Americas Data Center: Reshaping US Energy Infrastructure

The rapid growth of artificial intelligence is putting unprecedented pressure on energy infrastructure worldwide. As demand for AI-powered data centers accelerates, cities, governments and energy providers are being forced to rethink how these facilities are powered, regulated and integrated into existing grids.

Forty of the world’s largest cities have now acknowledged the scale of this challenge by launching the Global Urban Data Centres Pact, coordinated by the C40 Cities Climate Leadership Group. The initiative commits member cities to improving renewable energy sourcing, increasing water efficiency, recovering waste heat and strengthening planning coordination around data center expansion.

The message is clear: AI-driven demand is growing faster than many urban infrastructure systems can adapt, creating a need for more coordinated approaches to energy, regulation and development.

Nowhere is this tension more visible than in the United States, where federal support for AI infrastructure expansion is moving at pace, while many states and local authorities are introducing new controls around environmental impact, grid capacity and community costs.

Federal policy continues to accelerate AI infrastructure growth

The US federal government continues to support significant expansion of AI and data center infrastructure.

A USD $700 million coal funding package under the Defence Production Act is being developed to strengthen power supply for AI infrastructure. The package includes support for 13 plant upgrades, new coal facilities and export infrastructure.

At the same time, the Department of Justice is seeking to dismiss legal challenges against xAI’s gas turbine operations in Memphis, citing national security considerations. Meanwhile, the Environmental Protection Agency has rejected calls for national environmental standards for data centers, shifting more responsibility to individual states.

For the industry, this creates a more fragmented regulatory landscape, with requirements increasingly varying depending on location.

Grid connection is also becoming a central challenge. Federal Energy Regulatory Commission (FERC) has directed all six regional grid operators to reform their interconnection processes within 60 days. These changes will focus on cost allocation, co-location and the integration of flexible energy loads.

The proposed POWER Up Act would introduce additional federal oversight for large-scale grid connections above 100MW, while maintaining state authority over permitting and site approvals.

Separately, the FDCEA is expected to expire in September 2026 without a replacement, potentially removing federal standards covering energy efficiency, cybersecurity and resilience for government data centers.

States take different approaches to data center expansion

While federal policy is encouraging growth, state and local governments are taking increasingly different approaches to managing the impact of large-scale data centers.

In New York, a one-year moratorium has been introduced on new data center permits above 20MW while environmental impact studies and new cost allocation frameworks are developed.

Michigan lawmakers have proposed a three-bill moratorium package that would pause new permits and introduce additional oversight through a proposed Data Center Regulation Act.

Other states are taking a more expansion-focused approach.

Texas is progressing grid reforms through ERCOT’s “Batch Zero” framework, while Oregon has introduced the POWER Act, which shifts more infrastructure costs towards large energy users. Under the legislation, data center electricity rates are expected to increase by 29%, while residential electricity bills could decrease by 1.3%.

This growing divide between states means location strategy is becoming one of the most important considerations for data center developers and investors.

AI data centers become a national political issue.

The growth of AI infrastructure has moved beyond an industry discussion and into national policy debate.

The bipartisan AI Data Center Moratorium Act, introduced by Bernie Sanders and Alexandria Ocasio-Cortez, proposes pausing new AI data center construction above 20MW until national safeguards are established.

While the legislation is unlikely to pass, its introduction highlights how data center development has become a major political issue, with debate focused on energy demand, environmental impact and the cost to consumers.

US lawmakers have also proposed measures aimed at protecting residential electricity customers from potential increases linked to data center expansion.

Companies explore renewable energy and alternative power solutions

Major technology companies are also responding to growing energy demands by investing in new power partnerships.

Meta Platforms has signed an 180MW solar power purchase agreement (PPA) with Zelestra as part of a wider 1.4GW renewable energy partnership in Texas, expected to come online by 2028.

In Canada, Max Power Mining has signed a memorandum of understanding with TerraVolt Energy, EcoTech Building Solutions and Carbon Neutral Growth Fund to explore natural hydrogen-powered AI data centers in Saskatchewan.

Although still at an early stage, the project highlights the industry’s growing interest in alternative energy sources beyond traditional gas and grid connections.

What does this mean for the energy and infrastructure workforce?

For employers and project developers

The US data center market is becoming increasingly shaped by regional regulation.

Site selection is no longer only about available land, power capacity and connectivity. Regulatory environment, permitting timelines and local energy policy are becoming critical factors in determining whether a project succeeds.

A development that moves quickly in Texas could face significant delays in New York or Michigan.

For organisations building data center infrastructure, waiting for complete regulatory clarity before developing talent strategies could create challenges. The demand for specialists in grid interconnection, power infrastructure, compliance and QHSE is already increasing as requirements diverge across different states.

Building workforce pipelines early will be essential for companies looking to deliver projects successfully in a rapidly changing market.

For candidates and energy professionals

Regulatory complexity is creating new opportunities for professionals who can operate across multiple state frameworks.

Grid specialists, interconnection experts and power infrastructure professionals are becoming increasingly valuable as utilities and developers adapt to changing requirements.

QHSE professionals are also seeing increased demand as oversight responsibilities move from federal standards towards state-level regulation.

For professionals looking to build experience in the AI infrastructure sector, regions actively investing in new frameworks, such as Texas and Oregon, are likely to see continued hiring activity as new projects move forward.

The future of AI infrastructure will depend not only on technology and investment, but on the people who can navigate the complex relationship between energy supply, regulation and delivery.

-

Source: EIC Newsbrief, Data Center, June 2026 (published 30 June 2026). AI Data Center Moratorium Act details verified against Senate and House sponsor statements.