s footprint is unsustainable
 	The energy on the grid does not have the infrastructure to support the energy demands of cryptocurrency mining
 	The energy requirements of the blockchain will only grow, and renewable energy sources are the only long-term solution



Self-sustaining energy initiatives have pushed some cryptocurrency miners to the front of the pack. For example, the EZ Blockchain initiative using natural gas cryptocurrency mining has been revolutionary for two industries: crypto mining and the oil and gas industry.

The oil and gas industry has recently been up against its own regulatory challenges: 

 	Consumption of fuels was down in 2020 during rolling lockdowns where the world pressed a hard “pause” on travel;
 	And practices like fracking and natural gas flaring have come under fire. 



New regulations require oil and gas producers to meet new standards or eliminate practices like flaring altogether.

By 2020, these requirements made oil and gas producers more receptive to the idea that EZ Blockchain’s own Sergii Gerasymovych had been pitching for more than a year. The industry lacked the infrastructure for oil and gas producers to sell natural gas to market. Instead of forcing that investment with anti-flaring laws, EZ Blockchain wanted to use that natural gas on-site.

Flaring could be eliminated by turning natural gas into productive energy right on the oil pad.

With the power-hungry Bitcoin mining industry looking for smarter energy sources, taking stranded and flared natural gas off producers’ hands to use it for crypto mining posed a win-win for both industries.

EZ Blockchain has installed “Smartgrid” systems across North America. These systems include specially-engineered mobile crypto mining centers powered by natural gas generators. Those generators take in all the natural gas that the oil and gas producers would have otherwise wasted.


Is Crypto Mining Worth Your Investment?
With all these regulations coming down, even in countries where governments showed great interest in cryptocurrency before it’s hard to navigate the legal waters today.

When any mining project comes up against the question of regulations, the answer is usually another question: if the linchpin to success is affordable and safe energy, where in the world will that be a steady constant?

It’s not what anyone wants to hear, but there are multiple factors that miners have to take into account on a regular basis to keep mining. The industry requires a constant soccer match of substitutions and strategy, so if a miner isn’t prepared for that, it’s time to get out of the business. 

To get more strategic, first, a miner chooses a location. Say that country has crypto mining laws that are acceptable or even favorable. The right energy source is identified, and the miner sets up shop.

Other questions the miner will be asking at that time is what hash rate will be acceptable at the cost of local electricity.

For example, the average ASIC mining rig will use approximately 72 terawatts of power to create on Bitcoin in around ten minutes.

Right?

Not so fast. Calculating the cost of energy and equipment is done early and then cross-checked against the current hash rates required to mine coins. Due to the way Bitcoin was designed, fewer coins are introduced into circulation every year. With so many people and companies mining now, the mining difficulty of the equations on the blockchain is constantly climbing. This means each block takes more time and electricity to mine.

Whether crypto mining is worth it for a particular case comes down to these three factors: 

 	Energy source 
 	Local legal statutes around crypto mining
 	Current hash rate requirements

With these three things weighed fairly, miners can determine whether a mining operation is worth it.
New Needs, New Regulations
The symbiosis of cryptocurrency and oil and gas is one of many examples of crypto miners moving toward a sustainable future. Thought leaders in the crypto industry have also created new international agreements to promote conscientious standards in the mining process and energy consumption.

With this development, the decentralized nature of crypto has proven to flourish with self-regulation.

In 2021 there was nonetheless a hearing before the U.S. Senate Committee on Banking, Housing, and Urban Affairs that zeroed in on cryptocurrency miners. The loudest voices called for tighter regulation.

Opponents of the decentralized network referred to transaction ordering and incentives that miners earn as “bribes.” They also called for “greater scrutiny” on miners’ activities.

These perspectives, however, hinged on the view of cryptocurrency miners as intermediaries, like gatekeepers to consumer buyers and their cash. This perspective is erroneous.

Given the investment that miners make as businesses, others at the hearing corrected this characterization to explain that miners’ role is actually one of a service provider.

Several states like New York have already set precedents that miners are not considered “financial intermediaries.” This standard remains in place for now.
Next Steps
The shift in cryptocurrency attitudes around the world has split in two. Some countries and other governments are seeing the opportunity. Some are even defining the requirements around that opportunity to funnel behaviors into a very specific idea they have of the future.

There are additional steps to consider when weighing the pros and cons of these regulations. These are essential to determine what mining operations are worth it, and where.

 	Step one, review the requirements around Bitcoin and around the conventional financial system in the country or countries you’re considering your operations.
 	Step two is to research the energy market in the country or countries you’re considering. Is it reliable? How much does it cost? How are changes in cost determined? 
 	Be prepared to report on numbers—if only for yourself. Even if you set up mining operations in a country where regulation is null, record your capital gains and losses as well as any Bitcoin value over a certain threshold (usually USD$10,000). These numbers will be important if regulation comes down without giving you time to prepare.
 	Finally, set a business framework that includes many “if, then” statements describing your steps in certain cases. What would happen to your mining operation if you could no longer mine in a given country, for instance?

With more miners moving to the U.S. after the crackdown in China, there will be more scrutiny on the crypto mining industry coming soon. The only way to keep the Bitcoin network working as it was designed to be to keep educating thought leaders and consumers.

Stay ahead of cryptocurrency mining regulations by following EZ Blockchain articles. Look for news on sustainable energy and its role in the crypto mining of the future, too. Also we offer to explore bitcoin mining hosting solution.

Contact us to learn more.

### Future of energy: reducing carbon emissions with Bitcoin

The practice of flaring away natural gas sounds unproductive, and it is. OAG's drilling for oil would gladly sell the natural gas they uncover. However, of the 9,000 OAG producers in the U.S. alone, few have access to the required infrastructure to sell the natural gas to market.

Gas flaring alternatives have become a key focus of governments and industry thought leaders alike. First, to solve the problem, it’s important to understand it.
Natural Gas Flaring Systems
Natural gas flaring has been a seeming “solution” for natural gas released during the course of oil extraction. The gas can’t be put to productive use, so it’s burned away instead.

This is a “solution” because it’s actually better for the environment than simply releasing methane-heavy gas into the atmosphere.

Of course, natural gas flaring is still a serious environmental problem. Yet, as new drilling technologies and techniques like fracking have become wider spread, more natural gas is being released. 

Today, the CO2 from natural gas flaring accounts for more than 5 billion MMBtu a year. If the infrastructure existed for OAG producers to sell this natural gas to the market, it could represent more than $20 billion of value each year. 
$20 BILLION OF POTENTIAL REVENUE LOST THROUGH FLARED GAS
This is a lost opportunity for the OAG companies, for consumers, and carries heavy costs for producers and the world.

The typical natural gas flare used by the OAG industry utilizes a stack that collects the gases to be flared. At its tip, an air-assist mechanism combines free air with the gasses. Some of the gasses require oxidation, and the free air improves combustion efficiency for each unique mix.

Specific components of a natural gas flaring system include:

 	Flashback seal drum
 	Liquid knockout drum
 	Flashback prevention unit

In other words, these are sophisticated stacks. They cost money to install and maintain. Not only is OAG losing the income they could have earned selling the natural gas, but they’re also having to pay considerable costs to flare it away.

EZ Blockchain research found that it costs about $1 per MCF to flare gas. With billions of MCFs flared each year, the dangers of natural gas flaring are as economically important as they are environmental.
The Unspoken Dangers of Gas Flaring
There are unspoken dangers of natural gas flaring that the industry’s stakeholders are aware of but aren’t talking about. 

Natural gas flaring data has pointed to serious consequences in both climate and economic concerns.

Climate concerns have been the recent focus of governments and international organizations, however, the general dialog has focused on broad terms and generalized statistics that make for good soundbites but don’t dig into the complex nature of environmental harm from gas flaring.



The natural gas that is allowed to be burned in most parts of the U.S., for example, is rich in carbohydrates. It’s not just methane; there are other gasses like octane, too, and the emissions from different mixes will have different environmental impacts.

Methane actually burns “cleaner” than other gasses. However, the mix of natural gas somewhere like Pennsylvania will be different than the mix of gas in North Dakota. Flaring one million cubic feet of gas in one state could result in emissions 50% higher than the same volume of gas flared elsewhere.

Local regulations come into play, too. In the Bakken region in North Dakota, OAG producers are required to “clean” natural gas before they flare it. 

Why?

The BTU (i.e., or how hot the gas burns) can go up to thousands of degrees with the natural gas found in one area versus another. “Cleaning” is a treatment that reduces the required temperature to flare the gas, thereby reducing the emissions.
Effects of Natural Gas Flaring
The environmental harm from flaring brings us to the OAG financial challenges, too, comprising new dangers of gas flaring that aren’t talked about outside the industry.

Ultimately, these financial dangers impact the whole market.

Imagine you’re an OAG company in the Bakken Region. First, the natural gas released in oil production can’t be sold because of the lack of infrastructure, implicating an opportunity loss. Second, you have to pay to treat it through a complex chemical process to be allowed to flare it. Third, you have to install and maintain a stack flare system.

Even if the infrastructure were in place to sell the natural gas, treating and moving it would be cost-prohibitive. And market gas prices don’t pay enough for these OAG producers to build out more infrastructure on their dime, either.



The only real solution to natural gas flaring is to use the natural gas productively instead of flaring it away. Productive natural gas is gas turned into electricity using a natural gas generator. Many OAGs already do this to produce energy for their operational needs on-site.

This energy consumption still doesn’t use all the natural gas they deal with, however, which is why natural gas flaring is still the common norm.

That norm, however, is finally changing. 

Now, OAG companies are being forced to ask what side of that equation they’ll be on—the failing one or the productive natural gas model of the future.
Natural Gas Flaring Alternative Solutions
Black carbon is second only to CO2 emissions in its impact on global warming. It’s the primary culprit in warming the atmosphere and reducing the reflection of light off ice and snow. It’s also a component of “fine particulate matter,” which is what negatively impacts human health.

Over seven million deaths have been attributed to air pollution each year.

These sobering statistics make the efforts to reduce natural gas flaring self-explanatory. Governments, non-profits, and the OAG industry itself have all been working to find solutions to gas flaring.

In a perfect world, OAG companies would be able to sell natural gas to the market. No one has the money to commit to building out the infrastructure, however, and natural gas prices on the market still render a ROI impossible.

Other natural gas flaring alternative solutions have popped up instead. Some of them work to change the chemical composition of natural gas, but these processes result in even more money spent by OAG companies. If they can’t recoup an ROI with the current requirements, there’s no hope to do so with additional processes thrown in the mix. 

More modern gas flaring solutions point instead to making productive use of that natural gas.

The best gas flaring solution that’s recently come to sweep the OAG industry off its feet is the idea of installing a cryptocurrency mining data center.

Cryptocurrency mining data centers are energy-hungry containers that use the same natural gas generators OAGs have seen on-site for years. But with these containers, every last trickle of energy is used productively to mine Bitcoin.
Alternatives to Reduce Gas Flaring
To reduce OAG producers’ costs and losses, oil and gas flaring mitigation must-see natural gas as a revenue source. Flaring it away at even a minimalized cost is unsustainable.

Putting natural gas to productive and highly lucrative use, on the other hand, results in an instant revenue stream that was previously a troublesome loss.
This new system enables OAG companies to comply with environmental requirements, too. EZ Blockchain clients who have installed the EZ Smartgrid (a system utilizing a natural gas generator and a mobile data center) at their pads have reduced natural gas flaring by as much as 100% and CO2 emissions by up to 70%.
True oil and gas flaring mitigation has been made possible by recent technological shifts. Namely: 

 	Reducing carbon emissions with Bitcoin was finally looked at seriously by the OAG industry as a result of the drop in fuel consumption in 2020 during lockdowns, and due to the soaring prices of Bitcoin in the same period.
 	Stranded natural gas, too (where reserves of natural gas are left underground, more so today due to rising fracking practices) can be accessed and used productively in mobile Bitcoin data centers.

Billions of cubic meters of natural gas are flared each year, stunting economic growth and progress in the OAG industry. When pandemic-driven stagnation and even backward movement hit the industry hard last year, OAG companies finally looked past their operational status quo.

Ultimately, all energy needs to go somewhere. The industry standard should be to send it somewhere that it’s used productively.
Dated Solutions That Just Don’t Cut It
The biggest challenge for OAG companies looking to mobile mining cryptocurrency as a solution to gas flaring is shifting their way of thinking. 

There have been other gas flaring solutions pedaled to the OAG industry for years, however, without the productive use of that gas, they just don’t stack up next to Bitcoin mining.

Other solutions the OAG industry tried in the past include: 

 	Liquifying natural gas (LNG) – this process cools the natural gas until it can be transported. 
 	NGl recovery – this process strips natural gas of specific chemicals to make it safer to use.
 	Power generation – without a local grid in place to use all the energy, this option refers only to the limited power generation that some OAG producers do to turn a portion of natural gas into electricity used during drilling operations.

Natural gas flaring alternatives brought the industry to a “do or die” moment in 2020 when OAG producers looked to solutions as a possible source of revenue when all other income was down. 

Fortunately, cryptocurrency mining containers were ready at the perfect time to change the landscape of natural gas forever.


The Future of Productive Natural Gas
Cryptocurrency mining farms provide an unexpected solution for some OAG producers. Many never would have thought of Bitcoin as having anything to do with OAG.

The cost-benefit analysis, however, makes the decision easy. This has become even truer in the current political environment with a growing number of governments and agencies pushing the OAG industry for major reform.

On an individual basis, though, what does implementing a mobile data center look like for an OAG company?

The installation of an EZ Smartgrid system is extraordinarily easy and straightforward. The biggest shift a company must be prepared to make is in their thinking. 

No producer needs years to implement this system—just a few months.

These mobile data containers are simple to install onto a drill site. None of the components used are all that “new” for OAGs, either. For those who have already been using natural gas electric generators, this is simply a shift in using some of their natural gas to using all of it as productive energy.
A Recent Case Study
Take, for example, this recent case study by EZ Blockchain.

This client’s goal was to eliminate gas flaring at their processing plant. They also wanted to monetize that natural gas through crypto mining, without requiring additional infrastructure. 

The project was installed in a remote location, making it difficult to staff personnel. The internet signal was weak, too. Drastic temperature changes added new complications, as did a certain urgency the OAG had to meet new governmental requirements. 

EZ Blockchain worked closely with the leaders of the company to invest in generator rewiring, making the unit capable of powering crypto mining hardware directly at 415/240V without any new transformer equipment.

A higher output wattage generator was acquired for the project, too, facilitating more efficient processing of the high-BTU gas. The EZ Smartbox installed was further equipped with VFDs to regulate the fan speeds based on the ambient temperature (given the wide range of temperatures in that part of the country).

EZ Blockchain used its existing network of hardware suppliers and distributors in addition to their in-house designers and leadership to price every component of the project just right. The result was a networking infrastructure that allowed the client to successfully transfer data at the existing low internet speeds.

A new revenue stream was successfully kicked off at the same time that the client reduced their CO2 emissions and gas flaring, opening a new chapter for the company in profitability and future-facing operations.

Read the full case study.

### Sergii Gerasymovych on Energy Scale Ups with Jose Soliz

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The Interview
Sergii called in to the show from EZ Blockchain’s Chicago office, and Jose wasted no time in mentioning Sergii’s recent recognition on the Forbes 30 Under 30 Europe list.

With that applauded credential, the two were off and running on an in-depth conversation.

Sergii’s passion for technology and energy led him to the solutions he provides today. The transition, however, took place in two distinct stages.

 	First, Sergii created EZ Blockchain to provide cryptocurrency miners with the sophisticated computer equipment needed to mine the digital coins
 	Then, after discovering the principal challenges the OAG faces today, he saw a way forward for miners with access to more affordable and sustainable energy

The result is a proprietary system designed to produce electricity with stranded natural gas reserves and natural gas that is otherwise flared away. That electricity, then, is used to mine cryptocurrency while reducing the producers’ carbon emissions and generating an instant new revenue stream.

“What an interesting topic!” Jose remarks.

“I’m glad you find that interesting,” Sergii jokes. There’s no doubt that Sergii finds it interesting, though, as he answers each of Jose’s questions with clarity and poise.
The Smartgrid
When Jose asks Sergii about how the EZ Blockchain Smartgrid works, his reply is easy to appreciate:

“Generating power is the first step,” he says. That power, then, has to be used for something—and that’s where the mobile data centers (filled with power-hungry cryptocurrency mining equipment) come in.

“This is one of the only systems that can use so much power on such a small footprint,” Sergii points out. This is exceptionally important for the oil and gas companies that have adopted the solution.

It’s also an extraordinarily fast solution to install and implement, Sergii says, like the recent Alberta mobile data center that was installed in February 2021 and fully implemented in March.



Challenges that Come with Growing a Business

Jose then talks to Sergii about his capacity to scale a business, which has been demonstrated time and again throughout his career.

Sergii’s business acumen has been present across multiple business models and industries.

Sergii talks of his personal story on other recent podcasts like the Oil & Gas Onshore and Texas Oil and Gas, and so on this interview with Energy ScaleUps, he takes the opportunity to talk about the business lessons he’s learned.

“Scaling,” Sergii says, “doesn’t always happen when you expect it.”

Sergii points to the pandemic and the huge drop in fuel consumption and explains how the OAG industry was suddenly ready to listen to what he’d been educating them on with little adoption for the past two years.

Come 2020, business for EZ Blockchain was all about meeting enormous new demand.

There were so many clients at one time, Sergii recalls, that some projects ended up flopping. This was another business lesson Sergii experienced - how to navigate the few occasions when the company wasn’t able to deliver.

Jose goes on to pick Sergii’s brain about hiring, the relationship of co-founders, the perennial willingness to learn, and many other parts of business success.

The interview ends with zero doubt in your mind as to why Sergii was recently recognized as a Forbes “30 Under 30.”

Listen to the full episode for more. Explore here more about natural gas bitcoin mining.

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### How mining Bitcoin with natural gas could reduce energy waste

These techniques release natural gas through a controlled opening, where it’s then stored on-site at the OAG producer’s field
Fracking is so efficient that OAG companies have increasingly used this technology, even where their drilling efforts focus on crude oil (and the gas they encounter is just a byproduct of drilling).

The trouble with the released natural gas is the lack of gas infrastructure. Once that gas is released at a site not designed for natural gas, it has nowhere to go. Natural gas is normally transported in pipelines to electric plants where it can be processed.

These pipelines, however, do not reach the overwhelming majority of OAG miners in the U.S.

The resulting analysis of fracking and what to do with stranded natural gas now has an answer. Surprisingly to some, that answer is found through Bitcoin mining on flared gas.


What is fracking and why is it bad?
Fracking company crypto mining sounds like a thing of the future.

What does one have to do with the other?

Understanding fracking and why OAG companies adopted the technology tells some of the stories.

High-pressure fracking has revolutionized OAG drilling in the last decade. U.S. production of both oil and natural gas increased as a result.

Fracking has created jobs, too, with more personnel needed at OAG sites and more storage solutions required at fields where more natural gas deposits are being released.

Fracking comes with its disadvantages, however. Without careful and conscientious safety regulations, the natural gas released can poison both groundwater and surface water.

Methane, one of the principal ingredients in natural gas, also threatens wildlife and retains heat 86 times better than CO2, meaning natural gas cannot just be released into the air.

OAG companies spent generations simply “venting” (releasing) natural gas into the atmosphere because they had nowhere else to put it. Storage containers were quickly filled, and the infrastructure of natural gas pipelines left gas stranded.

These companies also faced costs with the endless storage of natural gas and had to willingly choose to vent (and later flare) gas at a loss. The resulting CO2 and methane emissions have been one of many complex factors in the global warming crisis.
What percentage of natural gas comes from fracking?
Both fracked and unfracked natural gas are released when drilling for oil. Fracking enables OAG companies to drill more efficiently, meaning more natural gas deposits will be found.

The question has been asked, “what percent of natural gas comes from fracking?” No one seems to have an exact answer since few disclosure requirements are made to OAG companies about the gas they unearth.

Here’s what we do know:

 	Fracking produces approximately two-thirds (67%) of the natural gas used in the U.S., and about half of the country’s oil.
 	With flaring practices and the lackluster natural gas infrastructure, however, a colossal portion of that natural gas is never converted into usable energy.
 	Natural gas producers frack more than 90% of the gas wells in the U.S., meaning those producers who do specialize in natural gas are primarily using fracking to get to it.
 	This has improved these companies’ efficiency, however, the demand for natural gas has consistently been dropping for almost a decade.


How much natural gas is flared in the United States?
One-third of the natural gas released during drilling is flared away. This comes at a massive cost to the companies who lose that revenue and has equally stark implications for the environment.

Methane, in particular, is a component of natural gas that’s come to concern governments around the world. This greenhouse gas is 86 times more potent than carbon dioxide over a 20-year period. Over just a decade, it could contribute significantly more to global warming than either coal or gasoline.

OAG companies do report how much gas they flare, however they are not required to disclose the composition of the natural gas they frack. A lack of independent data has contributed to the uncertainty around how much natural gas is being wasted each year.

Two states stand out in the overall trends of gas flaring in the U.S., and those are North Dakota and Texas. 

 	North Dakota and Texas accounted for a total of 85% of the natural gas vented and flared in the U.S. in 2019
 	Texas alone accounted for 47%
 	North Dakota accounted for 38%
 	State agencies are working with OAG producers in both states to limit flaring without shutting down production from new wells

Natural gas produced in the Bakken region of North Dakota accounts for 98% of all the natural gas produced in the state. To give you an idea of the volume of the natural gas released there as a result of fracking, the Bakken production grew from 0.2 Bcf/d in 2010 (when fracking was first introduced) to 2.9 Bcf/d in 2019.

Natural gas infrastructure and processing capacity, in contrast, have not grown in that time.

The Permian Basin and Eagle Ford area in Texas play a similar role in that state’s OAG production.
Using natural gas waste to produce cryptocurrency is a win-win
Much like the high-pressure water mixtures used to blast through deep-earth rock, the OAG industry has been under mounting pressure to address the environmental issues related to natural gas.

Governments have banned or restricted natural gas venting and have incrementally restricted gas flaring. This has been the only foreseeable avenue to reduce emissions, however, it comes at the cost of making smaller rigs unviable.


To the surprise of many in the OAG industry, the solution lies in a natural gas generator for Bitcoin mining
Bitcoin values have grown by over 600% in the last six months. This growth dwarfs even the biggest booms in other industries that are seeing a post-pandemic surge, and it outstrips all other commodities by a long shot.

Cryptocurrencies require a type of “mining” of their own, which refers to sophisticated computers processing complex equations to validate the transactions and ownership of Bitcoin and other cryptocurrency coins.

This computer processing, however, requires energy. In fact, its energy consumption has been a blemish on Bitcoin’s recent claims to fame.

With OAG companies trapped between a lack of infrastructure and government requirements, stranded natural gas can instead be turned into electricity to power mobile crypto miners.
EZ Smartbox: what is it and how does it work?
Bitcoin mining operations come to oil fields with the EZ Smartbox technology, which is a natural gas cryptocurrency mining container installed directly at OAG production sites.

The first reaction of many OAG producers might be, what is a cryptocurrency and how does it impact my drilling?

With the electricity needs of Bitcoin mining, this symbiosis has been transformative for the future of the industry. After installing an EZ Smartbox and powering cryptocurrency mining with otherwise-stranded natural gas, the benefits to OAG producers include:

 	Flaring and venting reduced to 0
 	A new and reliable revenue stream
 	Greater efficiencies in natural gas storage
 	Greater scalability for the business
 	Total portability of crypto mining containers
 	No interruption to operations

EZ Blockchain mobile data centers are used on-site, and EZ Blockchain handles all logistics and installation at no upfront cost to the OAG companies. Installation takes two to three days.

EZ Blockchain has partnered with companies like KTS Engineering and Silver Energy in the long-term design and evolution of their Smartboxes and their rollout. The innovation in their data center design has spearheaded this opportunity for OAG companies with superior ROI after installation.

The EZ Smartbox has evolved as the technology has, too, and the company’s experience across North American drilling sites has informed even more inventive solutions to meet every possible optimization.


EZ Smartgrid: what is it and how does it work?
Mobile Bitcoin mining containers are installed at OAG fields as a flaring mitigation service. This has empowered OAG producers large and small to eliminate flaring at their locations with a minimum of 350 MCF flared a day.

No flaring means no CO2 emissions and easy compliance with laws and regulations.

The EZ Smartgrid System, specifically, has been deployed at sites around the U.S. and Canada to meet rapidly growing regulation and environmental guidelines while also providing a new revenue stream for the hosting OAG companies.

The installation is even done without interruption to operations.

EZ Smartgrid technology turns stranded natural gas into usable electricity with an on-site generator. There are zero upfront costs to producers. Additional royalties are paid to landowners by bringing flared gas to market without adding any new pipeline infrastructure required.

More than 400 million tons of CO2 equivalent are emitted into the atmosphere annually. With EZ Smartgrid, OAG companies can individually do their part to apply the winning technologies that reduce their own impact to 0.


How can fracking companies work with flare Bitcoin mining?
Across the OAG industry, fracking companies can mitigate gas flaring with Bitcoin mining. Traditionally, flaring itself was a “solution” to the problem of stranded and vented gas. The enormous loss of potential revenue and environmental consequences, however, brought many smaller producers to a breaking point in their business.

Was there adequate infrastructure to transport that gas, it could be transported and sold? Most OAG producers, however, don’t have access to the infrastructure they need, and storing gas indefinitely isn’t an option, either.

Fracking companies work with Bitcoin miners who, themselves, are “end consumers” of electricity. This partnership allows a mobile data center to process stranded gas on-site so OAG companies make money on what they would otherwise spend money to either store or flare.

Power generation from stranded gas offers the optimal partnership for OAG companies and Bitcoin miners. It can be said that Bitcoin is a unique solution for gas flaring—and now that it’s been introduced, OAG producers will have to adopt the solution or risk other external pressures forcing them out of the industry entirely.


Choose your natural gas flaring alternative solutions
Choosing your gas flaring solution comes down to the track record of the cryptocurrency data center manufacturer you partner with.

The idea of building small, local electric grids have been around for decades. But OAG producers haven’t had enough power consumers in remote areas to make the idea work.

While the industry waits for that idea to come to fruition, stranded gas flaring is quickly phasing out as a viable option due to environmental concerns.

The remaining solution is the most cooperative one: partner with a Bitcoin mining service.

Not all mobile mining containers are created equal, however. Some of the key factors to consider are:

 	The container structure
 	The construction materials
 	The power strips and breakers
 	The cooling design

For help assessing these factors and other issues specific to your business, contact EZ Blockchain. Our projects in oil fields around the U.S. and Canada are proof that there’s no need to build a multibillion-dollar gas pipeline or wait until more local grids are built out.

Take action today and start mining Bitcoin with natural gas for a reliable and competitive new revenue stream.

### Crypto Mining Solutions Change the Landscape of Stranded Gas

Why flaring?
Flaring, or the practice of burning off natural gas at the wellhead of oil drilling sites, has been a constant in the industry for decades. In its time, it was originally a “solution” to the previous practice of venting (or simply releasing natural gas into the atmosphere).

Petroleum gas is naturally produced at any site where oil deposits form. And when the shale oil boom started in the early 2000s, the volume of natural gas released as a byproduct of oil drilling became more than the existing infrastructure could handle.

Of the more than 9,000 oil and gas producers in the U.S., only a small minority had access to the needed infrastructure to transport that natural gas to market. At the same time, the price of natural gas fell drastically. Midstream companies lost interest in building pipelines, and the infrastructure lagged even more behind the release of natural gas deposits.

There are other flaring solutions that have been explored, such as “stripping” the natural gas of its most harmful components like methane. However, these advanced processes require investments that make them impossible for smaller producers to so much as consider.

As oil drilling continues at its current pace, more natural gas will continue to be burned and wasted unless gas flaring alternatives that are feasible for all sectors of the industry are adopted.

Traditional flaring solutions have failed to solve the problem. The enormous energy potential at these well pads, however, can now be utilized by a large electric end consumer—Bitcoin.
How to reduce gas flaring by generating electricity
Using natural gas to produce electricity is the right answer to work toward because it puts the gas to use instead of wasting it. The oil producers benefit from the revenue stream, and the end consumers benefit from access to an inexpensive source of electricity.

However, the remoteness of drilling locations and the lack of access to the electric grid make this solution impossible for most producers. What’s more, obtaining permits to sell to the power grid takes months (or even years).

Bitcoin mining and a well-designed crypto mining container now offer the industry a viable path forward.

The energy potential at well pads can be turned into electricity on-site using natural gas generators. These generators can be installed as part of a Bitcoin mining farm.


Bitcoin has become famous of late for three reasons:

 	First, it revolutionized the world’s understanding of money
 	Second, it made more headlines recently for its 600% hike in value
 	At the same time, it’s also caught negative publicity for its high power consumption

Bitcoin often called a “new form of digital gold,” uses around 8 GW (7x109 W) of power to run the “blockchain” and validate coin transactions. The sophisticated computers required to “mine” Bitcoin are called ASICs.

This electricity-hungry equipment can solve the gas flaring problem with a natural symbiosis.

The idea revolves around the absolute certainty of Bitcoin’s energy requirements. However much gas is released from natural deposits at well pads, a Bitcoin mining container called the EZ Smartbox could consume it all once converted to electricity.

The lack of infrastructure reaching most oil producers is solved by installing an EZ Smartgrid system, which includes an on-site gas generator. That way, the stranded natural gas is converted into electricity without any added infrastructure or access to the grid required.
The EZ Smartbox
The EZ Smartbox is a prefabricated mobile mining cryptocurrency container that EZ Blockchain designed exclusively for blockchain mining, artificial intelligence training, and other high-demand computational processes. Picture a shipping container, but with custom engineering built from scratch to stay temperature resistant and lightweight.


The sandwich panels utilized in the EZ Smartbox are the keystone of the design
They support the temperature offset and house the information technology support and power distribution infrastructure. Surge protection and environmental monitoring are then combined with a stand-alone cooling system for unrivaled performance.

The EZ Smartbox runs a 2.7-MW operation in a 40-foot-long unit that is fully mobile and ready to be redeployed to any location within hours.
The EZ Smartgrid
The idea of building local electric grids is not new. However, producers have never had enough demand from consumers in remote areas to make this dream feasible.

Cryptocurrency is growing rapidly, and distributed computing, in general, is becoming a greater trend across industries. The time is now to tap the potential of flared (i.e., wasted) natural gas by deploying EZ Smartgrid Flaring Mitigation Systems.

The EZ Smartgrid includes a natural gas generator and an EZ Smartbox. The generator converts wasted, flared gas into electricity that’s immediately used to power the Smartbox.


The EZ Smartgrid is a win-win gas flaring solution for oil producers
It reduces gas flaring to 0 and diversifies the producer’s revenue stream by utilizing gas that would otherwise be wasted for Bitcoin mining instead.

Small and medium-sized oil producers, in particular, are utilizing the Smartgrid system for the combined appeal of the environmental, compliance, and economical benefits. Most of these are self-evident. With mounting pressure from governments to reduce flaring, the EZ Smartgrid is the simplest and most economical option to eliminate flaring altogether.

The extraordinary prices of Bitcoin over the last six months have helped producers see the instant revenue potential in oil and gas crypto mining, too.

EZ Blockchain projects in oil fields run entirely on flared gas. These installations are proof of the innovative concept and mark the beginning of a shift in the oil and gas industry.

There is no need to build a multibillion-dollar gas pipeline infrastructure or coordinate the sale of natural gas to the grid. Instead, with new emerging technologies and widespread access to the internet, EZ Smartbox mobile data centers create a new revenue stream for oil producers while offering an instant and easy-to-implement “forever solution” to gas flaring.

The only question is when you will become a part of it.

 
Click HERE to read the full article.

### How Bitcoin mining on natural gas works

The natural gas released during drilling has a monetary value
Natural gas is used for heat and power and can be converted into electricity. The cost of collecting and moving it, however, is now higher than what it can be sold for. 

Selling it assumes the companies have access to infrastructure, too. For most of the nearly 10,000 oil and gas companies in the U.S., natural gas pipeline infrastructure doesn’t reach them, anyway.


Over the last 10 years...
The United States oil and gas industry (OAG) has become one of the world’s top gas flaring countries, right behind Russia, Iran, and Iraq.

In roughly the same 10 years, a revolution has taken place in global currency, seemingly on the opposite end of the market. The invention of Bitcoin—the first cryptocurrency—created a new industry and revolutionized the tech in many unanticipated ways.

Now, Bitcoin and cryptocurrency mining could transform the OAG industry, starting with the complete eradication of natural gas flaring.


How bad is natural gas flaring for the environment?
Natural gas flaring gives an onlooker a clear visualization of its impact on the environment. With flames dancing atop the burning gas stacks, global warming emissions have become an increasing point of interest as it relates to gas flaring.

Global warming emissions from the combustion of natural gas are lower than those from oil and coal, however. Natural gas combusted in a new and efficient power plant emits 60% less CO2 than a new coal plant.

At the same time, the natural gas flared today is burned as a loss to the OAG companies along with the local power grids who could have otherwise created more electricity.

OAG companies today are seemingly left with no options, however, because moving natural gas is either impossible or cost-prohibitive. That’s why flaring practices have grown.

In the Permian Basin (Texas) where a substantial percentage of the country’s gas flaring takes place, roughly $750 million worth of gas is wasted each year without any public or private benefit. All the practice does is keep OAG companies focused on their profitable revenue streams while sending more CO2 into the atmosphere.


And yet, even those dark emissions from the top of burn stacks don’t tell the full story
Oil drilling and the resulting release of natural gas—and even its transport in pipelines, wherever there is infrastructure in place—also causes the leakage of methane. This is one of the primary components of natural gas and is 86 times stronger than CO2 at trapping heat over a 20-year period.

Even though natural gas emissions account for less of the global warming crisis, these methane emissions cannot go ignored.

One recent study suggested that methane emissions must be kept under 3.2% for natural gas power plants to support a lower emission rate than a coal power plant, despite the fact that burned gas produces significantly less CO2. This is a result of methane’s propensity to store heat.

Technologies are available today to reduce the leakage of methane gas, of course. However, these are a Band-Aid over a problem that needs more attention.

Natural gas flaring continues to be the only viable solution for most OAG companies to dispose of immovable gas, and even a colossal investment in infrastructure would still carry the risks of methane leakage with the transport of that natural gas.

For years, building new infrastructures and exploring new methane-reducing technologies put OAG companies between a rock and a hard place with no foreseeable return on investment. 

But then, Bitcoin mining hit the scene.

Bitcoin has been a game-changer to business models across industries, from financial services to media and real estate. The OAG narrative has recently attracted thought leaders in Bitcoin, too, due to the high energy requirements of cryptocurrency mining.

Among other reasons, Bitcoin and other cryptocurrencies gained popularity because of their reduction of fraud to nearly zero. This is because of the blockchain (or public ledger) technology used to validate transactions and coin ownership.

To keep these validations secure and, above all, infallible, sophisticated computers around the globe work 24/7 to process complex equations and encryption. When a coin or transaction is validated (or “mined”), it’s then posted publicly to the blockchain.

In search for sources of smarter and more sustainable energy, cryptocurrency miners set sights on the stranded natural gas at OAG fields.
What are the 3 biggest uses of natural gas?
In 2019, the U.S. processed and used roughly 31 trillion cubic feet (TcF) of natural gas. This accounted for 32% of the total primary energy consumption across the country.

The specific sectors using that energy, however, differed significantly in their use of gas-powered energy.

 	36% of gas consumption was through an electrical power
 	33% of gas consumption was industrial
 	16% of gas consumption was residential

The electric power sector, which accounts for more than a third of natural gas consumption, uses gas to generate electricity


The electricity is then passed onto other sectors (such as industrial and residential).

The residential sector uses natural gas to heat buildings and water. It also uses gas to cook and dry clothes. Roughly 50% of homes in the U.S. use natural gas for one or more of these purposes. In 2019, natural gas was the source of about a quarter (24%) of U.S. residential energy consumption.

The industrial sector uses natural gas for processes that require substantial heating. It’s also used as a raw material to produce chemicals and fertilizers as well as hydrogen. Natural gas was the source of approximately 33% of the industrial sector’s energy consumption in 2019.
What is the process of mining for natural gas?
Natural gas is a commodity with great energy potential, especially in the eyes of residential homeowners. It burns cleaner than coal, and the technologies are out there to reduce any methane leakage to acceptable levels.

Natural gas flaring has grown in the last decade in part because of the increase in fracking practices. OAG companies don’t only release natural gas as a byproduct of oil drilling, either. There are plenty of companies involved in mining natural gas, specifically.

Here’s how it’s done:

 	Once a natural gas deposit has been reached, the temperature inside the deposit is dropped rapidly with liquid nitrogen to convert the natural gas into its liquid state (at -260 degrees Fahrenheit).
 	The natural gas in liquid form is then transported to the surface by pumps where it’s stored in large tanks.



In the context of natural gas stores found and released as companies drill for oil the problem is that most of these companies have nowhere to send the natural gas after they store it.

Despite the challenge of stranded natural gas, gas has grown in popularity over other energy sources in recent years. Without the infrastructure investments to transport stranded gas, however, even eager consumers cannot benefit from all the natural gas at OAG company fields.

Bitcoin oil and gas mining has been a recent and rapid solution to this impasse. Bitcoin miners bring mobile data centers to the OAG fields and convert the stranded gas on-site into the electricity that powers cryptocurrency mining.

For many in the OAG industry, this solution came at the perfect time.
BTC to Gas: Conversion to Electricity
 



When natural gas is turned into electricity, it undergoes a fairly simple process:

 	First, it travels through pipelines to a burner.
 	Then, the burner heats the gas, which turns into its vaporous state and is then used to boil water.
 	When the water releases steam, that steam builds up pressure in another chamber until it’s released suddenly.
 	The high pressure forces a turbine to turn over, and then it starts to spin.
 	The turbine is connected to a generator, which creates electricity with the turning motion of the turbine.

This process can take place in a mobile natural gas generator for bitcoin mining within cryptocurrency data centers, too. This is exactly how Bitcoin mining containers have come in to change everything for OAG companies with stranded gas.


    
        
            
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How will natural gas help fracking companies?
Fracking companies who have dealt with decades of stranded gas problems are now able to turn that natural gas into a reliable revenue stream, while also eradicating a long-standing operational problem and complying with environmental concerns.

Hydraulic fracturing, or “fracking,” is the process of drilling deep for oil and then directing a high-pressure water mixture at the rock to release the natural gas inside. The water mixture includes water, sand, and chemicals that are injected into the rock so the gas can flow out of a controlled opening.

Fracking and excess natural gas, however, can also mean a more profitable partnership with Bitcoin miners – specifically, for bitcoin mining with oil and gas. The Wesco Operating case study, where the EZ Smartgrid Flaring Mitigation System was installed, for example, reduced flaring from 240,000 SCF per day to 0.

Fracking also releases higher quantities of natural gas more quickly, meaning OAG companies who already flared found gas now have even more gas to burn away at a loss.

Fracking and excess natural gas, however, can also mean a more profitable partnership with Bitcoin miners. The Wesco Operating case study where the EZ Smartgrid Flaring Mitigation System was installed, for example, reduced flaring from 240,000 SCF per day to 0.

The positive environmental impact was coupled with a 180-degree shift in natural gas being wasted and turning it into a reliable new revenue stream. These benefits are as good for OAG companies as they are for the environment.

Bitcoin prices are off the charts after growth of well over 600% from October 2020 to March 2021, and the demand has empowered Bitcoin miners to look for even better cryptocurrency mining practices.

With the stranded gas at OAG fields publicly called out as an inefficiency, it made sense for Bitcoin miners to come in and offer a win-win.

OAG companies don’t want to release natural gas into the atmosphere or flare it away. Instead, OAG drillers want to sell this commodity on a market just like they sell their oil.

Thus, oil and gas crypto mining has become the new solution of the future.
EZ Smartbox Mobile Mining Unit


Bitcoin natural gas is the gas processed on-site at OAG companies to power the energy requirements of a crypto mining box.

After more than a century and a half of natural gas waste (through release into the atmosphere and flaring), there’s finally a technology that not only processes natural gas safely at OAG sites, it also moves the industry into the future with a technology that promises to grow in global relevance.

The cost-benefit of a smart cryptocurrency oil and gas miner is easy to see. A flare stack costs as much as $62,500 annually when factoring in its design, installation, and overhead. A mining container costs a fraction of that and then generates instant and reliable revenue for the direct sale of on-site natural gas to the miner.

If you consider, for example, mining bitcoin in Texas using natural gas, you can deploy your hash power anywhere, where you can secure a source of energy. You will produce the same value for the Bitcoin they “mine” no matter where they’re located.

If doing so at an OAG field means they can access a more economic source of electricity, this is a solution worth their every investment. This is why the development of mining containers like the EZ Smartbox has taken a turn for the highest-tech and highest-quality designs.

All the data centers are also fully scalable to consume any vent or flare gas volume and are totally modular in nature.

Bitcoin natural gas provides OAG companies with access to liquidity with minimal barriers to entry. Contact EZ Blockchain today to discuss your company’s oil and gas cryptocurrency mining needs and goals.

### Not All Mobile Data Centers Are Good

Many people first imagine the mobile data centers at data farms owned by Google and other tech giants
These farms hold colossal cooling towers and rows of adapted containers that extend beyond view.

This kind of mobile data center “farm,” however, is the antithesis of the mobility and minimized footprint these data centers bring to other environments.

For example, the recent use of mobile data centers in oil fields has attracted a lot of attention. With the changing landscape of the oil and gas industry, it’s likely to attract even more attention this year.

Oil and gas were seen as a rock-solid industry for generations, but with gas prices in December 2020 at 25% less than December 2019 (after a 72% drop in April 2020), gasoline production has been sidelined as the industry looks instead to electricity production.


Mobile Data Centers Used as a New Income Source
Mobile data centers are used today as a solution to the natural gas released during oil drilling. Without the infrastructure to transfer it to processing plants, natural gas has generally been flared. Now, however, it can be processed on-site into effortless income.

For decades, flaring has been considered the only solution for oil companies that would otherwise be forced to release the gas into the atmosphere. Flaring has its own negative impact on the environment, but the alternative would be untenable.

Mobile data centers have been implemented by forward-facing oil firms to put that natural gas to use instead. Internal generators in the data centers process the natural gas on-site and then use the electricity to power cryptocurrency mining, which provides an instant revenue source.

Natural gas that previously would have earned companies $2 per MCF now earns $30 per MCF through Bitcoin mining gas flaring alternatives.


Different Mobile Data Centers Yield Different Results
If oil field owners wanted to, they could acquire an old marine shipping container for around $10,000 and then fill it with equipment themselves to explore this new revenue source. They could build a Bitcoin mining site for less than manufacturers are charging for their mobile data centers.

Cost efficiency and ROI would plummet, however, as soon as that container degrades and the machines start to shut down.

Likewise, when looking to acquire a professionally-equipped mobile mining container, there are various options on the market for oil companies to shop. The prices differ as much as the container quality does. Price is only an issue, however, in the absence of value.

To get the maximum use of time and ensure the biggest and most reliable revenue stream, oil companies must educate themselves on which mobile data centers are better and why.
Differences Between Cryptocurrency Mining Containers
1. Structure
Traditional mobile data centers are built inside repurposed marine shipping containers. The bare metal conducts external temperatures and the infrared rays from the sun and subsequently swings drastically from high to low temperatures.

This is bad for the sophisticated equipment housed inside.

Not only will temperature fluctuations mean the center breaks down sooner, but the downtime when machines do fail will also cost the oil company lost revenue and increased repair costs.

Containers in all environments suffer:

• High temperatures overheat machines and force them to turn off
• Low temperatures create condensation as the cold air hits hot machines
• Low temperatures also slow the machines’ processing time considerably



The EZ SmartBox was built to take mobile data center design to a new level. These are the standards it sets: 

• Protections against the elements are the hallmark of a superior data center.
• The insulation in the EZ SmartBox is made of two aluminum panels with padding between them (the same material used in refrigeration).
• And the temperature outside can be up to 20 degrees cooler or warmer than the temperature inside to keep ideal conditions inside the center.
2. Materials
If only anecdotally, if you look inside a “piecemeal” data container and see IKEA shelves housing all the mining processors, this is a red flag.

Every manufacturer looks to minimize expenses, however, a mobile data center has a few features that require greater investment if the center is going to maximize output.

If you see signs of cheap materials and corner-cutting, you’re looking into the depths of a data container that will not perform.
3. Power strips and breakers
Or perhaps you open the door of a mobile data container and see commercial power strips with multiple miners plugged into a single switch. This is another money-saving tactic that results in unnecessary downtime later.

Only an unimaginative container designer will not see the end cost of this type of efficiency. If multiple electronics, lamps, etc. are plugged into a single power strip at home, they think, why should Bitcoin miners in a mobile data center be any different?

Everyone knows that when the power strip at home is shut off, though, all the devices plugged in are shut off. In a mobile data container with multiple miners to a breaker, if a breaker shuts off for any reason (like overheating), all the miners on that circuit will shut down.

This results in unnecessary machine downtime and lost income.

With ROI in mind, the EZ Smart Box was designed to house each miner on its own breaker. Downtime never snowballs, and miners last longer.
4. Cooling design
The cooling design of a next-generation mobile data center requires the careful engineering of two principal factors:

• Fan systems
• Data center layout

If the center can’t efficiently move hot air out and suck cool air into cool miners down, the miners will overheat and shut off. Most mobile data containers seal parts of the container off to control temperatures and airflow, but temperature control suffers as a result. Space, too, is poorly utilized in these designs.

After a few years of trial and error (and several iterations), the new-gen EZ Smart Box was built with a delta configuration.


Here’s how it works: two racks are lined with miners to form the “legs” of a triangle. The fans are at the base of that triangle. The largest volume of air moving through the center is around the front of the fans. That cool air is then sucked in by the miners, which are kept at optimal operating temperatures.

On the inside of the triangle, the fans are sucking the air out at 70,5003 feet per minute per delta. This leaves almost no “spent” air to recirculate in the room. A Smart Box 3000, therefore, can produce an airflow of 423,0003 feet per minute.
New Iterations
Perhaps it’s euphemistic to say “not all data centers are good.” No company wants to invest in a “good” mobile data center, only a “great” one.

A great mobile data center is not a container. It’s a skillfully engineered mobile powerhouse of processing power.

With mobile data centers and Bitcoin mining, an age-old thorn in the oil and gas industry’s side can be turned into a new income source through natural gas crypto mining. And the earning potential becomes greater the better the mobile data center that’s installed.

At EZ Blockchain, we didn’t perfect the design of our mobile data center in the first iteration. The EZ Smart Boxes we install today are the fifth iteration of the design and reflect our experience, including our errors. The lessons learned came from metric-based performance because we can only improve what we measure.

 	The first EZ Smart Box, for example, stood on three four-foot-tall legs. If a collapsible stair wasn’t installed, we had to monkey climb to get in.
 	Later, when we installed another box design at a field in New York, powerful rainstorms exposed an entry point for water to leak in.
 	We also manufactured previous iterations with miners in rows with cooling air coming up from the floor. We then learned that we could cool more efficiently in a delta design.


We’ve come to new ideas in new iterations while we continually look for opportunities for improvement
Not all mobile data centers are “good,” and there are far too many that are “bad.” Learning the difference is crucial because the opportunity for the oil and gas companies could be the answer to future-proofing the industry.

### EZ Blockchain Opening a Houston, TX Office to Target Wasted Natural Gas in Permian Basin

Houston, TX: EZ Blockchain made its shift to an energy focus three years ago and now demand is taking the company south to Texas

Recruiting has already begun in the Houston area to staff the new EZ Blockchain office. The first team members will be hired to the business development, technical, human resources, project engineering, and environmental teams. 




“Houston is a home to hundreds of oil and gas exploration and service companies,” said Sergii Gerasymovych, CEO of EZ Blockchain. “It’s the place to be if we really want to provide a scalable solution to the energy sector.”

See open positions HERE.
Next Steps

Mass production of the new mobile data centers with immersion cooling will start in September 2021. Most of the data centers already produced by EZ Blockchain will be used for the company’s internal deployments, and only a small portion will be allocated to strategic crypto mining partners



The rollout of the new Houston office is already underway to ensure the right team is in place when the company begins installing new mobile data centers.


   Click HERE to read the full press release.

### EZ Blockchain is officially sponsoring the Bitcoin2021 Conference Miami | June 4-5th 2021

Bitcoin 2021 will feature a massive collection of the best minds in the space

Dozens of one-of-a-kind BTC activations and the chance to celebrate the world’s best technology with all of your internet friends IRL.


June 3: Whale Day (Requires Whale Pass) - 8 AM to 4:30 PM EST // Whale Night - 8 PM to 11 PM EST
June 4: Main Conference Day 1 (General Admission) - 8 AM to 6 PM EST
‍June 5: Main Conference Day 2 (General Admission) - 8 AM to 6 PM EST
June 5 (Evening): After-Party (Requires After Party ticket or Whale Pass) 6 PM - 12 AM EST

 
If you want to meet with us, send us an email at  info@ezblockchain.net

Our Co-Founder and CEO Sergii Gerasymovych will be moderating a panel discussion
About "How Bitcoin Mining Fixes Our Energy Problems" organized by BitcoinMagazine on June 5th at 3:45 pm local time in Miami.

Explore more about new bitcoin mining infrastructure.

Come join us this week! https://b.tc/conference

### Bitcoin Changes the Fracking Narrative for This EFT

VanEck Vectors Unconventional Oil & Gas EFT Sees Growth with Bitcoin
Government initiatives and key investor buy-in have recently propelled green energy investments, including Invesco Solar (TAN), iShares Global Clean Energy (ICLN), and others. One-year returns on these stocks have averaged over 120%.

The fracking EFT isn't sweating this trend, however, because a recent energy rally has FRAK fund up over 100% the past year.


Pivoting to Bitcoin
The bedrock of FRAK's strength—despite the headwinds of governmental regulation—has been in Bitcoin mining as a flaring mitigation solution. This added a new revenue stream for fracking companies at the perfect time, while also doing away with the flaring practices that governments are cracking down on.

Bitcoin miners and shale companies both benefit from utilizing natural gas that companies are otherwise forced to flare. Instead of burning it, on-site generators convert the gas into electricity to power Bitcoin mining equipment.

This symbiosis comes at a time when Bitcoin, too, has been under pressure because of its energy requirements. With this astute solution to the existing environmental concerns, fracking companies and Bitcoin mining rigs have changed the narrative.

 

Click HERE to read the full article.

### What Fracking Companies are Mining Now: Bitcoin

Pandemic Points Fracking Companies to Bitcoin Mining Containers
EZ Blockchain set a course to manufacture a superior crypto mining box and gain access to smarter energy sources.

Bitcoin has been slammed, particularly since then, for its electricity consumption. Studies have shown that Bitcoin’s energy consumption matches that of a country the size of Argentina.

In the journey for access to smarter energy, Gerasymovych turned EZ Blockchain to fracking companies. In the oil and gas industry (OAG), fracking companies were another sector slammed for their environmental impact. In their case, this was because of natural gas flaring.

Oil and gas wells that are fracked produce natural gas as a byproduct, but selling that gas is unprofitable without the needed infrastructure to transport it. So it’s burned (or “flared”) instead.


Then, a Pandemic
When Gerasymovych reached out to fracking companies in 2018, there was little interest from OAG producers in the Bitcoin mining solution he offered to eliminate flaring.

After the COVID-19 pandemic struck, however, the fall in the price of oil made the decision for them.

One year after the pandemic, EZ Blockchain had installed five Bitcoin mining operations around North America. Bitcoin mining has become the most cost-effective way to eliminate gas flaring, and a major market shift has begun.

 

Click HERE to read the full article.

### Fracking Companies Stopper Wasted Natural Gas with Bitcoin

Fracking and Bitcoin Mining Operations Promote Mutual Efficiency
Energy has been the focal point of competition between Bitcoin mining containers. The most competitive Bitcoin mining operations are the most energy-efficient, and those with access to the cheapest electricity.

Fracking companies in the oil and gas industry (OAG) have become a point of interest for Bitcoin mining operations for that reason. Fracking shale formations blast high-pressure water mixtures at rock to release natural gas within, but it's not the natural gas they're after. Fracking operations are on their way to oil, and the natural gas deposits are in the way.

Without the infrastructure to sell that natural gas, fracking companies have had to flare the gas away at a loss.


Bitcoin Comes into Clean Up
Political and environmental issues are closing in around fracking practices. Bitcoin miners like EZ Blockchain's own Sergii Gerasymovych proposed a solution as early as 2018, but OAG companies came to their breaking point in the pandemic before realizing how dire the situation was.

Now, instead of flaring away found natural gas, fracking companies are installing crypto-mining containers on-site to process the natural gas into electricity, which is used to mine Bitcoin.

As this solution is adopted by more OAG companies, the Bitcoin mining industry will become even more competitive in the race to smart crypto miners that use electricity even more efficiently.

Click HERE to read the full article.

### Wasted Energy Solved: Listen on Bitcoin.com

<iframe src="https://anchor.fm/blockchain-com-podcast/embed/episodes/Episode-23-Bitcoins-energy-consumption-with-Sergii-Gerasymovych-evnaet/a-a5cfb5r" height="200px" width="80%" frameborder="0" scrolling="no"></iframe>
The interview opened with a trip down memory lane
Sergii talked about his lifelong passion for entrepreneurship. He told the story of selling razor blades to the neighbors when he was just seven. His father would buy them in bulk, and Sergii would ask if he could “use” some. He was actually selling them to the neighbor, who rarely got to the city to buy his own.

Seventh grade brought another memorable venture into business for Sergii. At his middle school, he began selling cell phone SIM cards. Living in a small farming village in Ukraine, families did not regularly travel to the city. Sergii’s resale of SIM cards won him many props from peers at school.

When Sergii was 20, he started his first business in the U.S. His first firm was a translation agency (given his college degree in linguistics). Later, he started a marketing agency. After that, he started an import/export firm.

It was when he was working in import/export that his business partner said to him one day, “we have a client who needs to buy a lot of GPUs.” At the time, Sergii didn’t even know that it stood for “graphic processing units.” He replied, “let me figure it out.”

And he did.


Learning about Bitcoin was exciting for Sergii
His next business venture was a hardware company devoted to providing Bitcoin miners with the sophisticated software they needed.

Business got to the point where, with so many clients, demand was high for hosting services. So EZ Blockchain started providing those, too.

Later, there were so many hosting clients that EZ Blockchain needed to source more and cheaper power.
Bitcoin Energy Consumption
Once EZ Blockchain had made a stand in Bitcoin mining, access to electricity was a new focus. The most important competitive edge a mining firm could get was access to cheaper energy because energy requirements for Bitcoin mining are high.

That same, high energy consumption has environmental advocates up in arms today. Some say that cryptocurrency has no long-term viability with its volume of emissions. The global Bitcoin industry’s C02 emissions now exceed 60 million tons, up 20 million tons from just two years ago.

And Bitcoin miners are far from the only companies under growing environmental pressure. EZ Blockchain looked, then, to another industry with the idea of a shared solution.


The Oil and Gas Industry
The oil and gas industry (OAG) has its own environmental concerns, too. OAG companies have been facing mounting pressure from governments as well as investors to reduce emissions.

One of the practices under particular scrutiny is that of natural gas flaring.

The gas released as a byproduct of oil drilling—and especially fracking practices—is often flared (or burned) away at a loss to the OAG companies, because the natural gas infrastructure does not extend to the majority of the 9,000+ producers in the United States.

OAG companies don’t like flaring natural gas any more than environmentalists do. If they had access to the necessary infrastructure, they would prefer to sell that natural gas so it could be used.

EZ Blockchain saw the stranded gas as an energy-rich opportunity where everyone could win.


The EZ Blockchain Cryptocurrency Mining Container
The EZ Smartgrid is a natural gas crypto mining system you will see installed at drilling sites around North America. The system includes natural gas generators connected to mobile data centers designed for high-functioning computation.

The natural gas that would otherwise be flared is instead turned into electricity on-site, with no new infrastructure required. The drilling company doesn’t even need access to the local grid.

That stranded natural gas powers Bitcoin mining operations inside the mobile data centers, meaning more affordable energy for EZ Blockchain and a new, reliable revenue stream for the oil producer.

Low volumes of natural gas that never justify a pipeline can amply power these Bitcoin operations. The result is a win-win for everyone.

Listen to the full episode and interview with Sergii Gerasymovych on Bitcoin.com.

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### EZ Blockchain works with oil and gas service provider to solve a stranded natural gas problem with crypto mining as a solution

The Installation

EZ Blockchain installed the first mobile data center filled with MicroBt Whatsminer crypto mining equipment at the site of a Silver Energy client in Alberta, Canada in February 2021. 



As a result, the project size reached almost 1MW of power consumption, all of which is processed from 250 MCFd of stranded natural gas using a gas-electric generator. The project installation took three days and the data centers were fully operational by March 2021.



  Joel Gordon, Silver Energy president, and CEO, said: “We’ve had the privilege of working with EZ Blockchain over the last year. Their support in getting our mine up and running was invaluable, saving us countless hours and maximizing uptime. Since start-up, we have been able to lean on their team 24/7 to help with mine optimization and troubleshooting. They are a trusted partner in our mining operations.”
Silver Energy made it their mission to “bridge the gap” between technology and oil field production practices.

When it came to resolving gas flaring, however, the industry has waited decades without a viable solution. 



Silver Energy reached out to EZ Blockchain with the intention to provide the EZ Smartbox mobile data centers and related management services to their oil field clients as a solution to gas flaring and stranded gas as a new income stream.



  “Today oil and gas producers are implementing Bitcoin mining in the oil field as a part of their ESG policy more often. Bitcoin mining’s enormous power consumption can solve environmental problems caused by gas flaring and leaking wells. Since Silver Energy is an oil and gas service company, it was a natural symbiosis for EZ Blockchain to work with them,” said Sergii Gerasymovych, co-founder and CEO of EZ Blockchain.

About Silver Energy
Silver Energy was founded in Dallas, Texas, and provides oil field services to oil and gas producers across North America. With greater tech adoption in the oil and gas markets, Silver Energy represents the products and services that provide specific and significant gain to client oil fields. Read more about Silver Energy on their website https://silverenergy.com/


About EZ Blockchain
EZ Blockchain started in 2017 and is based out of Chicago, IL. The company is a full-service crypto mining facility management company that builds and operates physical infrastructures for blockchain-based mining, which has positioned the group to develop sustainable energy alternatives from a unique vantage point utilizing flared gas, stranded gas to power generation.

Read more about EZ Blockchain and their projects and investments on our website https://ezblockchain.net/

### Sergii Gerasymovych on the Global DCA Panel

What are the new trends in Bitcoin mining?
Larger players in crypto mining have many advantages, the biggest being their access to capital for hardware and their strategic deals with access to cheaper energy.

Bitcoin mining is not just a practice in making money through the mining itself, however. New trends in the industry have empowered miners to invest in the energy market as part of a long-term strategy. EZ Blockchain, for instance, created its sub-brand EZ Energy and then partnered with a key distributor of Jenbacher generators to turn its mining operations into a solution for the oil industry.

Fracking alternatives in the form of Bitcoin mining are now the company’s focus.

Many institutions and governments are supporting these positive efforts. Even the state government of Kentucky incentivized Bitcoin mining as a solution for stranded gas.

https://www.youtube.com/watch?v=yVMpkUxjCow
What are potential roadblocks for miners?
For those just getting into Bitcoin mining, access to the hardware (at the right price) is one of the biggest hurdles in keeping up. In many cases, the needed investment is cost-prohibitive, and smaller miners are run off the road.

Crypto mining equipment prices are on the rise, and the investment for starting firms is steep.On the DCA panel, Sergii explains that we need an institutional level of hardware in the industry. He explains why we need more communication with suppliers, too. Leaving things as they are now, all the risk is unreasonably on the miner when investing in crypto mining equipment.
“Let's be honest…”
At one point, Sergii lays it out for all to hear:

“Let’s be honest,” he says. “People getting into mining today usually have a bigger wallet.” He recalls the first GPUs that EZ Blockchain sold when the business began selling mining hardware.

“GPUs used to be allocated to people based on their customer profiles, not the size of their wallets. The suppliers wanted more customers then.”

Now, Sergii explains, this isn’t happening in the ASIC space with today’s sophisticated mining equipment.

As a result, the “smaller guys” among miners take on too much risk with the requisite debt to get into operation.
What does the environment have to do with Bitcoin?
Today, conversations around energy are focused on renewable energy.

However, renewable energy is generally connected to the grid for residential and commercial use. Bitcoin miners are not the target consumers, and in many cases are being blocked from consuming electricity from renewable energy sources altogether.

EZ Blockchain looked to wasted energy instead of renewable energy when trying to meet its own energy needs. In the process, they wanted to solve another industry’s problem.

Today, EZ Blockchain is officially in the energy business. Its fracking alternatives have given the oil and gas industry (OAG) an “out” from under government pressure and investor pushback, all demanding they do away with natural gas flaring.


Gas flaring was a “solution” back in the day for the stranded natural gas
that’s released as a byproduct of oil drilling. Without the infrastructure to transport that gas to plants where it can be processed into electricity, most OAG companies’ only viable option was to flare (or burn) it away at a loss.

Sergii did not go deep into EZ Blockchain’s cryptocurrency mining data center tech on the DCA panel, however, he did speak candidly about what the industry needs to face its own demons and bring greater benefit to the world in the process.

“We need to talk about what we’re doing and why we’re doing it,” said Sergii. “We should even be getting government grants to do this.”

Indeed, the use of wasted energy by Bitcoin miners is enormously innovative. It has every potential to change the landscape of the industry.

Other panel participants on the DCA call applauded Sergii for how vocal he was and said that everyone in the industry should be just as outspoken.
Listen to the full DCA panel recording for cryptocurrency miners on YouTube.
https://www.youtube.com/watch?v=yVMpkUxjCow

### CEO and Co-Founder of EZ Blockchain Features in the 2021 European Forbes 30 under 30 list

30 Under 30 - Europe - Manufacturing & Industry


Sergii is included in the Manufacturing and Industry category "Creating the products, methods, and materials of tomorrow".

He added: "I am honored, thrilled, speechless, blessed, and thankful. I want to congratulate all Forbes 30 under 30 honorees, be proud of yourself. It is an honor to be on the same list with you! EZ Blockchain vision of uniting oil&gas industry and cryptocurrency has been finally taken into account more and more. Our goal is to install EZsmartbox on every well pad where there is flaredgas or wastedgas! We are getting there!"
The company was founded in 2017. It started as a provider of data center hosting solutions for high-density computing such as proof of work blockchain also known as crypto mining.

### Wyoming Oil & Gas Producer Mitigates Gas Flaring with Crypto Mining Technology

Technical details of the case study read here.


Regulations steps on the foot of the producers
Gas flaring exemption permits are harder to get. The whole O&G industry has been waiting for a solution to the practice of flaring for years, and while some solutions have been introduced, none are widely adopted. Wesco Operating, Inc.'s oil field is located in Utah and has been no stranger to gas flaring.  Finally, Wesco saw the opportunity for their organization in the new Smartgrid flaring mitigation systems by EZ Blockchain. This system converts natural gas into electricity which is used to power crypto mining operations.  The solutions delivered expected results to the company, and Wesco recognized the long-term sustainability and two-way benefits in the new EZ Blockchain model to monetize natural gas while reducing flaring.





Wesco learned about the EZ Blockchain "Smartbox" technology early in 2020 and saw a new outcome for flaring where everyone could win.






At the time Wesco contacted EZ Blockchain, they were producing around 240,000 SCF of natural gas a day that was flared and wasted. The first EZ Smartgrid Flaring Mitigation System included a 30-foot mobile data center Smartbox and a generator. It was rapidly deployed in October 2020 over a two days span.  Early results were so promising that right after the first container's deployment, Wesco increased the scale of the project by 200% (to a total power capacity of 1 MW) with the purchase of another 20-ft EZ Smarttank Bitcoin mining Container equipped with efficient crypto mining equipment.  In February 2021, a fully operational crypto mining system reduced gas flaring to 0 mcf a day.

The future of this oil company now includes natural gas monetization. The added benefits from the crypto mining gain Wesco and EZ Blockchain even more growth potential in months to come.

About flaring:  When drilling for oil, natural gas is released as a byproduct. Without the necessary infrastructure to transport that gas to a processing plant and eventually to the market, oil companies like Wesco have to "flare" (or burn) the stranded gas, which is an economical loss to oil producers.

About Wesco Operating Inc: Wesco Operating, Inc. has operations in Colorado, Montana, North Dakota, Utah, Nevada, and Wyoming with over 500 wells in 39 fields. Their production currently reaches 3,400 barrels of oil per day. Read more about Wesco on their website, www.kirkwoodcompanies.com.

About EZ Blockchain: EZ Blockchain started in 2017 and is based out of Chicago, IL, with its presence historically focused in the Midwest. The company is a full-service crypto mining facility management company that builds and operates physical infrastructures for blockchain-based mining, which has positioned the group to develop sustainable energy alternatives from a unique vantage point. Read more about EZ Blockchain and their projects and investments on their website, www.ezblockchain.net.



 

### Oil & Gas Onshore – Monetizing Natural Gas Through Mining Bitcoin with Sergii Gerasymovych

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From Ukraine to the U.S.
Sergii Gerasymovych first flew to the States for a summer job. He was in college in Ukraine, where he’s from. He remembers how cold the air conditioning was in the JFK International Airport in New York and then the 100-degree weather in Texas where he landed hours later.

Would extremes define his experience in the U.S. in other ways?

Sergii was always interested in finding solutions to supply needs, and this passion carried forward as he’s ventured through multiple entrepreneurial projects. The idea of building a business to the point of leadership in its industry has always fascinated him.

At the time of that first summer internship, Sergii imagined his business life would revolve around linguistics. He studied languages and after his summer job was finished, Sergii returned later to the U.S. to start a translation agency.

It was the entrepreneurialism that had him hooked, however, not the languages.

Shortly after his venture into the translation business, Sergii started looking for new opportunities to build more businesses. He even tried his hand at e-commerce. It wasn’t until 2015, however, that he discovered the new frontier with the room to grow that he was really hungry for.


The Art of Business…in Bitcoin
Sergii spent the better part of a decade working his way across businesses. From translation to eCommerce, and later to hardware distribution, he learned that any business can be run by the same rules:

 	Team
 	Vision
 	Strategy
 	Capital

Marry those things together, and Sergii was in the “art of business” with the feeling that he could start anything.

It was no surprise, then, the curiosity that is generated when a client of his in Europe began placing large orders for video cards to his hardware company. The year was 2015, and Sergii’s current project was distributing computer equipment. But he had never seen requests for so man graphic cards.

So, he looked into what kind of business would require orders so large. He soon discovered that the only business necessitating this volume of graphic cards was Bitcoin mining.

That answer, of course, raised even more questions for Sergii. He had heard of Bitcoin but had only just discovered the world of Bitcoin mining. The computer processing power required to mine was enormous, and Sergii thought, why shouldn’t my business provide the hardware needed for this?

Of course, a new passion was part of the equation, too. The more Sergii learned about Bitcoin, the more he was energized by it. The nature of the decentralized cryptocurrency would leave an enormous and positive impact on the world, and Sergii wanted to be part of it.

By 2017, Sergii and his business partner wanted to see if the same market for Bitcoin mining equipment existed in the United States. They became official distributors of mining equipment (from a physical infrastructure aspect) and EZ Blockchain was born.

Though Bitcoin is unique, it does share a side effect with a few other new technologies today: the consumption of power is not easily met. To generate Bitcoin, mining is done on special computers that are notoriously power-hungry.

So, Sergii saw that they needed more energy.

He found that energy, and it was remarkably just sitting around. In the U.S., a practice called “flaring” is the standard in the oil and gas industry for how stranded natural gas is disposed of after being released when drilling for oil. Fields without the infrastructure to transport that gas to processing sites have nowhere to send or store it, and the resulting flaring disposes of so much natural gas that it reaches a quarter of natural gas consumed in electricity each year. Here we wrote about how to sell electricity.
Who would have thought that crypto-mining could solve that problem?
Sergii did.

Sergii saw the opportunity to solve gas flaring while also monetizing the lost asset of stranded natural gas. EZ Blockchain would do this by creating mobile mining containers that could be installed at oil fields with an independent generator to process the gas otherwise flared.

Today, this activity has branched off EZ Blockchain into its own new brand, EZ Energy.

There are multiple ways EZ Energy partners with oil and gas companies around the country, including:

 	If you have flared gas, the company can monetize it by bringing their generator and container to do it.
 	Producers with natural gas stranded and no way to sell it can also use these mobile energy containers and even send excess processed energy to the grid.

The horizon of blockchain mining and energy is an inspiring one. Sergii’s exceeded his initial dream of entrepreneurism with EZ Blockchain at the front of the pack with this technology. What’s next? Listen to this interview on Oil & Gas Offshore and then decide for yourself.

 

Learn more about Sergii’s path to crypto and the groundbreaking news in the industry by listening to the full Oil & Gas Onshore episode.

### Partnership Between EZ Blockchain and Wattum Management to Take Crypto Mining to New Heights

Chicago, IL: EZ Blockchain and Wattum Management announced a new partnership on the heels of a successful year for both companies
EZ Blockchain has come to be recognized as a leader in proof-of-work blockchain infrastructure through groundbreaking work with oil and gas companies. Since the installation of their first “Smartbox” (also known as a “Bitcoin Mining Container”) in 2018, the company has developed several improved manifestations of their specialized mobile data containers and installed them on oil fields across the country. These containers process and utilize the natural gas released during oil drilling, which for decades has been burned (or “flared”) without the necessary infrastructure to monetize it.

The energy harvested from this natural gas becomes an asset for the oil fields as well as the best solutions for gas flaring mitigation. The magnitude of EZ Blockchain’s success in this space has spurred further initiatives for their new brand, EZ Energy.

In addition to processing natural gas and sending energy to the grid, Smarboxes are powerhouses for cryptocurrency mining. This harkens back to EZ Blockchain’s origins in designing, building, and managing physical infrastructure for proof of work blockchains.
And now, that’s where Wattum Management comes in
Wattum carries out full monitoring and maintenance of crypto mining equipment and will now monitor the EZ Blockchain containers themselves. The Wattum team will optimize processes and increase miner efficiency, while also ensuring all machinery runs optimally day and night. With assets like their HiveOS software, Wattum will monitor the state of the farm as well as overclocking.

The goal of the partnership is to make leading mining and flare mitigation technology even more efficient for the benefit of both companies, the oil fields, and end consumers. Once enough of this technology is adopted in oil fields, the EZ Blockchain Smartboxes has the potential to bring down the costs of energy nationwide.

EZ Blockchain and Wattum thought leaders originally connected through a vendor-client relationship. But, as the Wattum motto goes, “we want to be your partner, not your vendor.” This was particularly true in the context of a partnership with EZ Blockchain because the benefits for all stakeholders were palpable.

The partnership is anticipated to bring instantaneous process improvements to Smartbox performance and technology with long-term growth opportunities in software and hardware development for each company.

### Knowledge Vision – An Interview with Sergii Gerasymovych

Listen to the full blockchain conference - here, make sure to register.
Carving New Paths
Most company founders will tell you that starting a company is no simple feat. Starting a company within a newly expanding field or discipline, in particular, requires the highest degree of passion.

Some of the difficulties faced when starting a business at the cutting-edge of any industry come from the lack of business references. In many cases, there is neither theory nor examples to go off of—the rules are being written as the game is being played.

As a result, these business founders are often incredibly ambitious and driven, and the members of the panel in this episode of Knowledge Vision are no exception.

 	Matthew Lisle talks to us about his trajectory and how his experience has played into his current work in secured credit and derivatives trading operations.
 	Daniel McCabe dives into the world of fraud-free digital payments.
 	And Sergii Gerasymovych talks to us about the challenges of dealing with resistance from old-school thinking that pushes back on blockchain and cryptocurrencies.

Resistance for Blockchain
As Sergii describes, curiosity breeds exploration while fear breeds rejection. In a market that’s not only new but volatile such as cryptocurrency, it’s normal to run into a bit of fear along the way. Normal, however, does not mean this fear is in the best interests of the market.

For Sergii and his company, EZ Blockchain, market fear has manifested itself in rejection on more than one occasion. Luckily, that was never the end of the path for this game-changing company. The rejection came first, but curiosity followed, and from there, stakeholders were able to venture together into innovation and exploration.

Fear was nonetheless expected, which is why EZ Blockchain once thought to hide the intended focus under a less obvious name. However, doubling down on their work with the blockchain has helped bolster recognition over time.

As Sergii reveals in this interview, there were and continue to be roadblocks that can make decisions difficult. A big hurdle, for example, is dealing with utilities.

Setting up an agreement with utility companies can be quite expensive for a blockchain-based business, especially when you’re involved with a market like a cryptocurrency. In the case of EZ Blockchain, the utility company wanted many months of payment upfront based on their hesitance towards blockchain. Nevertheless, Sergii was able to push forward, later becoming one of the leading experts in the field today.

 

To learn more about the obstacles that blockchain companies can face and to listen to the valuable comments from the other two panelists, make sure to register and listen to the full blockchain conference. Also, you can explore more about natural gas generator for bitcoin mining.

 

 

### Texas Oil and Gas – An Interview with Sergii Gerasymovych

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Bitcoin Built on Excess
To understand how the pandemic’s effect on the oil and gas industry might spell out danger for crypto mining, we first have to understand how bitcoin and other forms of cryptocurrency work.

Bitcoin, specifically, was created as a sort of digital cash meant to serve in decentralized peer-to-peer transactions. Over time, it developed into a sort of digital gold, wherein it serves as an asset more than simply cash for transactions.

And, similarly to gold, it also has to be mined.

Bitcoin mining might sound like a bit of nonsense at first, but it’s actually an important and detail-focused process. It isn’t some sort of virtual digging for gold, rather is the process of carefully verifying that bitcoin transactions are done correctly and free of fraud, which in turn returns some value to the person validating those transactions. The process requires a bit of infrastructure, however, not to mention a steady source of energy.

That’s where oil and gas come in.

Dealing with energy providers can be a bit tricky as a cryptocurrency miner, especially if you’re trying to find ways to avoid unnecessary costs. A way around these costs—and one that EZ Blockchain has been keen on targeting—is to take advantage of the fact that energy plants run 24/7 while energy consumption does not. This means that plants are producing more energy than they need, resulting in wasted energy that might otherwise be used for something useful.

By purchasing this wasted energy, EZ Blockchain works around unnecessarily high energy costs while also helping energy producers waste less of their energy.
Surviving a Pandemic
Of course, as with most business models, this process wasn’t designed with pandemic survival in mind. The oil and gas industry got hit unfavorably between all the lockdowns—and one would think that this would extend to affect crypto mining by association.

What’s interesting, however, is that this hasn’t been the case. In this episode of Texas Oil and gas, Sergii Gerasymovych explains how oil and gas production has taken a hit but still needs to do something with would-be wasted energy. Multiple big and small producers are producing the equivalent to hundreds of megawatts of excess energy at a time, which is more than enough to keep up mining practices.

 

Learn more about how the cryptocurrency and bitcoin mining industries are handling the pandemic alongside oil and gas companies by checking out the full episode on the Texas Oil and Gas podcast - here. 

### Sazmining Podcast – An Interview with Sergii Gerasymovych

https://www.youtube.com/watch?v=LVYy2wPuXxg
Where does bitcoin come from?
Early in the history of bitcoin and crypto farming, crypto mining from home (without too much initial investment) was both feasible and profitable. As the market has developed, however, the requirements have changed. A substantial investment is now necessary, and the infrastructure required to run profitable mining has rendered that investment pretty hefty.

Costs have gone up since crypto began to get traction, too, but that climb doesn’t have to be indefinite. In fact, Sergii Gerasymovych believes that the cost of mining will plateau in the near future. What’s more, advances in technology and mining capacity have all but guaranteed that increased production costs won’t climb anymore.
What myths surround crypto mining?
Learning that mining requires a significant investment can come as a shock to people who are just learning about the subject. To mitigate costs and make the most of these investments, the equipment and infrastructure are where a miner is best to focus.

Thinking that crypto comes out of thin air—or that no infrastructure is necessary—is one of the most prominent myths around cryptocurrency.

Among those who do understand what infrastructure is required, there’s also the myth that crypto mining consumes so much energy that it’s harmful to the environment.

While it’s always a good idea to keep responsible energy consumption in mind, this is already an integral part of EZ Blockchain’s approach to mining.

Specifically, to get around unnecessarily high energy costs, EZ Blockchain uncovered a cost solution that simultaneously serves as a more sustainable energy consumption process while also providing the energy the company needs for its mining activities.

Mining takes up energy, but energy can be sourced efficiently. Specifically, as Sergii puts it in this episode of Sazmining, power plants are on 24/7 but the energy isn’t being used 24/7. Most households are pretty much only burning energy from about 4 to 7 p.m. once they’ve come home from work and flipped on the TV. This means that excess energy is being produced and wasted during the greater part of the day. By utilizing some of this excess energy, crypto mining can be sustained while also cutting down on the amount of wasted energy produced by plants.

 

Learn more about the myths that surround crypto mining hosting and about how responsible mining energy sourcing can have both environmental and economic benefits by listening to the full Sazmining podcast episode hosted by William Szamosszegi - here.

### HASHR8 Podcast– An Interview with Sergii Gerasymovych

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New Frontiers
When new fields and disciplines emerge and begin to take form, it’s up to ambitious and driven pioneers to carve the way towards mastery. It’s these pioneers that formulate a path for others to follow afterward.

This has been true in just about any discipline that comes to mind—even something as familiar as honey was once uncharted territory, and the first beekeepers were a diverse arrangement of people specialized in other things before it. Charles Butler, often dubbed “the Father of English Beekeeping,” made extraordinary advances in the discipline while he was professionally working as a logician and grammarist.

Bitcoin mining and cryptocurrency are no different today, and the experts who are paving the way have foundations in diverse and separate fields. Sergii Gerasymovych, for example, is a linguist by the formation and a Blockchain leader, and bitcoin mining expert by trade.
From Linguistics to Mining
An important lesson to learn and to never forget is that, while some things seem to share no relation to one another, just about everything is connected in some way.

In the same way, we might not always see the paths that are laid out ahead of us—but they’re always there to take us to the next step, even if that next step takes us in a completely unexpected direction.

This was Sergii’s path towards cryptocurrency. As a young child, his love for reading and learning new languages set him on the path to take this learning to the next level, eventually going to university to study linguistics.

Linguistics, of course, naturally lends itself to transcending borders, both in occupation and in literal borders. In Sergii’s case, this led to working in translation and then in imports and exports, which by chance (and good fortune) set him along the path to crypto.

Exploration of the market and its development would come to show that, while Sergii might have been late to break into a good chunk of the crypto industry, it was not too late to discover and an important solution to energy production for mining. Harnessing what would otherwise be energy plants’ wasted energy, small-scale electricity production becomes a viable and less expensive energy source that led Sergii to become a prominent player in the industry.

 

Learn more about Sergii’s path to crypto and the careful inner workings of the industry by listening to the full HASHR8 episode - here. 

### Bitcoin Chicago Podcast – An Interview with Sergii Gerasymovych

What is Bitcoin?
Although this might seem like a straightforward question, there’s actually quite a bit of nuance to the answer. Bitcoin was created by Satoshi Nakamoto just over 10 years ago as a sort of digital cash meant for decentralized peer-to-peer transactions. Over time, it has become more of a digital asset that has become quite valuable.

Technically speaking, we could call bitcoin a “cryptocurrency.” This isn’t wrong, but we might also consider it to be a type of cryptocurrency that’s in a class of its own. Different legal entities, for example, often classify it in different ways.
What are the Basics of Bitcoin Mining?
Understanding bitcoin and the processes that happen around it is not an easy feat. To better depict what key definitions are in play, we’ll lay out three fundamental pillars of bitcoin mining:

 	Price of bitcoin
 	Price of hardware
 	Energy cost

Talking about these pillars helps us understand why following the bitcoin market can be such a challenge. The price of bitcoin, for example, is tricky to follow and understand. It fluctuates a lot, often in amounts that might seem extreme—and often for reasons we weren’t expecting.

The price of hardware is a little less difficult to follow, but it’s still an essential thing to consider. More than the price itself, it’s important to know that, truly, only a handful of companies create and sell the tools that are needed for mining, and these same companies also mine themselves. The bright side is that there isn’t too much to worry about with fluctuating hardware prices. What might be uneasy, however, is that the businesses providing you the tools are also, in a way, your competition. Whether this is good or bad is mostly up to interpretation.

Perhaps the most interesting pillar to discuss is energy cost. As far as being able to gauge costs themselves, energy is the clearest since it exists in markets that are often much simpler to follow. What makes this a particularly interesting topic for EZ Blockchain, however, is the prospect of creating your own energy on a smaller scale.
Efficient Mining and Wasted Energy Solutions
Years ago, in a struggle to find more affordable energy sources, EZ Blockchain looked into creating their own source of energy. The path was set thanks to the roadblocks and obstacles in obtaining energy outside of what might be considered “conventional” avenues.

That is to say, most plants do not provide energy directly to consumers, and consumers have to go through utility companies to obtain their electricity.

But if you don’t go through the utility companies and the plants won’t sell directly to you, what’s left? Making electricity yourself. 

It sounds ambitious, if not entirely unrealistic. Interestingly, what EZ Blockchain stumbled upon is that natural gas is not just a great way to produce electricity on a small scale but also recycles excess natural gas that is otherwise wasted by the plants.

This means that EZ Blockchain has able to produce cheap electricity by using offset gas, which helps companies get rid of their waste while simultaneously helping the company mine bitcoin.

 

Listen to the full interview for more details and insights from the Salvi Chicago Live show - here. 

 

### EZ Blockchain launches blockchain mining mobile data center with 2,500 KW capacity

EZ Blockchain made news before, developing the EZ Tank - mining container in 2017 and a year later - the EZ Smartbox



The third version of the mobile data center has taken the same leaps each previous version did from prior. The 3.0 new design has a capacity of 720 miners of Antminer S17/S19 or Whatsminer M30S, reaching a total of 2,500 KW of power consumption.





"The Smartbox 3.0 improvements and new features were critical to adapt and implement in today's fast-developing industry. That is why EZ Blockchain invested enormous time and resources into making a new revision of Smartbox faster than any iteration before", said Vlad Rodinoff, the company's president who personally oversaw the team of engineers developing the new modular data center.
After only six months of fast research and development and another six of high-capacity production, the new Smartbox 3.0 was built out in the new design, including:

 	Unrivaled temperature control for remote areas with temperatures up to 120°F
 	Separate access, state of the art Power Room with high-end electric components such as Schneider Electric and ABB.
 	All miners individually protected with double pole breakers
 	Remote main breakers operation for limited access field application now capable of synchronizing with the grid to control demand hours
 	Top-of-line UniFi network gear
 	Oil-field-ready operation with quick deployment on any flat surface or trailer-based
 	Swing-out panels with air intake filters for quick-and-easy service
 	Swing-out electrical fan panels for easy access (three fans per section)
 	Adjustable height rack shelves to accommodate different size miners
 	Redesigned hot/cold zone dividers



EZ Blockchain's extensive experience in crypto mining was used in R&D for the superior structural and functional design of the Smartbox 3.0. The company gave away the idea of the retrofitted marine containers used by other manufacturers due to overheating issues with temperatures above 95°F. Instead, water, fire-resistant sandwich panels with foam between aluminum sheets are used, providing thermal insulation for both hot and cold environments, and are lightweight for easy installation.

The company has set up a manufacturing line to increase the production of mobile data centers to meet the existing demand in the US.

Based out of Chicago, IL, EZ Blockchain is a full-service crypto mining facility management company that builds and operates physical infrastructures for blockchain-based mining since 2017. Read more about EZ Blockchain and its projects on our website, www.ezblockchain.net.

### EZ Blockchain at Blockchain in Oil and Gas, 2019 in Houston, Texas

Now, there are a few reasons people go to conferences:

 	networking,
 	selling,
 	education,
 	and after-parties,
 	but mostly for the after-parties.

Right now at EZ Blockchain, there are heavy projects going on and there’s no way I can just fly to Houston for a conference with less than 1-week notice. But after an hour of checking out some incredible talks from the 2018 Blockchain Oil and Gas conference, my reservations and tickets were booked. I was going to the capital of oil in gas in America, Houston, TX.

Working in blockchain technology for a few years now, I’ve sat through blockchain presentations for all kinds of use cases. In my opinion, when Bitcoin, a cryptocurrency based on blockchain skyrocketed to almost $20,000 per unit 2 years ago, this attracted millions of new investors and suddenly the word “blockchain” was added to every project. Everyone followed. Eventually, when Bitcoin crashed to $3,000, many lost a fortune, but bigger companies like IBM, E&Y, Microsoft kept buying ads from Google and promoting blockchain as if Bitcoin is bad, blockchain is good. So I was curious to learn what the oil and gas industry is trying to accomplish by jumping on this super-hyped bandwagon called BLOCKCHAIN.
The team from Energy Conference Network put together an amazing event with the support of the Oil and Gas Blockchain Consortium
Top-level speakers...check, the convenient venue...check, packed agenda with enough coffee breaks for networking...check My expectations were met. I was impressed to learn about a few use cases and even project updates that are actually in progress with the oil and gas companies. In recent years, mentioning the word “Blockchain” in a company’s “About Us” section could increase its value by a few hundred percent, without ever building anything. But, it seems in the oil and gas industry it’s only half true. Yeah, I could see a few IT departments added blockchain development as a part of their It is new, it's hot, we will be late, let's do it now technological progress But a good amount of these oil and gas companies actually are solving problems which so far haven’t been economically solved and have found blockchain can really be the answer.



For example, OOC Oil and Gas Blockchain project update in partnership with Chevron presented a real use case in the Joint Operating Agreement voting process via blockchain. An operator requests approval from Working Interest Owners to conduct any operations before they spend any money on a jointly owned property. The voting manual process can take a long time and is the same procedure it was using in the 20th century, physical ballots prepared and mailed by Certified Mail.

Balloting plus blockchain is a perfect mix, a few lines of codes in a smart contract can save hundreds of hours of manual work as well as achieve needed voting expedited results at a reduced time which helps the company to make the next move. Most important, the results recorded on the ledger increase transparency and prevent disputes in the long run. This implementation obviously carries some risks with it such as scaling and adoption but the rewards are overshadowing, blockchain technology will bring transparency, time savings, reduced human errors, and an easier dispute resolution process. Another project done by the Oil and Gas Blockchain Consortium updated digitized truck ticketing systems on water hauling from wellsite to disposal site based on blockchain partnering with Equinor. By implementing a digitized truck ticketing system on a full scale, Equinor expects to realize 25% total process cost savings

Interesting to note, the oil and gas industry includes various additional blockchain use cases outside of payments in land management, supply chain management, hydrocarbon traceability, commodity trading, intercompany billing, and more. Some blockchain applications can help to transform a full business cycle for an oil producer.

When you can see that such big players like Chevron Corporation, Equinor, ConocoPhillips , and Hess give it a try to blockchain technology to actually solve a problem within their operations, it inspires and motivates them to develop, build and believe in the new technology.

Even though I was stuck in Hoston because of flooding, I am glad I had an opportunity to enjoy such a wonderful conference packed with insights and like-minded people and I am looking forward to going next year, too.

### EZ Blockchain and the new partnership with KTS Engineering will promote renewable energy and reduce natural gas flaring

The partnership was shaped by the shared goal of reducing natural gas flaring
This problem is a consequence of infrastructure shortcomings, specifically the limited facilities or means of transporting the natural gas released in oil drilling. Ultimately, flared and wasted natural gas has a measurable and negative impact on the environment and further affects access to sustainable energy for local communities, and results in dollars lost in local markets.
The partnership that will change everything
KTS Engineering will be supplying Gas Generating Units for EZ Blockchain projects in the oil and gas industry, specifically to reduce flaring, to create access to sustainable energy for communities, and to inject more capital into the market using resources otherwise being wasted.
These units will be used by EZ Blockchain at their new North Dakota oil field-based mobile data centers for on-site generation of electricity to support blockchain and Bitcoin mining by using associated natural gas that would otherwise be flared and wasted.

Jenbacher is also backing the partnership between EZ Blockchain and KTS Engineering, and all the players are now in place for EZ Blockchain to start developing the first North Dakota mobile data centers location.
EZ Blockchain’s new oil field-based mobile data center to be powered by flared gas
The new mobile data center will begin operation within coming months in North Dakota, at Bakken Oil and Gas Formation where about  2,000 megawatts worth of natural gas is flared per hour, according to data analyzed from the North Dakota Industrial Commission.

EZ Blockchain will be harnessing a small portion of that power to convert wasted gas into electricity for the 5MWs oil field-based data facility they’re building—and while a 5MW crypto-mining data center is sizable for the blockchain industry, in terms of the available energy being wasted each day, the amount of flared gas equals greater potential energy that could power dozens of similar locations if harnessed and used.

This new partnership will provide EZ Blockchain with competitive, direct OEM pricing on GenSets on top of extensive technical expertise and customer support in design, production, and field operations. And with the impact EZ Blockchain and KTS Engineering can have on the environment and on the blockchain industry, the success of this partnership has no limits.

EZ Blockchain is open for new cooperations with oil and gas companies that have a gas flaring problem. Our turn-key mobile wasted energy reduction solution can bring a lot of benefits to the oil and gas industry. Contact EZ Blockchain via their website, https://ezblockchain.net/

### EZ Blockchain on Oil and Gas - Tech Podcast with Mark LaCour

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Why is cryptocurrency valuable?
Cryptocurrency is a digital form of currency using cryptography for security. Bitcoin is the most famous name heard in cryptocurrency and was a digital coin founded over 10 years ago. Since then, cryptocurrency has become mainstream, especially a few years ago where trade went public.
Advantages to cryptocurrency that highlight its value include:

 	Decentralization. No government or country controls any cryptocurrency.
 	It's also a great way to do cross-border transactions.
 	Cryptocurrency is more secure because it uses cryptography. And because it runs transactions on decentralized computers around the world, security has become even tighter as it has grown.
 	The Blockchain is also secure because it's distributed in a public ledger—no one entity has control over it.

Hidden revenue stream in well gas

Oil and gas have always challenged technology. And now, technology is challenging back.

Cryptocurrency mining and the processing of transactions all take energy. Cryptography has its cost, without a doubt. Every one Bitcoin "mined" has a cost in the energy spent to get it, not to mention the hardware and infrastructure used. People invest a lot into the systems that generate cryptocurrency.

EZ Blockchain, however, is working to move the needle using AI in oil and gas to make mining more conscientious while still supporting the growth of the Blockchain. We’re working with real oil and gas companies, and with real results.

Specifically, EZ Blockchain is turning wasted energy into usable energy.

This is the hidden revenue stream in well gas:

When companies drill for oil, natural gas is the naturally-release byproduct of the process. However, oil companies don’t have the infrastructure to transport that natural gas to plants where it can be processed into energy. Instead, it’s “flared” (burned) into the atmosphere. The energy is wasted and the environment suffers the price.

Now, EZ Blockchain is coming in with our unique mobile data centers to hook up directly to the natural gas stored at drilling sites. We use generators to turn that gas into energy, and we use that energy to mine cryptocurrency. EZ Blockchain is taking what would have been wasted energy and turning it into low-cost energy for Blockchain mining. No new infrastructure is required.

With this groundbreaking model, cryptocurrency wins. Local oil fields win. The environment wins. Now, people are starting to realize the full impact of this solution. And the more mobile data centers EZ Blockchain sets up at oil fields, the better our technology gets as we scale.
When LTE is "just right"
You could call it the icing on the cake that the connection needed to process cryptocurrency “hashes” at these mobile sites doesn’t require more than an LTE or 4G data connection. These new mobile data centers truly put “mobile” to the test and have out-performed our expectations every time.

Listen to the full interview for more details and insights from the Oil and Gas Tech Podcast.

### Dose of Ether #16: EZ Blockchain and Celsius Network

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What Sergii and Bijan talked about
2019 was a big year for EZ Blockchain, and Sergii and Bijan had a lot to talk about when they connected at the conference. The focus of the interview, however, was the progress EZ Blockchain has made to take wasted natural gas burned at oil refineries and put it to productive use.

The mobile data centers built by EZ Blockchain are now in place at multiple drilling sites around the U.S. The natural gas released by these sites (a natural byproduct of drilling for oil) is normally “flared” (burned off), but these mobile data centers are changing that. How? These oil sites don’t have the infrastructure to transport the natural gas to centers where it can be processed and turned into energy. This is the reason why these companies have been forced to flare the gas for generations.

The wasted energy and environmental emissions have become devastating for the ecosystem and the economy alike. As a response, and to the benefit of the market, EZ Blockchain is coming in to turn that gas into energy using generators on-site.
How does this relate to the Blockchain?
These oil refineries don’t have the infrastructure to transport natural gas to plants. So now, EZ Blockchain comes to them. Using our unique mobile data centers, we hook up directly to the natural gas sources at the refineries to process the gas through our own generators. We then use that energy to mine cryptocurrency.
Mining cryptocurrency takes energy, and EZ Blockchain captures wasted energy
The mobile data centers by EZ Blockchain work running hashes all day long to convert those hashes into mined Bitcoin. This takes energy and lots of it. EZ Blockchain uses the natural gas otherwise flared to power our mobile data centers. Not only does this system save energy that would otherwise be wasted, it also makes the global Blockchain more energy-friendly.

The larger Blockchain community is not thinking a lot about energy—at least, they’re not talking about it. EZ Blockchain is the player on the field who’s worked to change that. We’re in this to make sure everyone wins. Because, if that’s possible, that is the only standard of excellence we care to meet.
Icing on the cake
Except for the cost of developing the mobile data centers and the cost of renting the generators, the overhead of our mobile centers is low. Our energy consumption is also more efficient. And the oil companies are telling us to “take it all,” because otherwise the gas flared poses problems for the companies under state laws and common ethics. Listen to the full podcast above for more details from the interview.

### EZ Blockchain opens a new mobile data center site

The new location, comprised of three data centers, is projected to deploy up to 3 megawatts (MW) of power — but has the capacity for 6 MW. The local infrastructure developed to support this was the fruit of a collaboration with the Starke County Economic Development Foundation. EZ Blockchain made significant investments into this infrastructure with the confidence that it would provide for the community as well.

Starke County officials and local utility company representatives agree that this site’s installation is going to be an exciting and profitable addition to the industrial park area around Hamlet.

The local press covered the development of this mobile data center site when work was underway, and now the site is up and running. The sub-station at the location offers the power to invite investors and collaborators, including leaders in cryptocurrency mining, to rent within the space. And with specific optimization for blockchain technology, the new bitcoin mining trailer is designed to maximize blockchain hardware to keep mining costs lower.EZ Blockchain will be building more locations like this around the U.S. using renewable energy and will continue to model the rising relevance of cryptocurrencies and blockchain technology in the market.

EZ Blockchain’s new data center site also means a handful of new jobs for local Starke County residents. In rural Indiana, a stone’s throw away from Chicago, the site has stirred excitement and interest for those involved or interested in blockchain technology. Ongoing developments in cryptocurrencies have investors poised to participate, and now, EZ Blockchain’s new site has risen to answer.

### Interview of Sergii Gerasymovych from EZ Blockchain at the Voice of Blockchain 2018 in Chicago

 

https://www.youtube.com/watch?v=XpA2te_3Fjk

 

At Chicago’s Voice of Blockchain Conference which took place on August 24th and 25th at Chicago’s Navy Pier, there were many great speakers presenting many different views and innovations on blockchain technology, from various points of view such as Dapp programming and consensus algorithms, Bitcoin mining and proof of work blockchains however there was definitely one voice at the event speaking loud and clear about helping others to participate in proof of work blockchains the EZ way.

Check out this interview by Blockchain.wtf and EZ Blockchain’s co-founder Sergii Gerasymovych and learn the mindset and the first steps required to building your own cryptocurrency mining business. Explore here more about plug and play crypto miner.

 


### Sergii Gerasymovych



### Jonathan Wonsettler



### Pete Valela



### Aviran Vargas



### Cynthia Walker



### Alex Midence



### Vlad Rodinoff




### Model AT2880

Auradine Teraflux AT2880 is a much sought-after air-cooled SHA‑256 ASIC miner that combines industry-defining efficiency, top-of-the-line performance, and enterprise-ready manageability, making it a great pick for both professional mining operations and solo deployments.

All-purposeness is one of the main standout points of this miner. Efficiently battling air-cooling density issues, it fits large data centers. Its power efficiency makes it a reliable pick for grid-responsive mining farms. And the compact design and simple remote management of Teraflux turn it into a go-to choice for solo mining. 

 	Current Auradine Teraflux AT2880 price: $3,000–$4,800

Why Choose AT2880?
Auradine’s first U.S.-engineered flagship, the AT2880 delivers up to 260 TH/s at an incredible ~16 J/TH, demonstrating some truly outstanding balance between peak power and long-term efficiency. For more versatility, the miner can operate in two separate modes — standard (180 TH/s) and turbo (260 TH/s). 

All in all, this miner is engineered for 24/7 DX-grade industrial applications. But as yet another advantage, it features a whole suite of compatible software that can help better manage and boost the nominal performance of the miner.

Auradine Teraflux AT2880 features:

 	Dual modes that you can use to trade off hashrate and energy consumption to match your power costs and objectives.
 	EnergyTune platform is a patent-pending solution providing smart adjustments for dynamic power grids and efficiency optimization.
 	FluxVision Fleet Management enables real-time monitoring, analytics, and API integrations via Auradine’s cloud suite.
 	Zero-touch provisioning — there’s easy onboarding for new users with auto-setup via ZTP for large-scale deployments.
 	Resilience to ASIC failures thanks to the smart hashboard, which keeps operations online even if chips degrade.

 

Auradine AT2880 specifications:



Hash rate
Standard: 180TH/s; Turbo: 260TH/s


Power consumption
3,850 W (Turbo) / ~4,160 W nominal 


Efficiency
~16J/TH


Cooling
Air-cooled, <–20°C to +50°C range


Networking
Ethernet, cloud-enabled via FluxVision API


Dimensions/Weight
Standard rack format: export-specific details


Intelligence features
EnergyTune, smart hashboard, auto-temp control, ZTP mode



How to Start Mining with AT2880
Installing and starting up a newly-purchased Teraflux AT2880 doesn’t require too much effort or time:

 	Receive unit, unbox, and inspect it: Track a shipment via courier, and once you get it, make sure that all components are in place and undamaged.
 	Connect power: Use a compatible power supply unit to connect the miner to a 220–240 V @ 20 A outlet. Use Ethernet cable to 
 	Set up network: Connect the miner to the Internet using an Ethernet cable. 
 	Launch miner’s interface: Visit a FluxVision portal for first-time use onboarding, initial configurations, and firmware updates. 
 	Tune operating mode: Choose the main operating mode (Standard or Turbo) and use EnergyTune to adjust desirable hash rates and performance. 
 	Start mining: Specify the details of your go-to mining pool and wallet address, save settings, and get to mining!

If you need help setting up and figuring out a new mining rig, make sure to turn to EZ Blockchain’s assistance.
Delivery Time
Your newly-placed order for an ASIC miner takes 7–14 business to arrive, based on your location and stock. You will get a tracking number which you can use to watch the shipping process in real time and get updates on each stage of delivery.
Shipping
We offer international shipping via big trusted couriers. Shipping costs may vary based on destination and weight of the package. For detailed shipping options and costs, please contact EZ Blockchain’s support.
Returning Policy
All sales of the Auradine AT2880 are final and non-refundable. We advise customers to review their orders carefully before purchase. For more details, consult Auradine's terms and conditions.
Warranty
Auradine Teraflux AT2880 comes with a 365-day warranty. You can fix any manufacturing defects free-of-charge in up to a year from the official shipment date.

### Antminer S21

With Antminer S21, profitability from mining becomes tangible and easily achievable. One of the latest entries in the Bitmain ASICs series, S21 is a beast of a mining setup, both powerful and flexible. It is a great, balanced entry point for new miners and a highly-efficient hardware addition or replacement for existing operations. 

 	Current Bitmain Antminer S21 price: $4,200

Why Choose Antminer S21?
The Bitmain Antminer S21 is a state-of-art ASIC miner designed for SHA-256 algorithm cryptocurrencies like Bitcoin. With a hash rate of up to 195 TH/s and power consumption of 3500W, it offers an outstanding energy efficiency of 17 J/TH.

The Antminer S21 is designed for continuous operation, maximized uptime, and active profitability. With its high hash rate threshold, users can expect peak mining performance. Depending on network difficulty and electricity costs, Antminer S21 can help achieve highly profitable margins.

Bitmain Antminer S21 specifications:

 	High performance: Delivers a robust 195 TH/s hash rate at peak performance.
 	Energy efficiency: Consumes 3500W, optimizing electricity usage.
 	Compact design: Measures 400mm x 195mm x 290mm, fitting easily into any setup.
 	Durable build: Weighs 15.4 kg, keeping stable during operation.
 	Optimal operating conditions: Functions best between 0–45°C with 10–90% humidity.

How to Start Mining with Antminer S21?
It is fairly easy to install and start using a newly-purchased Antminer S21 even without EZ Blockchain’s assistance:

 	Unbox and inspect: Check that all components are present and undamaged.

 	Connect to power: Use a compatible power supply unit (PSU) to connect the miner to a 220~277V AC outlet.
 	Set up network: Connect the miner to the internet via an RJ45 Ethernet cable.

 	Access miner interface: Use a web browser to enter the miner's IP address and access the configuration page.

 	Configure mining pool: Input your preferred mining pool details and wallet address.

 	Start mining: Save settings and begin the mining process.

Useful: Running the miner in stock configuration for a few hours before immersion cooling ensures all systems operate correctly, preventing potential damage during fluid immersions.

Important: The S21 model's single power cord design simplifies electrical connections compared to older models, but high current requirements still mandate professional electrical inspection for safety
Delivery Time
Your newly-placed order for an ASIC miner takes 7–14 business to arrive, depending on the stock situation and your location. We provide a tracking number which you can use to watch the shipping process in real time and get updates on each milestone.
Shipping
We offer international shipping via big trusted couriers. Shipping costs may vary based on destination and package weight. For detailed shipping options and costs, please contact EZ Blockchain’s support.
Return policy
All sales of the Antminer S21 are final and non-refundable. We advise customers to review their orders carefully before purchase. For more details, consult Bitmain's terms and conditions.
Warranty
The Antminer S21 comes with a 365-day warranty, which allows addressing manufacturing defects in up to a year from the official shipment date. Customers can check their warranty status by entering the miner's serial number on Bitmain's warranty check page.

Got more questions? EZ Blockchain will help you find your best-fitting configuration of the Antminer S21 for sale, assist with its full setup, and support you further, every step of the way. 

### WhatsMiner M50S++

The MicroBT WhatsMiner M50S++ is the flagship upgrade to the popular microbt whatsminer m50s line, pushing SHA‑256 performance to a remarkable 160 TH/s while trimming energy use to roughly 21–22 J/TH. That blend of speed and efficiency makes it one of the best choices for miners who track microbt whatsminer m50s profitability every day. The current microbt whatsminer m50s price for the ++ revision averages about US $1,650 direct from the official WhatsMiner shop, with some resellers listing similar units around £1,400–1,500. 
Why Choose MicroBT WhatsMiner M50S++?

 	Top‑tier hashrate: Up to 160 TH/s in Turbo Mode delivers a sizeable revenue edge versus most air‑cooled rigs in the same watt class.
 	Strong power efficiency: At roughly 3.36–3.52 kW you’re looking at ≈21 J/TH, which slots the M50S++ alongside the most efficient 5 nm ASICs released in 2023–25.
 	Integrated PSU & dual‑fan cooling: A built‑in 3800 W power supply and high‑speed front‑to‑back fans simplify installation and keep the miner stable under heavy loads.
 	Durable, rack‑friendly design: The chassis measures 430 × 155 × 226 mm and weighs ≈13.5 kg, letting you slot units into standard 4U shelves without custom brackets.
 	Proven profitability: With BTC at today’s levels, an M50S++ can net roughly US $9–12 in daily gross revenue before power costs, depending on pool luck, making ROI calculations straightforward for farm operators watching microbt whatsminer m50s profitability.

How to Start Mining with M50S++

 	Unbox & inspect – confirm no visible damage and verify the serial number for warranty.
 	Connect power – plug the single C19 cable into a 220–240 V circuit (16 A breaker recommended).
 	Network setup – attach an Ethernet cable to your router or switch; DHCP is enabled by default.
 	Access the dashboard – use the WhatsMiner Tool or a network scanner to find the IP, then log in through a browser.
 	Pool configuration – enter your preferred pool URL, worker name, and wallet address; save and reboot.
 	Optional tuning – enable “Performance” or “Eco” profiles to balance hashrate vs. watt draw, or leave stock settings for stability.

Tip: Run the unit for a few hours in air before dropping it into immersion to confirm all boards hash evenly.
Estimate Time
Typical lead time for new‑in‑box M50S++ units is 5–10 business days if the model is in the U.S./EU warehouse, and up to 15 days for factory‑fresh batches shipping direct from Shenzhen. A tracking ID is issued within 24 hours after payment clears.
Shipping
EZ Blockchain partners with DHL, FedEx, and UPS for worldwide delivery. Freight quotes depend on destination, batch quantity, and declared customs value. Contact support for palletized rates if you are ordering 20+ units.
Returning Policy
All ASIC sales are final and non‑refundable once dispatched, in line with MicroBT’s global terms. If a unit arrives DOA or with obvious shipping damage, notify EZ Blockchain within 24 hours for an RMA authorization; replacement or repair will be arranged per warranty rules.
Warranty
Each MicroBT WhatsMiner M50S++ carries a 365‑day factory warranty counted from the shipment date on the official invoice. Warranty covers manufacturing defects on hash boards, control boards, and the integrated PSU. Claim status can be checked through the MicroBT RMA portal using the miner’s SN/QR code. EZ Blockchain will liaise with MicroBT service centers to streamline repairs or board swaps at no additional service fee.

Need help selecting the right batch size or want to compare the M50S++ against Bitmain’s S21? Reach out to EZ Blockchain — we’ll crunch the numbers and make sure your next upgrade meets your ROI targets.