FERC Orders Grid Operators to Fast-Track Data Center Connections

The unanimous order reflects mounting concern within the Trump administration that delays in connecting new AI data centers to the power grid could undermine U.S. competitiveness in artificial intelligence, according to TechCrunch. At the same time, the move is likely to intensify an ongoing debate over whether rapidly growing data center demand is contributing to higher electricity prices and straining already limited generating capacity.

Under the directive, regional transmission organizations and independent system operators must demonstrate that data centers can connect to the transmission network “in a timely and orderly manner.” The facilities will be responsible for paying interconnection costs. FERC also instructed grid operators to provide greater accommodation for behind-the-meter power arrangements, allowing data centers to rely more heavily on on-site generation when utility service is unavailable or delayed.

Grid operators have 30 days to report how much spare generating capacity exists within their systems and 60 days to either justify or revise electricity rates in their regions. FERC also directed operators to consider the use of alternative transmission technologies that could increase grid capacity, potentially creating opportunities for emerging grid-technology providers developing advanced transmission equipment.

While the order seeks to reduce bottlenecks in the interconnection process, it does little to address what many energy analysts view as the underlying problem: a shortage of new power generation.

Related: Community Resistance Emerges as Major Obstacle to US Data Center Expansion: Report

The U.S. electric grid is already struggling with a massive backlog of interconnection requests, not only from data centers but also from power plants seeking access to transmission infrastructure. Per TechCrunch, requests from prospective power generators at the end of 2023 exceeded the total generating capacity of the existing U.S. power fleet, illustrating the scale of the backlog facing grid operators.

The challenge has become increasingly urgent as electricity demand from data centers is projected to nearly triple by 2035. Regional grid operators spent much of the past two decades managing relatively flat demand growth and now face a dramatically different environment driven by AI workloads and cloud computing expansion. PJM Interconnection, the nation’s largest grid operator, has faced particular scrutiny as utilities and developers have criticized delays and uncertainty in its interconnection process.

The order arrives amid growing public and political scrutiny of data centers’ impact on electricity consumers. Per TechCrunch, wholesale electricity prices in some regions have risen as much as 267% over the past five years, fueling concerns among consumer advocates and state policymakers that large AI facilities could shift infrastructure costs onto residential and commercial ratepayers.

Energy Secretary Chris Wright reportedly urged FERC to address the issue after warning last year that delays in connecting data centers threatened U.S. leadership in AI. Since then, however, public sentiment toward both AI and large-scale data center development has become increasingly negative, with communities across the country challenging new projects over concerns about electricity consumption, water use, and rising utility costs.

FERC’s latest action underscores a central policy tension confronting regulators, between supporting the rapid buildout of AI infrastructure while ensuring that the electric grid has sufficient generating capacity and that the costs of serving data centers do not fall disproportionately on other electricity customers. As demand continues to surge, that debate is likely to intensify.