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Texas officials have instituted a pause on new data center projects over power grid reliability concerns, drawing pushback from technology and cloud infrastructure firms.

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The US Senate advanced a bipartisan permitting package that shifts the cost of grid upgrades onto data center operators.From: Senate Advances Bipartisan Infrastructure Bill Requiring AI Data Centers to Fund Grid Upgrades

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Senate Advances Bipartisan Infrastructure Bill Requiring AI Data Centers to Fund Grid Upgrades

A sweeping bipartisan permitting package has cleared a major procedural hurdle, introducing strict new mandates that force technology companies to bear the multibillion-dollar costs of powering their artificial intelligence facilities.

  • The US Senate advanced a bipartisan permitting bill requiring AI data centers to fully fund their own electrical grid upgrades.
  • The legislation aims to shield residential ratepayers from the multibillion-dollar infrastructure costs associated with the generative AI boom.
  • Environmental groups strongly oppose the package, warning it streamlines approvals for fossil fuel projects and ICE detention facilities.
  • Tech industry advocates argue the mandate will double interconnection costs and slow American innovation in artificial intelligence.

The United States Senate advanced the American Affordability and Jobs Act on Tuesday, fundamentally altering how the nation finances its electrical grid. The legislation explicitly prohibits utility companies from passing the cost of new transmission lines for massive data centers onto residential ratepayers.[3][7]

Lawmakers voted to move the bill forward despite fracturing coalitions on both sides of the aisle. The package, championed by Senator Shelley Moore Capito, aims to accelerate domestic energy development while addressing the unprecedented power demands of the generative AI boom.[7]

"This legislation ensures that the companies driving this unprecedented demand are the ones paying to keep the lights on," Capito stated in a release from the Senate Committee on Environment and Public Works. The committee advanced the framework after weeks of closed-door negotiations.[7]

Under the current regulatory framework, utility companies typically socialise the cost of new transmission lines and substations across their entire customer base. The new legislation prohibits this practice for facilities drawing more than 100 megawatts, forcing developers to bear the upfront capital costs.[6]

The shift represents a multibillion-dollar reallocation of infrastructure expenses. With individual AI training clusters now requiring massive amounts of continuous power, regional grid operators have warned that residential ratepayers could face severe rate increases if tech companies do not cover the expansion costs.[6]

Grid operators across the country have sounded the alarm over the past year as interconnection queues swell with requests from technology firms. The sheer volume of proposed data centers has overwhelmed regional transmission planning, forcing regulators to reconsider how infrastructure upgrades are financed.[6]

Without legislative intervention, the cost of upgrading transmission lines to meet this demand would fall on everyday consumers. The American Affordability and Jobs Act explicitly shields residential and small commercial ratepayers from these capital expenditures, shifting the burden entirely to the technology sector.[7]

Industry analysts project that the new mandate could effectively double the interconnection costs for new artificial intelligence facilities.

The Cost of Compute

Technology firms constructing gigawatt-scale campuses for machine learning models face a stark new reality. Industry analysts estimate that requiring operators to pay for their own transmission infrastructure could effectively double the interconnection costs for new facilities.[6]

The provision has triggered intense lobbying from Silicon Valley. Tech executives argue the mandate will slow down American innovation and cede ground to international competitors who benefit from state-subsidised power grids and faster permitting timelines.[4]

The vote exposed deep divisions within the chamber. A coalition of senators representing states with heavy tech investments opposed the measure, arguing it unfairly targets a single industry while traditional manufacturing facilities face no such requirements.[1]

Newsweek published a full list of the senators who voted against the provision on Tuesday. The dissenting lawmakers argued that isolating data centers from standard utility cost-sharing models sets a dangerous precedent for industrial development in the United States.[1]

Environmental Opposition

While the data center provision appeals to consumer advocates, the broader permitting package has drawn fierce opposition from climate activists. Environmental groups warn the legislation streamlines approvals for fossil fuel projects alongside renewable energy initiatives.[2]

Senate Majority Leader Chuck Schumer faced coordinated protests outside his office last week. Activists labeled the package a "dirty data center deal," arguing that accelerating grid connections for tech companies will inevitably extend the lifespan of coal and natural gas plants.[5]

"We are handing a massive giveaway to the AI data center industry while gutting the environmental reviews that protect frontline communities," a spokesperson for a leading climate coalition told TIME magazine following the vote on Tuesday.[4]

Climate activists have protested the legislation, arguing that accelerating grid connections for tech companies will extend the lifespan of fossil fuel plants.

The Guardian reported that key environmental groups have also raised alarms about other provisions in the bill. Activists fear the streamlined permitting process could be exploited to fast-track the construction of Immigration and Customs Enforcement detention facilities.[2]

The inclusion of expedited permitting for fossil fuel infrastructure was a necessary concession to secure Republican votes, but it has fractured the Democratic base. Progressive lawmakers argue that accelerating natural gas pipelines undermines the administration's long-term climate commitments.[2][5]

Protesters outside Schumer's office carried signs demanding "No Blank Checks for Big Tech," reflecting a growing skepticism toward the industry's environmental footprint. The demonstrations highlight the tension between maintaining American leadership in artificial intelligence and achieving aggressive decarbonisation targets.[5]

The Permitting Trade-Off

The legislation represents a classic Washington compromise forged over months of negotiations. Republicans secured expedited permitting timelines for traditional energy extraction, while Democrats won the grid-funding mandate to protect residential ratepayers from surging utility bills.[3]

Free-market advocates have offered mixed reactions to the legislative package. While they praise the deregulation of energy development, some argue the specific targeting of data centers distorts the energy market and creates an uneven playing field for industrial power users.[3]

Reason magazine highlighted the major caveats within the bill, noting that the attempt to unleash energy development comes with heavy regulatory strings attached for the technology sector. The publication warned that the grid-funding mandate could stifle the deployment of next-generation AI models.[3]

Regional grid operators warn that the unprecedented power demands of generative AI could destabilize local infrastructure without targeted funding.

Local Community Impact

The Senate action follows months of escalating tension in rural counties where massive data centers are proposed. Local zoning boards have increasingly rejected tech campuses, citing fears of rolling blackouts, strained infrastructure, and depleted municipal water supplies.[6]

The industry has already been forced to adapt to growing public scrutiny. Earlier this year, major AI developers abandoned the use of strict non-disclosure agreements for their infrastructure projects following intense pushback from local municipalities demanding transparency.[6]

By forcing data centers to internalise their infrastructure costs, the Senate bill attempts to align the financial incentives of tech companies with the physical realities of the electrical grid. Proponents argue this will encourage developers to site facilities near existing power generation rather than in constrained regions.[7]

Municipal leaders have welcomed the Senate's approach. For towns facing sudden influxes of data center proposals, the legislation provides a federal backstop against utility rate hikes that local governments previously had little power to prevent.[6][7]

Illustration: Local zoning boards have increasingly rejected tech campuses, citing fears of rolling blackouts and depleted municipal water supplies.

The Path Forward

The bill now faces a final floor vote before moving to the House of Representatives, where its fate remains uncertain. House leadership has expressed skepticism about the grid-funding mandate, setting up a potential clash during the lame-duck session.[1]

If signed into law, the Federal Energy Regulatory Commission would have exactly 180 days to draft the specific rules governing how utilities calculate and assess the new infrastructure charges to data center operators across different regional grids.[7]

The final shape of the legislation will determine whether the United States can sustain its rapid expansion of artificial intelligence infrastructure without destabilising the regional power grids that support it. The upcoming House negotiations will test whether the bipartisan Senate coalition can hold.[3]

Sources

  1. [1]Newsweek — Senators Who Voted Against Data Centers Paying Own Energy Bills: Full List Read on Newsweek →
  2. [2]The Guardian — Key environmental groups come out against bipartisan Baaja bill over fears it could spur datacenters and ICE jails Read on The Guardian →
  3. [3]Reason — Senate Advances Bipartisan Permitting Bill That Could Unleash Energy Development With Major Caveats Read on Reason →
  4. [4]TIME — Congress's Permitting Bill Is a 'Massive Giveaway' to the AI Data Center Industry, Critics Warn Read on TIME →
  5. [5]Common Dreams — 'No Blank Checks for Big Tech': Schumer Faces Protest Over 'Dirty Data Center Deal' Read on Common Dreams →
  6. [6]Latitude Media — Are data centers ready to pay double to unclog the grid? Read on Latitude Media →
  7. [7]U.S. Senate Committee on Environment and Public Works — Senate Advances Capito’s Bipartisan American Affordability and Jobs Act Read on U.S. Senate Committee on Environment and Public Works →

What to watch

  • Texas Governor-elect Gina Hinojosa is scheduled to take office in January.
  • The first batch of studies from the Texas state audit on data center grid connections is expected to conclude by April 2027.
  • OpenAI plans to hold an initial public offering in 2027.
  • The Brookfield and NextEra Energy data center campus in Kentucky is scheduled for completion in 2032.
  • Commercial Small Modular Reactors are expected to become widely available in the 2030s.

Where things stand

  1. CoreWeave Asks Texas Governor-Elect to Allow Completion of Permitted Data Centers

    Key point: CoreWeave CEO Michael Intrator has written to Texas Governor-elect Gina Hinojosa, offering to fund power infrastructure and limit water use in exchange for allowing permitted data centers to be completed.

    Texas has paused grid interconnections for new data centers as regulators audit the industry's massive power and water demands.From: Texas Governor Imposes Moratorium on Data Center Construction Over Energy Demand and Grid Strain

    AI cloud provider CoreWeave has formally requested that Texas Governor-elect Gina Hinojosa allow the completion of data center projects that have already received permits. In a letter sent on Saturday, CoreWeave CEO Michael Intrator offered to collaborate with Hinojosa's transition team to responsibly finish existing projects and establish clear standards for future development.

    Intrator expressed support for Hinojosa's principle that data center growth must benefit Texas residents without burdening them with infrastructure costs. To that end, he pledged that CoreWeave would pay for the power infrastructure required to connect its facilities to the grid and utilize cooling systems designed to minimize water consumption. He also emphasized that communities making the company's operations possible should share in the benefits of that growth.

    The diplomatic outreach follows a severe market sell-off of CoreWeave's equity and corporate bonds, driven by credit market anxiety and the shifting political landscape in Texas. CoreWeave's stock recently plunged to a record low, capping a 44 percent monthly decline, while yields on its corporate bonds surged past 17 percent. Hinojosa's recent election victory has introduced significant regulatory uncertainty for AI infrastructure companies, as she has vowed to block new data center approvals until the state legislature passes protective laws.

    Hinojosa, the first Democrat elected governor of Texas in over 30 years, campaigned heavily on imposing a statewide moratorium on new data center construction. Her platform resonated with voters concerned about the industry's massive electricity demand and strain on local water supplies. This political shift has prompted developers like CoreWeave, which relies heavily on continuous borrowing to finance its GPU clusters, to proactively seek a truce to protect their capital-intensive expansion plans.

  2. CoreWeave Pleads With Texas Governor-Elect to Spare Permitted Data Centers

    Key point: CoreWeave has formally asked Texas Governor-elect Gina Hinojosa to allow its already-permitted data center projects to proceed, offering concessions on infrastructure costs following a market sell-off triggered by her campaign pledge to halt new builds.

    AI cloud provider CoreWeave has appealed to Texas Governor-elect Gina Hinojosa to allow already-permitted data center projects to proceed. In a letter sent on Saturday, CEO Michael Intrator offered to collaborate with Hinojosa's transition team on completing existing builds and establishing clear standards for future infrastructure.

    Intrator sought to align the heavily leveraged company with the incoming administration's strict new platform, stating that CoreWeave strongly supports Hinojosa's principle that data center growth must deliver tangible benefits to Texans. He pledged that the company would fund the power infrastructure needed to connect its facilities to the grid, utilize cooling systems designed to limit water consumption, and ensure local households do not bear the costs of expansion.

    The diplomatic overture follows a severe market sell-off for CoreWeave triggered by Hinojosa's election victory on November 3. The incoming Democrat campaigned on a statewide moratorium for new AI data center construction, arguing that local communities should have a say in whether and how facilities operate in their areas. She cited the urgent need to protect local water supplies and the electricity grid from what she described as a corporate Wild West.

    Consequently, mounting fears regarding CoreWeave's highly leveraged business model caused its stock to recently plunge 44 percent to a record low of $49.92, while yields on its corporate bonds surged past 17 percent. Texas has become a primary hub for AI infrastructure, and CoreWeave maintains several active facilities in the state, including a massive 262-megawatt site in Denton, as developers increasingly face political headwinds and voter backlash over the industry's rapid expansion.

  3. CoreWeave Seeks Truce With Texas Governor-Elect Over Data Centers

    Key point: CoreWeave has asked Texas Governor-elect Gina Hinojosa to allow already-permitted data center projects to proceed while offering to collaborate on future development standards.

    CoreWeave CEO Michael Intrator sent a letter to Texas Governor-elect Gina Hinojosa on November 7, offering to collaborate with her incoming administration on data center regulations. Intrator proposed working together to responsibly complete already-permitted projects and establish clear, durable standards for future development across the state. The letter marks a direct appeal to the newly elected leadership as the company seeks to navigate a tightening regulatory environment.

    In the correspondence, Intrator expressed support for Hinojosa's principle that communities should benefit from data center growth without bearing the financial burden. He pledged that CoreWeave would independently fund the power infrastructure required to connect its facilities to the grid, rather than passing those expenses onto local households. Additionally, the CEO committed to utilizing closed-loop liquid cooling systems in new capacity to minimize water consumption, noting that day-to-day usage would be comparable to a standard commercial office building.

    The outreach represents an attempt to secure continuity for CoreWeave's existing investments as Hinojosa prepares to take office in January. The incoming governor campaigned heavily on a pledge to halt new data center approvals and implement a statewide moratorium. She has argued that the current regulatory environment resembles a corporate Wild West and insists that construction must pause until legislative safeguards are enacted to protect residents and local resources.

    CoreWeave's diplomatic effort follows a severe market sell-off of its stock and corporate bonds, driven by investor concerns over its heavy debt load and the shifting political landscape in Texas. The company's shares recently plunged to a record low of $49.92, while yields on its corporate bonds surged above 17 percent. CoreWeave, which relies heavily on borrowing to finance its infrastructure, currently operates multiple facilities across the state, including a massive 262-megawatt site in Denton.

Key numbers

Total capacity in ERCOT interconnection queue
474 GW
Texas record peak electricity demand
91 GW
Share of queue requests from data centers
90%
Near-term projects at risk of delay
49.8 GW

From: Texas Governor Orders Statewide Pause on New Data Center Development Citing Grid Reliability

Charts, maps and images

Voters in multiple states are taking data center zoning decisions directly to the ballot box.From: How Local Voters Are Using Ballot Measures to Ban New Data Centers ·
A June 2026 poll found that a majority of Americans oppose data center construction in their own communities.From: How Local Voters Are Using Ballot Measures to Ban New Data Centers ·
The US is currently building more than twice as much natural gas power capacity as China.From: US Building Twice as Much Gas-Fired Power as China to Fuel AI Boom ·
US gas power capacity in development surged by 50 percent in just six months.From: US Building Twice as Much Gas-Fired Power as China to Fuel AI Boom ·
Small Modular Reactors (SMRs) are designed to be factory-built and deployed directly to data center sites, bypassing traditional grid bottlenecks.From: Is the AI Power Crisis Forcing the US to Finally Embrace Nuclear Energy as the Only 'Green' Solution? ·
BloombergNEF projects a near-tripling of data center power consumption over the next decade.From: US Data Center Power Demand Forecast to Consume 20% of US Electricity by 2035 ·
Data center load requests in the ERCOT queue now exceed five times the state's all-time record for peak power demand.From: Texas Governor Imposes Moratorium on Data Center Construction Over Energy Demand and Grid Strain ·
Developers must pass a comprehensive five-point state audit before receiving approval to connect to the Texas electric grid.From: Texas Governor Imposes Moratorium on Data Center Construction Over Energy Demand and Grid Strain ·
Data center load is projected to consume nearly all of the new capacity added to the US grid over the next decade.From: Is the AI-Driven Power Demand Forcing a Quiet Retreat from US Climate Goals? ·
Global data center electricity consumption is expected to more than double by 2030, driven primarily by AI workloads.From: Is the AI-Driven Power Demand Forcing a Quiet Retreat from US Climate Goals? ·
The Paducah campus is designed to generate more power than it consumes, flowing surplus electricity back to the regional grid.From: Brookfield and NextEra Plan $100 Billion AI Campus at Former DOE Site With Dedicated Power ·
AI energy consumption is split between the initial training of models and the ongoing 'inference' required to answer user queries.From: Is the AI Boom a Hidden Tax on Your Utility Bill and the Climate? ·

How the story developed

By August 7, global data center power consumption reached 67.7 gigawatts, accounting for 2 percent of the world's electricity. Driven by a 36 percent growth in artificial intelligence workloads requiring continuous power for graphics processing units, the facilities began consuming 6 percent of the United States grid, with Germany and Singapore also far exceeding the global average. Researchers estimated that 13 percent of US data center power was wasted on 'zombie' applications running continuously without being used. To address the demand, Brookfield and NextEra Energy announced plans on August 7 for a $100 billion, 1.2-gigawatt artificial intelligence data center campus at a former Department of Energy site in Kentucky. The facility features a bring-your-own-power model utilizing up to 4.6 gigawatts of dedicated natural gas and battery storage, with surplus electricity flowing back into the regional grid.

Projections released on August 20 estimated that US data centers will consume 20 percent of the nation's electricity by 2035, reaching 194 gigawatts. Nearly half of the projected capacity is dedicated to artificial intelligence training and inference workloads. Analysts warned that even if the US grid sustains a record pace of expansion, a potential 19-gigawatt supply shortfall could occur by 2035. Researchers warned on August 17 of an indirect rebound effect, where artificial intelligence-driven economic growth accelerates overall energy demand, threatening to absorb the 15 to 20 percent grid capacity expansion intended for broader economic electrification. Proponents argue that the technology will ultimately pay off its carbon debt by optimizing the power grid and accelerating the discovery of new climate technologies.

The four central commitments outlined in the newly released infrastructure guidelines.From: OpenAI Abandons Non-Disclosure Agreements for Data Center Projects After Midterm Pushback ·

To meet the 24/7 baseload requirements of artificial intelligence training, the technology industry began pivoting to nuclear energy, betting heavily on Small Modular Reactors. Because commercial reactors will not be widely available until the 2030s, developers initiated a massive buildout of natural gas facilities to fill the short-term energy gap. By August 25, the US had 52 gigawatts of natural gas power under construction, more than double China's 24 gigawatts, with nearly 17 gigawatts intended directly for data centers. The total pipeline of US gas projects in development surged 50 percent in the first half of the year to 378 gigawatts, though more than half of the proposed projects lacked a named turbine manufacturer.

The rapid expansion triggered regulatory and political interventions, as community resistance reliably intensified when data centers exceeded 5 percent of a local grid's capacity. On August 17, Texas Governor Greg Abbott halted grid connection approvals for new data centers pending a comprehensive state audit, responding to an interconnection queue that reached 474 gigawatts. The moratorium placed approximately 49.8 gigawatts of near-term projects and up to 300 total projects at risk of delay, though facilities building their own on-site power generation were exempted. In California, Governor Gavin Newsom signed a seven-bill package on September 23 regulating data center resource consumption. The legislation required developers to disclose projected water usage before receiving local project approval and removed categorical environmental exemptions for most private data center projects. The laws also directed the California Public Utilities Commission to create specific electricity rates for data centers to prevent cost-shifting to residential customers.

Local opposition to data center expansion peaked during the 2026 midterm election cycle.From: OpenAI Abandons Non-Disclosure Agreements for Data Center Projects After Midterm Pushback ·

Community resistance culminated during the November 5 midterm elections, where voters in 44 out of 45 municipalities with data center ballot measures chose to restrict or ban new construction. Prior to the election, a June poll found that 57 percent of Americans opposed having a data center built in their community, and 40 states had some form of active data center ban or moratorium in place. During the midterms, Ohio experienced the most concentrated opposition, with over a dozen communities enacting zoning restrictions or outright bans on hyperscale facilities. Gubernatorial candidates who campaigned on data center moratoriums secured victories in key technology hubs, including Texas and Ohio, as exit polling indicated 56 percent of midterm voters considered artificial intelligence and data centers a major factor in their decisions.