News/Energy
OpenAI’s 390-megawatt Texas data center could double town’s power needs
OpenAI is building a massive data center in Denton, Texas, that will consume 390 megawatts of power—enough to double the city's electricity needs by 2030. The facility represents a critical infrastructure push as AI companies scramble to secure computing power, but it threatens to strain Texas's already fragile electrical grid and could raise electricity bills for the city's 160,000 residents. The big picture: This data center is part of a broader wave of AI infrastructure projects across Texas, driven by OpenAI's urgent need for computing capacity after having to limit feature releases in early 2025 due to underestimated power requirements....
read Jul 14, 2025Meta plans massive AI data centers requiring 1,000+ megawatts each
Meta CEO Mark Zuckerberg announced plans to build multiple massive data centers dedicated to AI training, each requiring over 1,000 megawatts of electricity and covering significant portions of Manhattan if placed in New York City. The ambitious infrastructure push represents Meta's aggressive bet on developing "AI superintelligence," with the company investing "hundreds of billions of dollars into compute" to compete in the race for artificial general intelligence. What you should know: Meta is constructing several multi-gigawatt data center clusters, each far exceeding the power consumption of current supercomputers and AI facilities. The first cluster, called "Prometheus," will come online in...
read Jul 14, 2025Power out? AI in! California grid operator to deploy AI for power outage management
California's statewide power grid operator is poised to become the first in North America to deploy artificial intelligence to manage outages, with the California Independent System Operator (CAISO) set to announce a pilot program using new AI software called Genie. The move represents a significant shift from the surprisingly analog processes currently used to manage the state's electrical system, potentially paving the way for broader AI automation across America's aging power infrastructure. What you should know: CAISO will announce the pilot program at the DTECH Midwest utility industry summit on July 15, partnering with energy-services giant OATI to test AI-powered...
read Jul 2, 2025Oakland University in Michigan leverages 26-megawatt capacity for new AI data center
Oakland University is partnering with a private company to build a new data center on its Michigan campus, leveraging the school's existing 26-megawatt power capacity from an on-campus DTE Energy substation. The project will relocate the university's current data center from its science complex to create space for expanded research facilities and a new artificial intelligence institute. What you should know: The university has received interest from 32 companies for the data center partnership and plans to select a partner by August. The new facility will be built in Parking Lot 35 on the southwest end of campus, adjacent to...
read Jul 1, 2025Senate bill cuts renewable energy tax credits as AI drives power demand
The US Senate passed a budget bill that would eliminate tax credits for wind and solar projects after 2027, potentially jeopardizing hundreds of planned renewable energy projects nationwide. This aggressive rollback comes as artificial intelligence and data centers are driving unprecedented electricity demand, making the timing particularly problematic for grid stability and energy security. What you should know: The Senate bill forces an end to wind and solar tax credits for projects placed in service after 2027, creating immediate uncertainty for the clean energy pipeline. According to energy NGO E2, around $15.5 billion in clean energy investment has already been...
read Jun 29, 2025Job alert: Y Combinator-backed Spark seeks engineer for $15B clean energy AI tools
Spark, a Y Combinator-backed startup building AI-powered tools for renewable energy developers, is hiring its first full-stack software engineer to join the founding team in San Francisco. The company has already secured major clients including Colliers Engineering & Design, Standard Solar (backed by Brookfield), Pine Gate Renewables (backed by Blackstone), and Cypress Creek Renewables, representing over $15 billion in clean energy financing and 70GW+ of renewable power capacity. What you should know: Spark is positioned at the intersection of AI and clean energy infrastructure, targeting one of the most complex challenges in renewable development. The company builds applications that help...
read Jun 27, 2025EV-to-AI: Redwood Materials repurposes electric vehicle batteries to power data centers
Redwood Materials has launched Redwood Energy, a new business division that repurposes used electric vehicle batteries to power AI data centers through renewable-powered microgrids. The company unveiled its first 64 megawatt-hour microgrid in Nevada, which uses solar panels and recycled EV batteries to supply over 99% of the electricity needed for Crusoe's adjacent 2,000-GPU AI facility—demonstrating a potentially faster and cheaper alternative to traditional grid-connected power plants. What you should know: Rather than immediately recycling EV batteries, Redwood Materials now tests them for reuse in energy storage systems before they reach end-of-life. Many batteries retain more than half their capacity...
read Jun 26, 2025Palantir lands $100M contract to build AI system for nuclear reactors
Palantir Technologies has partnered with Nuclear Company to develop an AI-driven software system designed to streamline nuclear reactor construction. The five-year, $100 million deal positions Palantir to capitalize on renewed interest in nuclear energy, driven by surging power demands from AI data centers and supportive federal policies under the Trump administration. What you should know: The partnership will create a nuclear operating system (NOS) that simplifies construction processes, enabling faster and more cost-effective nuclear plant development. Nuclear Company, a Kentucky-based nuclear deployment firm, will pay Palantir approximately $100 million over five years to develop the platform. The collaboration comes as...
read Jun 26, 2025US power grids hit record demand as AI and extreme heat collide
Electricity grids across the United States are hitting record-breaking demand levels as extreme heat waves collide with growing power consumption from AI data centers and air conditioning. PJM Interconnection, the nation's largest grid operator serving 65 million people, exceeded its summer forecast of 154 gigawatts just days into the season, averaging over 160 GW on Monday alone. The big picture: Climate change is driving temperatures higher while electricity demand simultaneously swells from data centers powering AI applications, creating a perfect storm for grid operators nationwide. PJM forecasts show summer peak demand could reach nearly 210 GW by 2035, well beyond...
read Jun 23, 2025Study: AI could actually cut global emissions by 5.4B tons annually by 2035
New research suggests artificial intelligence could cut global climate pollution by up to 5.4 billion metric tons annually by 2035—far exceeding the emissions created by AI's own energy-hungry data centers. The findings from the Grantham Research Institute challenge growing concerns about AI's environmental impact, showing that strategic deployment across transportation, energy, and food systems could deliver net climate benefits equivalent to eliminating all of the European Union's current emissions. The big picture: AI's climate potential hinges on governments channeling the technology toward high-impact applications rather than letting market forces alone dictate its development. The study identifies five key areas where...
read Jun 23, 2025Snowcap raises $23M for superconducting AI chips promising 25x efficiency gains
Snowcap Compute has raised $23 million to develop superconducting AI chips that could dramatically outperform current systems while consuming far less electricity. The startup claims its technology will be 25 times more efficient than today's best chips in performance per watt, even after accounting for the energy needed to keep the superconducting materials at extremely cold temperatures. The big picture: As AI systems demand increasingly massive amounts of power—with Nvidia's upcoming "Rubin Ultra" server expected to consume 600 kilowatts—the industry is desperately seeking alternatives to conventional silicon chips that are hitting physical limits. How it works: Superconductors are materials that...
read Jun 16, 2025OpenAI CEO says AI may need “significant fraction” of Earth’s electricity
OpenAI CEO Sam Altman publicly stated that a "significant fraction" of Earth's electricity should be dedicated to running AI systems, making the admission during AMD's AI conference last week. The comment reveals the massive energy demands of artificial intelligence companies and raises serious concerns about the environmental impact of AI's exponential growth. What he said: Altman made the startling admission when asked by AMD CEO Lisa Su whether there would ever be enough GPUs to meet AI demand. "Theoretically, at some points, you can see that a significant fraction of the power on Earth should be spent running AI compute,"...
read Jun 13, 2025Musk’s xAI runs 35 gas turbines without air permits for a year in regulatory loophole
Elon Musk's xAI data center in Memphis has been operating 35 methane gas turbines without federal air permits for nearly a year under a "temporary" exemption that allows up to 364 days of operation annually. The facility has drawn criticism for running without pollution controls that could reduce harmful emissions by 78%, with thermal imaging revealing more turbines active than city officials claimed. What you should know: The xAI facility exploits a regulatory loophole that exempts temporary sources from standard environmental permitting requirements. The 35 turbines emit NOx (nitrogen oxides, a harmful air pollutant) and other hazardous substances including formaldehyde...
read Jun 13, 2025Trump headlines July 15th AI-energy summit with tech CEOs in natural gas-rich Pennsylvania
President Trump will headline Sen. Dave McCormick's inaugural Pennsylvania Energy and Innovation Summit on July 15 in Pittsburgh, bringing together leaders from AI and energy industries to discuss their intertwined future. The summit at Carnegie Mellon University represents McCormick's strategic push to position Pennsylvania—the world's fourth-largest natural gas producer—as a key battleground for pairing AI development with energy resources in a critical swing state. The big picture: The summit features an unprecedented gathering of power players from the White House, Big Tech, Big Energy, and building trades. • Trump's AI czar David Sacks, Interior Secretary Doug Burgum, Energy Secretary Chris...
read Jun 12, 2025US electricity demand jumps 4% as AI data centers strain power grid
The U.S. electricity grid is experiencing unprecedented strain as artificial intelligence transforms from experimental technology into a core business necessity. The Energy Information Administration (EIA), the federal agency that tracks America's energy consumption, has dramatically revised its power demand forecasts upward, citing AI-powered data centers as the primary culprit behind this surge. The numbers paint a striking picture of rapid change. Total U.S. electricity consumption is expected to jump from 4,097 billion kilowatt-hours in 2024 to 4,193 billion kilowatt-hours this year, then climb further to 4,283 billion kilowatt-hours in 2026. This represents a significant acceleration from previous projections, with commercial...
read Jun 12, 2025US uranium mines reopen as AI drives nuclear power demand, benefitting Wyoming among others
U.S. companies are reopening uranium mines to meet surging demand driven by artificial intelligence's massive electricity requirements. The domestic uranium mining industry, which once made America a global leader in production, is experiencing a revival as AI data centers consume unprecedented amounts of power, creating new demand for nuclear fuel. The big picture: America's uranium production collapsed over decades, but AI's energy appetite is breathing new life into the domestic mining sector. The U.S. was once a leading global uranium producer but saw production fall dramatically as the industry declined. Nuclear reactors require uranium as their primary fuel source, and...
read Jun 3, 2025Meta taps atomic energy for AI in Big Tech nuclear trend
Meta's new nuclear power deal marks a significant shift in how tech giants are powering AI infrastructure, highlighting a growing trend of partnerships between technology companies and nuclear energy providers. This agreement not only salvages a struggling nuclear facility but also represents the broader tech industry's strategic pivot toward securing reliable, carbon-free energy sources to fuel the massive computing demands of artificial intelligence systems. The big picture: Meta has secured a 20-year nuclear power agreement with Constellation Energy to support its growing AI computing needs, continuing a trend of tech-nuclear partnerships. The deal will expand the output of Constellation's Clinton...
read Jun 3, 2025LG Uplus debuts liquid-cooled AI data center prototype
LG Uplus is pioneering liquid cooling technology for AI data centers with a new demonstration facility in South Korea, marking a significant shift in how telecom companies approach thermal management for high-density computing. This initiative represents a growing recognition that traditional air cooling methods cannot efficiently handle the intense heat generated by modern AI workloads, requiring innovative cooling technologies to enable sustainable expansion of AI infrastructure. The big picture: LG Uplus has launched a liquid cooling demonstration room at its Pyeongchon 2 Internet Data Center in Anyang to validate sustainable cooling technologies for AI-focused facilities. The testing environment is designed...
read Jun 3, 2025Walk it Back: AI researchers cut energy use with backward computation
Reversible computing is emerging as a promising solution to the energy efficiency crisis facing AI and computing at large. As traditional computing approaches physical limitations on chip miniaturization, researchers are turning to reversible computing—a technique that avoids energy waste by allowing computations to run backward as well as forward. This approach could potentially save orders of magnitude in power consumption, making it particularly valuable for energy-intensive AI applications where efficiency constraints threaten to limit further advancement. The big picture: Researchers are reviving interest in reversible computing as a way to dramatically reduce energy consumption in computation, particularly for power-hungry AI...
read May 24, 2025Pátria commits $1B to build AI-powered data centers in Latin America
Latin America is positioning itself as a strategic player in the global data center landscape, with Brazilian asset manager Pátria investing $1 billion in a new AI-ready data center platform called Omnia. This initiative targets the growing demand for infrastructure supporting artificial intelligence workloads across Brazil, Mexico, and Chile, with facilities designed specifically for high-density computing and powered entirely by renewable energy. As AI development shifts geographic priorities away from end-user proximity, Latin America's regulatory environment and geopolitical neutrality make it increasingly attractive for international tech investments. The big picture: Pátria has launched Omnia, a new hyperscale data center platform...
read May 23, 2025AI inflates gas turbine demand, GE Vernova exec reveals
While AI powers data centers driving GE Vernova's gas turbine business, traditional industrial growth remains the company's primary engine for demand. The energy technology firm's impressive backlog highlights how broad-based electrification needs across multiple sectors are creating sustained demand for power generation equipment that extends years into the future, revealing a more nuanced picture than the AI-centric narrative often dominating industry discussions. The big picture: GE Vernova's gas turbine business is experiencing booming demand, but contrary to popular perception, data centers represent only a small portion of their overall customer base. "If you think about ... industrialization, electrification, that's really...
read May 23, 2025Kentucky’s mining surge – Bitcoin mining, that is – fizzles amid economic challenges
Kentucky's once-promising cryptocurrency mining boom has faded, leaving rural communities in search of the next economic opportunity. The state's swift rise to control 20% of America's Bitcoin mining power represented a technological pivot for a region historically dependent on coal, but current trends suggest many operations are scaling back or shutting down entirely. This shift highlights the volatile nature of cryptocurrency-based economic development in regions seeking to replace traditional industries with digital alternatives. The big picture: Bitcoin mining operations transformed parts of rural Kentucky by repurposing former coal mining sites into cryptocurrency processing centers, but the anticipated economic renaissance has...
read May 22, 2025House Republicans move to slash solar incentives amid AI energy crunch
The House Republican tax bill threatens to undermine America's solar energy boom at a pivotal moment for both climate goals and energy security. By targeting popular solar incentives like the Investment Tax Credit (ITC), the legislation would not only increase electricity costs for average Americans but potentially surrender technological leadership to China in critical areas like electric vehicles and AI. The bill's timing is particularly problematic as data centers supporting AI development drive unprecedented demand for electricity, while domestic energy independence faces growing economic and geopolitical importance. The big picture: House Republicans have passed a tax bill that would eliminate...
read May 22, 2025AI’s power surge sparks sustainability concerns across tech industry
AI's energy consumption is emerging as a significant environmental concern, with new research indicating it now represents 20% of global data center power demand and is set to surpass Bitcoin's energy use by the end of 2024. This surge in energy consumption threatens tech companies' climate goals and highlights the growing tension between rapid AI advancement and environmental sustainability in an industry that's already consuming as much electricity as entire countries. The big picture: New research published in the journal Joule reveals AI's rapidly escalating energy footprint, which could double by year-end to comprise nearly half of all global data...
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