Impact of the Winter Storm on Bitcoin Mining

According to AccuWeather, the storm affected over three dozen states, resulting in widespread power outages and energy supply disruptions. This forced Bitcoin miners to reduce their activities significantly to stabilize the energy grid.

Data from CoinWarz revealed that Bitcoin’s network hashrate plummeted to 663 exahashes per second (EH/s) on Sunday, representing a substantial decline. However, by Monday, the hashrate showed signs of recovery, climbing back to approximately 854 EH/s.

Bitcoin Mining’s Role in Grid Stability

Interestingly, Bitcoin miners have the ability to stabilize power grids through load balancing. By adjusting their power consumption, they can help manage energy demand during peak times. This adaptability is a notable strength of the Bitcoin mining ecosystem.

Daniel Batten, a Bitcoin environmental, social, and governance researcher, highlighted how Bitcoin mining in Texas successfully supported grid stability during the harsh weather conditions. Such initiatives underscore the potential for mining operations to contribute positively to energy management.

Production Challenges for Major Miners

The storm also led to decreased Bitcoin production for some of the largest US miners. For instance, Marathon Digital Holdings saw a significant drop in daily mining output, from 45 Bitcoin to just seven. Similarly, IREN experienced a reduction from 18 to six Bitcoin.

These disruptions highlight the vulnerabilities of Bitcoin mining operations to extreme weather conditions. However, the ability to quickly scale down operations and resume them once conditions improve is a testament to the resilience of the Bitcoin network.

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The proposed crypto mining tax will be implemented in tiers. Miners consuming up to 2.25 million kilowatt-hours (kWh) annually will be exempt. However, those using between 2.26 million to 5 million kWh will face a tax of 2 cents per kWh. For miners whose consumption ranges from 5 million to 10 million kWh, the tax increases to 3 cents per kWh. The rate further escalates to 4 cents per kWh for those utilizing up to 20 million kWh. Finally, any mining operation exceeding 20 million kWh per year will incur a tax of 5 cents per kWh.

Impact of the Crypto Mining Tax on New York State

This proposed legislation is not unprecedented but could have substantial impacts on the crypto mining industry. Companies reliant on grid electricity may find their profit margins squeezed even tighter, potentially forcing them to relocate to regions without such regulatory expenses.

Interestingly, the bill exempts miners who use 100% renewable energy. These miners were permitted to remain operational under a two-year mining moratorium that began in 2022 and expired in 2024. This exemption could provide an incentive for companies to invest in renewable energy infrastructure.

Challenges for Crypto Miners

With electricity costs being a critical component of mining operations, companies that use renewable energy in remote areas may gain a competitive edge. These businesses can mitigate the fluctuating costs of energy, which is a crucial factor in the mining process.

The median cost to mine a single Bitcoin (BTC) soared to over $70,000 in the second quarter of 2025 due to increasing mining difficulty and network hashrate, as reported by TheMinerMag. Rising energy prices in early 2025, estimated at $0.08 per kWh, doubled the costs for TeraWulf, a mining firm in upstate New York. This led to a reported loss of $61.4 million during the period.

It’s clear that the proposed crypto mining tax in New York State could significantly alter the landscape for miners, especially those unable to switch to renewable energy sources.

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In a fascinating twist reminiscent of the 1990s, electricity demand is witnessing a substantial increase, largely fueled by the burgeoning cryptocurrency industry and advancements in artificial intelligence (AI). As data centers expand to support these technologies, companies like Vistra Corp. are revising their profitability estimates upwards, anticipating a significant uptick in energy consumption.

Electricity Demand Driven by Technological Advancements

Vistra Corp. recently experienced a notable rise in its stock value following their announcement of increased potential profitability for the coming year. This optimistic outlook is attributed to the growing electricity demand required to power data centers. These centers, essential for AI operations and cryptocurrency mining, are at the forefront of this energy consumption surge.

Cryptocurrency mining, in particular, demands immense computational power and, consequently, substantial energy resources. This energy-intensive process is a key factor contributing to the rising electricity demand globally. As more data centers are constructed to accommodate these processes, energy consumption is expected to continue its upward trajectory.

Impact on Energy Sector Companies

This surge in electricity demand has significant implications for energy sector companies. ConocoPhillips, for example, recently reported a decline in second-quarter earnings, impacted by falling oil prices. However, the increased energy demand presents an opportunity for these companies to pivot and capitalize on the emerging needs of data centers and cryptocurrency miners.

Additionally, businesses like BP and Siemens Energy are actively reviewing their portfolios and operational strategies to align with this shifting energy landscape. BP, for instance, is undertaking a cost review and exploring potential growth opportunities in global upstream production, including the discovery of new oil reserves offshore Brazil.

Broader Market Implications

The broader market is also reacting to these developments. Oil futures have experienced fluctuations, influenced by factors such as U.S. tariffs, Russian sanctions, and OPEC+ output changes. Meanwhile, the natural gas sector has seen price adjustments as weather-driven demand fluctuates and inventory levels shift.

Companies like Blackstone are making strategic acquisitions, such as the purchase of Enverus, an energy data intelligence company, signaling a keen interest in leveraging data-driven insights to navigate this evolving energy landscape.

As the global energy demand continues to climb, driven by technological advancements in AI and cryptocurrency, companies must adapt to these changes to remain competitive and profitable. The future of energy consumption, much like the trends of the 1990s, promises to be dynamic and transformative.

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Electricity Demand and Cryptocurrency Mining

The rise in electricity demand is closely linked to the burgeoning field of cryptocurrency mining. As digital currencies like Bitcoin gain popularity, the energy required to mine these currencies has become substantial. Cryptocurrency mining involves complex computations that require significant computational power, leading to a spike in energy consumption.

Vistra Corp.’s recent performance underscores this trend. The company has revised its profit estimates upward, citing increased energy demands from AI and cryptocurrency sectors. This adjustment reflects the broader market’s recognition of cryptocurrency mining as a significant driver of electricity usage.

Market Dynamics Influencing Electricity Demand

Several market dynamics are influencing this surge in electricity demand. The convergence of AI technology and cryptocurrency mining is creating unprecedented pressure on energy resources. Data centers, which host the servers needed for these technologies, are expanding rapidly, further intensifying the demand for power.

Moreover, technological advancements are making cryptocurrency mining more accessible, encouraging an influx of new participants eager to profit from digital currencies. This accessibility amplifies the overall energy consumption associated with mining activities.

Broader Implications on the Energy Sector

The increased electricity demand due to cryptocurrency mining has broader implications on the energy sector. Traditional energy companies are now faced with the challenge of meeting this new demand while maintaining sustainable practices. This shift has prompted companies like Vistra to explore innovative solutions to balance energy generation and environmental considerations.

Furthermore, the energy sector is witnessing a shift towards renewable energy sources to support the growing demand. Companies are investing in solar, wind, and other renewable technologies to provide sustainable power solutions for data centers and mining operations.

The Future of Electricity Demand and Cryptocurrency

Looking ahead, the intertwining of electricity demand and cryptocurrency mining presents both challenges and opportunities. As the digital currency market continues to evolve, energy companies must adapt to provide reliable, sustainable energy solutions. This evolution will likely drive innovations in energy efficiency and renewable resource integration.

Overall, the correlation between electricity demand and cryptocurrency mining is a testament to the dynamic nature of the energy sector. As companies navigate these changes, they will play a crucial role in shaping the future of energy consumption and sustainability.

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The Energy Web Token (EWT) serves as the operational token for the Energy Web Chain, a blockchain platform fashioned for the energy industry specifically. The Energy Web Foundation, a non-profit organization, launched it in June 2019 to promote diversification in the energy sector through the development of decentralized applications (DApps). It is designed to cater to the needs of various stakeholders in the energy industry, such as grid operators, software developers, and vendors by offering a blockchain solution that is custom-made for energy applications.

Founded by RMI and GSy, the Energy Web Chain is a flexible blockchain solution that caters to a broad spectrum of the energy sector’s requirements. One of its key features is its ability to allow enterprises to create fully customized decentralized applications, keeping in mind the unique requirements of the energy industry. The platform is designed with a focus on enterprise usage, ensuring advanced scalability and data privacy. Moreover, the Energy Web Foundation has developed the Energy Web Decentralized Operating System (EW-DOS), a tech stack that aids online management and control of electrical systems.

The EWT token operates as the primary currency within the Energy Web Chain ecosystem, enabling operations and applications on the platform. As of February 2021, the EWT token holds the one hundred and second position in the CoinMarketCap token ranking, reflecting its growing recognition and significance within the crypto community. The EWT token allows users and enterprises on the Energy Web Chain to engage in a variety of activities, such as developing and utilizing decentralized energy applications, and managing electrical systems through the EW-DOS.

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The lawmakers clearly stated in the bill, “By fostering a French mining sector that leverages a controlled and carbon-free electricity mix, France could position itself as a significant player in the cryptoasset ecosystem.”

According to the proposal, power producers often have to sell their overproduced energy at a loss due to storage limitations. This leads to an “untenable economic and energy waste”. Moreover, the existing regulations that mandate nuclear power plants to adjust their power outputs based on renewable energy production strain the power plant’s infrastructure.

If enacted, the bill would lead to the establishment of data centers near power production sites, potentially in unused factories or facilities. The lawmakers believe this approach would bring substantial benefits without jeopardizing the current energy supply.

The proposal further elaborates on the benefits of bitcoin mining, “In essence, bitcoin mining is an innovative application that can transform a problem (unused surplus) into an economic opportunity.”

As per the Association for the Development of Digital Assets (ADAN), dedicating a single gigawatt of power to mining could generate $100 to $150 million in annual revenue. The proposal also highlights another advantage of bitcoin mining – the production of heat, usually considered waste, which can be harnessed.

“Mining computers actually emit a significant amount of heat, which can be captured via heat exchangers to warm buildings, power agricultural greenhouses or drive industrial processes,” said the proposal.

The lawmakers also noted that such an energy-efficient approach is already being implemented in countries like Iceland, Norway, and Sweden, proving its technical feasibility.

Disclaimer: The Block is an autonomous media outlet that provides news, research, and data. Foresight Ventures, as of November 2023, is a majority investor of The Block. Foresight Ventures invests in other companies in the crypto space. Crypto exchange Bitget is an anchor LP for Foresight Ventures. The Block continues to operate independently to deliver objective, impactful, and timely information about the crypto industry. Here are our current financial disclosures.© 2025 The Block. All Rights Reserved. This article is provided for informational purposes only. It is not offered or intended to be used as legal, tax, investment, financial, or other advice.

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“The current quarter is likely to see direct production costs going beyond $70,000,” TheMinerMag mentioned in its industry update for May/June. A climb to $70,000 would indicate an approximately 9.4% rise, which could potentially squeeze less efficient Bitcoin miners as their profit margins decrease.

Despite the rising production costs, most miners still have a significant buffer with Bitcoin currently trading around $107,635. However, these estimates don’t factor in the depreciating value of the mining rigs or the Bitcoin earned from machines leased out to clients.

Keeping the fleet hashcost — the cost of computing power to mine Bitcoin — low is a top priority for public companies, especially with the increasing production costs. In Q1, the median fleet hashcost for public miners remained at roughly $34 per petahash per second (PH/s). However, companies like Terawulf and Bitdeer experienced more than a 25% rise in production costs, largely due to a spike in energy prices to $0.081 per kilowatt-hour (kWh) in Q1, almost twice the $0.041 per kWh in Q1 2024.

Bitcoin mining stocks have shown a divergence, with investors leaning towards firms that have diversified revenue streams beyond Bitcoin mining. While Bitcoin saw a 1.35% increase between May 4 and June 13, IREN (IREN) jumped by 21.4%. Core Scientific (CORZ), Bit Digital (BTBT), and Cipher Mining (CIFR) also saw significant gains. On the other hand, Canaan (CAN) and Bitfarms (BITF) dropped by over 21%.

“The gap between the best and worst-performing mining equities has expanded notably, highlighting the growing investor focus on revenue diversification beyond Bitcoin mining,” TheMinerMag pointed out. Bitcoin miners have started branching out into AI hosting and high-performance computing services in recent months.

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On May 15, Paraguayan prosecutor Irene Rolón released a statement detailing that the individuals were apprehended shortly after infiltrating a locked area of Teratech SA, a local technology company based in Coronel Bogado. It is suspected that the individuals may have been affiliated with Teratech as freelance contractors, but this information awaits confirmation from the company’s CEO.

The three extradited individuals, Jinping Duan, Tian Jianyun, and Zheng Guanglong, are Chinese nationals who lacked official entry records into Paraguay. Both Paraguayan authorities and Interpol suspect they might have entered illegally through Brazil or Bolivia.

The fourth person, Nahun María Velázquez Garcete, is a legal resident of Paraguay and believed to be associated with a criminal organization. Charged with aggravated theft, he is currently in pretrial detention. He was rushed to the hospital in critical condition shortly after the arrest, however, the nature of his injuries remains undisclosed.

Paraguayan officials are investigating whether other individuals were involved in the attempted heist, with the investigation ongoing. Prosecutor Rolón suggests that the extradited individuals may have been illegally working in Paraguay for several months, potentially as programmers. It remains uncertain if their work was related to the company.

Paraguay’s abundant renewable energy resources make it an attractive hub for cryptocurrency mining operations. The Itaipu dam, which supplies all of Paraguay’s local electricity needs and generates ample excess electricity, is increasingly popular among miners.

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Bitcoin’s mining difficulty, which adjusts bi-weekly based on miner performance, aims to maintain a ten-minute gap between the creation of new blocks. When the network experiences a decrease in hash power, mining becomes easier as the difficulty decreases.

Over the past six months, the mining difficulty has either held steady or increased at each two-week interval, with a couple of exceptions – it dropped on September 25, 2024, after reaching a record high earlier in the month, and again on January 27, 2025.

This latest downward adjustment was triggered by the frigid temperatures that swept across several U.S. regions, as reported by Bitcoin mining company, Luxor. The cold weather increased the demand for natural gas and reduced the efficiency of renewable energy sources, pushing up electricity prices and making Bitcoin mining less profitable for U.S. firms.

Data from The Block reveals that miner revenue per terahash dropped slightly in January compared to December, indicating a more challenging environment for mining Bitcoin profitably.

According to Luxor, the U.S. commands a 36% stake in the global Bitcoin mining hashrate, with Texas contributing nearly 17%. Notably, several U.S.-based Bitcoin mining companies, including Riot Platforms which operates the largest mining firm in Rockdale, Texas, have announced plans to diversify their operations by allocating some processing power to AI and high-performance computing tasks.

Luxor’s research team anticipates Bitcoin’s mining difficulty to return to its regular pattern as the Arctic chill recedes. “The U.S.’s cold snap is a temporary disruption, and we predict improved hashrate stability as temperatures return to normal,” they noted.

Disclaimer: The Block is an independent media entity delivering news, research, and data. As of November 2023, Foresight Ventures is a major investor of The Block. Foresight Ventures also invests in other crypto entities. Crypto exchange Bitget is an anchor LP for Foresight Ventures. The Block continues to function independently, providing objective, impactful, and timely crypto industry information. Here are our current financial disclosures.

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The Russian war had a considerable effect on the European energy supply, prompting the May announcement of the REPowerEU Plan. The European Commission said that the crisis in Russia presented a chance to quickly speed up the clean transition. The plan’s focus covers blockchains and other distributed ledger technologies as a subset of data centers.

Germany and Ireland dominate European crypto mining, but Sweden has seen a significant increase in activity since China’s ban on crypto mining. The European Securities and Markets Authority is envisioned to provide technical guidelines for crypto mining in this paper.

According to the authors, there are possible policy solutions that may be considered to reduce undesirable repercussions on the climate of technology employed in the crypto-asset market in an undated paper prepared by the EUBOF. In 2025, a study will be released on the effects of crypto assets on the environment, and this file will be essential to that analysis. If the EUBOF’s suggestions are implemented, they said that to lower demand for bitcoin and hence its value, this would be the first effort anywhere in the world.

The study also echoed the EUBOF document in saying that the EU should lead the way in developing international blockchain label standards and that investors need more information regarding the energy usage of cryptocurrencies. There is talk in Norway about reducing tax advantages for cryptocurrency miners.

Mairead McGuinness, the European Union’s commissioner for financial stability, financial services, and the Capital Markets Union, recently made an appearance in Washington, DC, where she emphasized the significance Europe places on the energy and environmental concerns related to cryptocurrency.
The Joe Biden administration of the US has also investigated the ecological effects of cryptocurrency.

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