Why is there a race to power AI data centers?

The race to power AI data centers is driven by the increasing demand for artificial intelligence capabilities, which require notable computational power and reliable energy sources. Countries like the US and China are competing to establish dominance in AI technology and its supporting infrastructure.

What is China's approach to powering AI data centers?

China is heavily investing in coal power to ensure a stable and reliable electricity supply for its AI data centers. The country is constructing numerous advanced coal plants and aims for energy self-reliance to support its growing AI sector.

how does the US approach to energy for AI data centers compare to China's?

Unlike China's centralized energy planning, the US lacks a coherent and consistent energy strategy. The US is phasing out coal and facing bureaucratic hurdles in nuclear energy, while relying on intermittent renewable sources, which may not meet the continuous power demands of AI data centers.

What role does nuclear energy play in the AI data center race?

Nuclear energy is seen as a potential baseload power source for AI data centers. However, in the US, nuclear capacity is projected to decline due to regulatory hurdles and slow project approvals. China, conversely, is rapidly expanding its nuclear power capacity.

How does China's control of key elements impact the AI data center race?

China's control over key elements in the periodic table, with an average market share of around 70% for each, gives it a strategic advantage in the AI data center race. This dominance allows China to control the supply chain for critical components used in energy production and data center infrastructure.

Tag:

Data center

Technology

Can New AI-Focused Leases Offset APLD’s Cloud Segment Decline?

by Rachel Kim – Technology Editor July 10, 2025

written by Rachel Kim – Technology Editor

Applied Digital APLD is undergoing a strategic pivot to re-anchor its business around hyperscale data center leasing, particularly AI-focused infrastructure, as its Cloud Services segment struggles to scale profitably. While the third-quarter fiscal 2025 revenues rose 22% year over year to $52.9 million, the Cloud business delivered only $17.8 million, down sequentially due to a shift toward on-demand capacity and technical issues during a multi-tenant configuration rollout.

In contrast, APLD’s Data Center Hosting segment continues to gain momentum. Backed by financing agreements from Macquarie ($5 billion) and SMBC ($375 million), the company is building out its Ellendale campus with 400MW of critical IT load, with the first 100MW facility expected to go live in the fourth quarter of 2025. Notably, this pipeline includes a landmark $7 billion lease deal with CoreWeave, offering recurring revenues over 15 years and validating the economic promise of its HPC infrastructure.

However, the Cloud Services business remains a drag, using more than $10 million in the fiscal third quarter alone and facing mounting competitive pressure from CoreWeave CRWV, now a data center tenant and rival in GPU computing. Applied Digital is exploring a sale or strategic spinout of this business, acknowledging it poses a point of friction for hyperscaler leasing negotiations and doesn’t align with a prospective REIT transition. The company’s ability to offset cloud losses hinges on monetizing Ellendale’s AI-ready capacity. With 1.4GW in planned buildout and active lease discussions, APLD has a compelling footprint. But execution risks remain—finalizing leases and navigating high CapEx ($30–50 million/month), amid intense sectoral competition.

APLD’s strategic pivot toward leasing hyperscale AI data center capacity, exemplified by the CoreWeave deal, offers a clearer path to profitability. Yet, until the Cloud Services business is divested or offset, its capital burden and competitive overlap may continue to suppress margins and investors.

Marathon Digital Holdings MARA is transforming into a vertically integrated digital energy and infrastructure firm. It’s actively developing AI-aligned modular data centers with low-latency capabilities and is in advanced talks with compute OEMs to pilot AI inference workloads in 2025.

Marathon Digital’s custom-built 2PIC immersion cooling and power-optimized sites in Texas and North Dakota are tailored for both mining and AI use cases. Its low-cost power generation strategy, including wind and flare gas, supports sustainable scalability. While still focused on Bitcoin, Marathon Digital sees AI infrastructure as a key monetization path, offering high-IRR expansion opportunities through stranded energy and flexible compute demand alignment.

July 10, 2025 0 comments

Business

Hut 8 Schedules Second Quarter 2025 Earnings Release and

by Priya Shah – Business Editor July 8, 2025

written by Priya Shah – Business Editor

MIAMI, July 07, 2025 (GLOBE NEWSWIRE) — Hut 8 Corp. (Nasdaq | TSX: HUT) (“Hut 8” or the “Company”), an energy infrastructure platform integrating power, digital infrastructure, and compute at scale to fuel next-generation, energy-intensive use cases such as Bitcoin mining and high-performance computing, today announced it will release financial results for the second quarter of 2025 before the market opens on August 7, 2025. The Company will host a conference call and webcast to review the results on the same day at 8:30 a.m. ET.

Conference Call and Webcast Details

Date: Thursday, August 7, 2025
Time: 8:30 a.m. ET

Investors can join the live webcast here. Analysts can register here.

Supplemental Materials and Upcoming Communications

The Company expects to make available on its website materials designed to accompany the discussion of its results, along with certain supplemental financial information and other data. For important news and information regarding the Company, including investor presentations and timing of future investor conferences, visit the Investor Relations section of the Company’s website, https://hut8.com/investors, and its social media accounts, including on X and LinkedIn. The Company uses its website and social media accounts as primary channels for disclosing key information to its investors, some of which may contain material and previously non-public information.

About Hut 8

Hut 8 Corp. is an energy infrastructure platform integrating power, digital infrastructure, and compute at scale to fuel next-generation, energy-intensive use cases such as Bitcoin mining and high-performance computing. We take a power-first, innovation-driven approach to developing, commercializing, and operating the critical infrastructure that underpins the breakthrough technologies of today and tomorrow. Our platform spans 1,020 megawatts of energy capacity under management across 15 sites in the United States and Canada: five ASIC Colocation and Managed Services sites in Alberta, New York, and Texas, five high performance computing data centers in British Columbia and Ontario, four power generation assets in Ontario, and one non-operational site in Alberta. For more information, visit www.hut8.com and follow us on X at @Hut8Corp.

Hut 8 Corp. Investor Relations
Sue Ennis
ir@hut8.com

Hut 8 Corp. Public Relations
Gautier Lemyze-Young
media@hut8.com

July 8, 2025 0 comments

News

AI’s Power Problem: Why Electricity is Key to AI Supremacy

by Emma Walker – News Editor June 16, 2025

written by Emma Walker – News Editor

AI Data Center Race: US and China Vie for Global Dominance

Table of Contents

AI Data Center Race: US and China Vie for Global Dominance

The United States and China are locked in a high-stakes competition to dominate artificial intelligence (AI) and the critical data centers that power it. This emerging struggle, dubbed “The Race to Power AI” by McKinsey & Company, highlights the strategic importance of reliable energy and advanced infrastructure in the age of AI. While the U.S. currently holds a lead in AI growth,China’s commitment to energy independence and massive investments in coal and nuclear power are rapidly reshaping the landscape.

The AI Moonshot: A New Space Race

Dan Turner, Executive Director of Power the Future, likens the current situation to the space race of the mid-20th century. He argues that the development of artificial general intelligence will be a defining economic and national security battle between global powers for the foreseeable future. Securing reliable and abundant power for data centers is paramount to winning this race.

China’s Energy Strategy: Coal and Central Planning

China is aggressively pursuing energy self-sufficiency to support its AI ambitions. Unlike the U.S., which lacks a consistent long-term energy plan, China’s centralized planning allows for sustained development and investment in critical infrastructure.A key component of this strategy is a renewed focus on coal power. In 2023, China added 47.4 GW of new coal-fired power capacity, bringing its total coal-fired capacity to 1,142.5 GW according to the Centre for Research on Energy and Clean Air (CREA).

Did You Know? China’s coal fleet is among the youngest and most efficient globally, with many plants utilizing supercritical and ultra-supercritical technologies that reduce emissions compared to standard coal plants.

Robert Bryce,an energy expert,warns that china controls a significant portion of key elements in the periodic table,giving it a strategic advantage in energy and technology sectors. China’s dominance in these resources could pose challenges for other nations seeking to compete in the AI arena.

US Energy Policy: A Contrasting approach

In contrast to China’s coal-heavy strategy, the U.S. is actively decommissioning coal-fired power plants. As 2010, over 300 coal plants have been retired, reducing coal’s share of electricity generation from 45% to 16%. The U.S. Energy Details Governance (EIA) projects a further decline in coal generating capacity from 164 GW in 2025 to just 3 GW by 2035 according to the 2024 Annual Energy Outlook.

while the U.S. possesses ample coal reserves, the current trend favors natural gas and renewable energy sources. However,the intermittent nature of solar and wind power raises concerns about their ability to meet the continuous baseload demands of data centers.

Nuclear Energy: A Potential Solution Hampered by Bureaucracy

Nuclear energy could provide a reliable baseload power source for data centers, but the U.S. nuclear industry faces significant challenges. The Nuclear Regulatory Commission (NRC) has been criticized for its bureaucratic processes, resulting in few new nuclear plants being built in recent decades. Meanwhile, China is rapidly expanding its nuclear capacity, with 57 operational reactors and several more under construction according to the World Nuclear Association.

Renewables and China’s Dominance

The EIA projects significant growth in renewable energy capacity in the U.S. However, China’s control over solar panel manufacturing (75%) and turbine production (60%) raises concerns about supply chain vulnerabilities.China also dominates the global trade of battery minerals, essential for energy storage systems that support intermittent renewable sources according to the EIA.

Pro Tip: Diversifying energy sources and strengthening domestic supply chains are crucial for the U.S. to maintain its competitive edge in the AI data center race.

The Path Forward: A Enduring Energy Plan

While recent administrations have taken steps to support coal and nuclear energy, the lack of a sustainable, long-term energy plan remains a significant challenge for the U.S. Without a clear vision and consistent policies, the U.S. risks falling behind China in the race to power AI.

The recent power outage in Spain and Portugal has raised questions about the reliability of renewables. A balanced energy portfolio that includes baseload power sources like coal and nuclear is essential for ensuring a stable and secure electricity supply for AI data centers.

Key metrics: US vs. China

Metric	United States	China
Coal Generating Capacity (2025)	164 GW	1,171 GW (Operating)
Projected Coal Generating Capacity (2035)	3 GW	N/A
nuclear Reactors (Operating)	93	57
Solar panel Manufacturing Share	Relatively Low	75%

What energy sources do you think are most critical for powering AI data centers? How can the US create a more sustainable and competitive energy plan?

Evergreen Insights: Background, Context, Past Trends

The competition between the U.S. and China in the AI sector is not new, but the focus on data centers and energy infrastructure represents a critical evolution.Historically, technological supremacy has ofen been linked to access to resources and reliable power. The industrial revolution, for example, was fueled by coal and steam power, while the digital age relies on electricity and advanced computing. As AI becomes increasingly integrated into various aspects of society, the ability to power and maintain the necessary data centers will be a key determinant of global leadership.

The U.S.has traditionally led in technological innovation,but China’s rapid economic growth and strategic investments have allowed it to close the gap. China’s focus on centralized planning and energy independence reflects a long-term vision to secure its position as a global superpower. The U.S., with its decentralized energy markets and diverse political landscape, faces challenges in developing a cohesive and sustainable energy strategy.

FAQ

Why is there a race to power AI data centers?

The race to power AI data centers is driven by the increasing demand for artificial intelligence capabilities, which require significant computational power and reliable energy sources.Countries like the US and China are competing to establish dominance in AI technology and its supporting infrastructure.
What is China’s approach to powering AI data centers?

China is heavily investing in coal power to ensure a stable and reliable electricity supply for its AI data centers.The country is constructing numerous advanced coal plants and aims for energy self-reliance to support its growing AI sector.
How does the US approach to energy for AI data centers compare to China’s?

Unlike China’s centralized energy planning, the US lacks a coherent and consistent energy strategy. The US is phasing out coal and facing bureaucratic hurdles in nuclear energy,while relying on intermittent renewable sources,which may not meet the continuous power demands of AI data centers.
What challenges does the US face in the AI data center race?

The US faces challenges including a declining coal fleet, bureaucratic delays in nuclear projects, and reliance on intermittent renewables. Additionally, China’s dominance in battery minerals and solar panel manufacturing poses a threat to the US energy supply chain.
What role does nuclear energy play in the AI data center race?

Nuclear energy is seen as a potential baseload power source for AI data centers. However, in the US, nuclear capacity is projected to decline due to regulatory hurdles and slow project approvals. china,conversely,is rapidly expanding its nuclear power capacity.
How does China’s control of key elements impact the AI data center race?

China’s control over key elements in the periodic table,with an average market share of around 70% for each,gives it a strategic advantage in the AI data center race.This dominance allows China to control the supply chain for critical components used in energy production and data center infrastructure.

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June 16, 2025 0 comments

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