American Electric Power, a utility that delivers electricity to customers across 11 states, told investors on Tuesday that it is considering pulling out of two major regional power grids. The reason: connecting new AI data centers to the grid is taking far too long.
“We have to solve the speed to market issue,” CEO Bill Fehrman said during AEP’s earnings call, framing the company’s frustration in terms that left little room for ambiguity. The statement amounts to a direct challenge to the grid operators that coordinate electricity across vast stretches of the country, and it signals that one of America’s largest utilities believes the current system cannot keep up with the explosive demand coming from the technology sector.
Why AEP is picking this fight now
AEP is not a small player making noise for attention. The Columbus, Ohio-based company is one of the largest electricity generators and transmission owners in the United States. It operates within the footprint of multiple regional transmission organizations (RTOs), including PJM Interconnection and the Southwest Power Pool. Those organizations coordinate wholesale electricity markets, plan transmission upgrades, and manage the process of connecting new power plants and large customers to the grid.
That interconnection process is where the bottleneck sits. When a hyperscale data center operator wants to plug a large campus into the grid, the request enters a queue. Engineers study whether existing transmission lines can handle the load, identify what upgrades are needed, assign costs, and schedule construction. The process was designed for a world where new demand arrived gradually. It was not built for an era in which a single customer can request as much power as a mid-sized city and want it delivered on an aggressive timeline.
PJM, the largest RTO in the country, coordinates electricity across 13 states and the District of Columbia. Its interconnection queue has swelled in recent years, with wait times stretching significantly for some projects. That timeline is incompatible with the pace at which technology companies are building AI computing infrastructure. AEP, which fields those companies’ power requests, is caught between customers who want speed and a grid system that was engineered for deliberation.
Regulators are aware, but reforms have not kept pace
Federal regulators have not ignored the problem. The Federal Energy Regulatory Commission recently accepted tariff revisions for PJM under docket ER26-1556, and Commissioner Rosner wrote a separate concurrence underscoring the urgency of reform. Rosner referenced PJM’s “Critical Issue Fast Path” process, a mechanism the grid operator uses to expedite rule changes when reliability or market function is under threat.
PJM itself has been working to clear its backlog. But AEP’s public threat suggests those efforts have not moved fast enough to satisfy a utility sitting on a pipeline of large-load requests from data center developers. The gap between acknowledging a problem and actually solving it is where AEP’s frustration lives.
Neither PJM nor the Southwest Power Pool has publicly responded to AEP’s remarks as of late May 2026. That silence leaves open whether grid operators view the threat as a serious negotiating posture or a pressure tactic unlikely to result in an actual departure.
What leaving a grid operator would actually mean
Withdrawing from an RTO is not as simple as canceling a membership. The process requires FERC approval, the unwinding of transmission service agreements, and reliability assessments to ensure that neighboring utilities and customers are not left exposed. No major utility has cleanly exited a large RTO in recent history, which makes AEP’s threat all the more striking.
If AEP did leave one or both grid operators, it would gain more direct control over how it connects large customers. The utility could, in theory, negotiate bilateral agreements with data center developers and build dedicated transmission without waiting in a regional queue. But it would also lose the benefits of regional coordination: shared generation reserves, access to a diverse supply mix, and the cost efficiencies that come from planning infrastructure across a wide area rather than utility by utility.
For AEP’s residential and commercial customers, the implications are harder to predict. Exiting an RTO could change how electricity prices are set, how reliability is maintained during extreme weather, and how future transmission costs are allocated. State regulators in AEP’s territory would almost certainly weigh in before any withdrawal moved forward.
A collision between two industries running at different speeds
AEP’s threat is the sharpest public expression yet of a tension that has been building across the utility sector. Technology companies are committing large sums to AI data center construction, with individual campuses requesting power loads that rival those of small cities. Those projects operate on corporate development timelines measured in quarters. The electric grid, by contrast, operates on regulatory and engineering timelines measured in years, governed by reliability standards, stakeholder input, and federal oversight.
AEP is not the only utility navigating this pressure, but its willingness to publicly threaten an RTO exit sets it apart. When a CEO tells shareholders the company may walk away from the country’s largest power grids, that language reflects internal strategic calculation, not casual frustration. Securities law governs what executives say on earnings calls, and Fehrman chose his words knowing they would draw regulatory attention.
The question now is whether AEP’s threat accelerates the reforms already underway or triggers a more disruptive restructuring of how the grid accommodates new demand. For grid operators, the message is clear: the interconnection process needs to move faster, or the utilities that anchor these regional markets may start looking for alternatives. For the technology companies driving the demand, AEP’s frustration is a reminder that even unlimited capital cannot buy electricity that the grid is not yet ready to deliver.
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*This article was researched with the help of AI, with human editors creating the final content.
