Dedicated Power Buildout

Chevron and Microsoft are advancing Project Kilby, a planned natural-gas power facility in Reeves County, Texas, that would provide dedicated electricity to Microsoft’s expanding data center campus under a 20-year agreement. The project is expected to reach about 2.67 gigawatts, deliver first power in 2028, and reduce reliance on the local grid, although Chevron has not yet made its final investment decision. The same reporting points to broader interest from energy companies in serving data centers directly, alongside continuing concerns over emissions and local impacts such as noise.

Meta plans to build a 1-gigawatt data center in Sturgeon County, Alberta, its first in Canada, with an investment reported at about C$13 billion or US$9 billion and a potential expansion to 1.8 gigawatts. Meta will fund new generation and grid infrastructure, while Pembina Pipeline and partners are advancing the 932-megawatt Greenlight natural-gas power plant, expected to operate in 2030 and support the site under a long-term agreement. The project could accelerate Alberta’s data center ambitions and create new demand for Western Canadian gas, but it also highlights a tension between the province’s fossil-fuel-based power strategy and Canada’s clean-energy goals.

Oracle's Project Jupiter in New Mexico is facing repeated setbacks over natural-gas power plans, pushing the project toward fuel cells, revised air permits, and tighter scrutiny of water use, emissions, and siting approvals.

Energy companies are expanding behind-the-meter natural gas generation to serve data centers as grid access and local capacity become constraints. Kodiak Gas Services and Baker Hughes are targeting up to 1.8 GW by 2030, while Williams and Blackstone are funding a roughly 2.6 GW portfolio across Ohio and Utah, linking power generation, pipelines, and data center demand. These projects could shorten power-delivery timelines and improve reliability for large computing customers, but their execution, capital requirements, and project schedules remain important variables.

Google is expanding data center capacity in Texas while testing a power-first model that develops computing facilities alongside dedicated wind, solar, battery storage, and supplemental gas generation. The company is also signing large solar power agreements, funding Texas water projects, and promoting air-cooling or closed-loop systems to address resource concerns. These efforts could shorten power-supply timelines for new facilities, but they also raise questions about grid impacts, community acceptance, water stewardship, and whether planned clean-energy capacity will match rising demand.

Alaska is reviewing multiple proposals that could support large data centers, including Stak Energy’s North Slope project and a potential AIDEA-led industrial district near Houston. Stak’s plan would generate at least a gigawatt from nearby natural gas for AI and cloud customers, while the Houston proposal would reserve land for utility corridors, logistics facilities and possible data centers. The projects face unresolved questions about land transfers, public acceptance, water and gravel use, connectivity, financing and final customer demand.

AI data center developers and power suppliers are pursuing fuel cells, natural gas plants, mobile generators, and hybrid storage to bring capacity online before conventional grid connections are available. The shift is especially visible in North America, where large-load interconnection can take several years and off-grid projects are receiving faster approvals. These systems may shorten construction timelines, but they also create exposure to fuel costs, emissions, permitting disputes, material constraints, and reduced public oversight.

Quantica Infrastructure is planning a 5,000-acre data center campus near Broadview, Montana, with a first building targeted for 2029. The company has sought grid capacity of up to 7,235 megawatts while evaluating renewable power, battery storage, and 1,785 megawatts of potential gas generation. The proposal remains early-stage and faces air-permitting requirements, environmental concerns, and an effort by nearby residents to require voter approval.

Residents and environmental groups are challenging a proposed 5.8-mile gas pipeline tied to the Homer City data center and 4.5-gigawatt power project in Indiana County, Pennsylvania. Their concerns center on water quality, wetland and stream crossings, drilling-fluid risks, transparency, and the use of public funds for private infrastructure. The pipeline review is unfolding alongside active construction on the larger site and broader political support for faster permitting of energy projects.

U.S. utilities and technology companies are committing substantial capital to meet fast-growing data center electricity demand, particularly in regions including Indiana, Ohio, Oklahoma, Texas, Michigan, Virginia, and Minnesota. AEP has raised its five-year capital plan to $78 billion, while other projects use batteries, solar, fuel cells, gas generation, and aggregated home devices to shorten power timelines when grid connections are delayed. These efforts could accelerate new energy investment and improve grid flexibility, but they also raise questions about emissions, customer costs, regulatory approval, project execution, and whether projected AI demand will materialize.

Microsoft and G42's planned Kenya data center is stalled over guaranteed capacity payment demands and power-availability concerns, even as officials say talks continue and a smaller related project remains in play.

Data center operators and policymakers are exploring geothermal power to provide continuous, lower-carbon electricity as demand grows and grid, land, and emissions constraints tighten. Announced agreements involving Google, Meta, and Amazon indicate early commercial traction in the United States, while a proposed Sumatra–Singapore interconnection would link South Sumatran geothermal resources to Singapore’s expanding data center market. The approach still depends on successful exploration, new transmission, financing, permitting, and cross-border coordination.

Meta is expanding its Hyperion AI data center in Richland Parish, Louisiana, to about 5 GW of compute capacity, with investment projected at more than $50 billion and full operations targeted for 2036. The project is driving plans for new generation, transmission, storage, and local road, water, and wastewater upgrades, while creating construction, operating, and workforce-training opportunities. Its scale has also prompted scrutiny over whether utility investments could shift costs to residential customers if the project changes or is delayed, leading Louisiana to develop additional protections for ratepayers and communities.

Data center developers and technology companies are turning to existing nuclear plants, proposed small modular reactors, and long-term power contracts as electricity demand rises and grid availability tightens. Microsoft, Google, Meta, and Riot Platforms are pursuing different versions of this approach, ranging from the planned restart of Iowa’s 615-megawatt Duane Arnold plant to early-stage reactor concepts for future AI campuses. The strategy could provide dependable power, but permitting, financing, construction timelines, supply chains, and local opposition make many nuclear-powered data center plans long-term rather than immediately available.

Oregon is placing data centers and other large electricity users in dedicated rate structures that raise their power costs and assign more grid-upgrade obligations to them. In the Tri-Cities region, Bonneville Power Administration rules and Washington’s carbon-free electricity requirements make very large facilities difficult and expensive to serve without new dedicated generation, transmission, storage, or nuclear power. Together, the developments indicate that electricity pricing, emissions compliance, and reliable supply are becoming central constraints on data center timelines and location decisions.

xAI’s Colossus data centers in Memphis and Southaven have become a focal point for disputes over gas-turbine permits, emissions, persistent noise, water demand, and limited community consultation. Residents and environmental justice groups have filed lawsuits, while regulators and the Justice Department dispute how federal clean-air rules apply to temporary turbines supporting AI operations. The conflict could affect the campuses’ operating timelines, pollution controls, future expansion, and how communities negotiate the costs of large data centers.

Oracle is rapidly expanding AI data center capacity, including a planned $16 billion campus in Saline Township, Michigan, to support customers such as OpenAI and other hyperscalers. The buildout is increasing capital spending, borrowing, and exposure to construction delays, power and water limits, permitting disputes, supply shortages, and uncertain customer demand. The projects could add substantial capacity and employment, but their financial and operational returns remain dependent on timely delivery, affordable energy, and sustained AI infrastructure demand.

Virginia’s expanding data center market is straining available grid capacity and delaying new connections, prompting developers to consider on-site gas or fuel-cell generation while utilities advance the proposed 765-kilovolt Valley Link transmission line. The projects are generating concerns about emissions, noise, farmland, historic resources, and local control, while state officials debate how data centers should contribute to energy and infrastructure costs. The emerging policy and permitting choices could affect project timelines, regional transmission needs, and Virginia’s clean-energy goals.

Utah is moving forward with a proposed Box Elder County data center while limiting initial approvals to a facility of up to 1.5 gigawatts and fewer than 2,000 acres, rather than immediately authorizing the potential 7.5-to-9-gigawatt, 40,000-acre development. Gov. Spencer Cox has tied future approvals to public water reporting, cooling standards, emissions and power requirements, and protections for the Great Salt Lake and Utah electricity customers. The project has received key state and county approvals, but formal air permitting has not begun, a related water-rights application was withdrawn, and political scrutiny remains over nearby land owned by House Speaker Mike Schultz.

Nvidia is backing data center expansion by investing in IREN and Nebius while supplying the systems and technology needed to scale AI compute. IREN is pairing secured power in Texas and Spain with Blackwell deployments, while Nebius is increasing capital spending, acquiring Eigen AI, and building capacity around large Meta and Microsoft commitments. The central constraint is execution: available power and contracted demand support growth, but hardware installation, financing needs, deployment speed, and margin pressure could limit how quickly that capacity becomes profitable.

Large AI-focused data center projects are moving toward hundreds of megawatts and, in some cases, gigawatt-scale power requirements. Developers and investors are committing capital earlier through joint ventures, private debt, land facilities, GPU financing, and other structured arrangements, while utility interconnection delays, permitting, labor shortages, and community resistance slow delivery. The central question is whether power and construction capacity can arrive on schedule and whether AI demand will justify the scale of current investment.

Kentucky communities are taking sharply different approaches to hyperscale data centers. Louisville and Mason County are considering or advancing major projects, while Lexington, Nelson County, and London have pursued moratoriums or tighter controls amid concerns about electricity and water use, land impacts, noise, transparency, and possible utility costs for ratepayers. The divide is shaping local zoning, public hearings, and proposed statewide oversight before additional facilities are approved.

The White House and congressional lawmakers are advancing voluntary commitments and proposed legislation intended to prevent households and small businesses from subsidizing electricity and grid upgrades needed for large data centers. The expanded Ratepayer Protection Pledge reportedly covers stakeholders responsible for about 80% of U.S. power delivery, while House proposals would require large users to pay more directly for infrastructure tied to their demand. The measures come as PJM faces higher congestion costs and supply-demand concerns, and as states and communities debate whether data centers’ economic benefits justify pressure on power, water, land, and local infrastructure.

Virginia’s rapid data center expansion is prompting scrutiny over water consumption, electricity demand, grid costs, land conversion, noise and community impacts. Local officials are seeking more detailed information and public forums, while industry supporters and policy analysts argue that data centers represent a limited share of statewide water use and that large customers pay substantial infrastructure costs. The debate is increasingly focused on how projects are approved, measured and held accountable rather than on expansion alone.

West Virginia is using House Bill 2014 to speed approval of large data centers by shifting key siting and certification decisions to the state, while limiting local zoning authority and redirecting much of the associated tax revenue away from counties. The policy has prompted sustained opposition in Tucker and Putnam counties over land, water, air, noise, infrastructure, disclosure, and public participation. A separate dispute between the Department of Commerce and Fundamental Data over certification deadlines, project scope, and land control has added uncertainty to the proposed Ridgeline complex.

New Jersey is moving from broad debate over data center expansion toward specific guardrails for large facilities. Governor Mikie Sherrill and state lawmakers are pursuing rules that would make data centers pay more of their grid costs, secure or support clean power, disclose energy and water use, address community impacts, and provide local or labor benefits, while advocacy groups continue to seek stricter limits or moratoriums. The measures could influence whether new projects proceed, how quickly they connect to the grid, and how costs are distributed between developers and other ratepayers.

Google and Amazon Web Services are developing large data center projects near New Florence in Montgomery County, Missouri, while residents challenge the approval process and question effects on water supplies, land use, tax incentives, and electricity infrastructure. Google’s planned $15 billion campus is tied to more than one gigawatt of new generation capacity and a $20 million energy assistance fund, while the nearby AWS project faces a lawsuit alleging violations of Missouri’s Sunshine Law. The developments show how major campuses can advance quickly while communities and local governments negotiate transparency, resource impacts, and who pays for supporting infrastructure.

AI-driven data center expansion is accelerating across the US and Asia, but growth is increasingly limited by power access, permitting, labor, cooling, fiber supply, and grid upgrades. New projects, forecasts, and contracts all point to a buildout that is now shaped as much by physical infrastructure as by compute demand.