States diverge on who pays for AI data center power surge

The artificial intelligence boom is forcing American states to make a choice: who bears the cost when massive data centers demand unprecedented amounts of electricity? New Jersey and Indiana have arrived at opposite answers, and their divergence reveals a fundamental tension in how to manage the power surge without burdening ordinary households.

New Jersey Governor Mikie Sherrill signed legislation in July that treats data centers as a special case requiring protection of existing ratepayers. The law requires the state's Board of Public Utilities to establish separate rate structures for large data centers, ensuring that the cost of new substations, transmission lines, and other grid upgrades built primarily to serve those facilities do not get passed to residential and small business customers. The law also mandates that data centers commit to paying for at least 85 percent of the electricity capacity they request for a full decade—a safeguard against the risk that a company scales back operations or closes, leaving other customers stuck with infrastructure costs. Beyond rate structures, Sherrill paired these protections with transparency requirements. A second law signed this week requires data center operators to report their energy and water consumption to the state twice annually, giving officials and communities a clearer picture of what these facilities demand and how they might affect local resources.

Indiana took a markedly different path. Rather than impose statewide rules, state regulators approved a negotiated agreement between Indiana Michigan Power, the Fort Wayne-based utility serving parts of Indiana and Michigan, along with consumer advocates and major technology companies. The deal emerged from a wave of massive projects in the utility's service territory: Amazon Web Services announced an $11 billion data center campus near New Carlisle in 2024, and Google announced a $2 billion project in Fort Wayne. The 2025 agreement requires large new customers, including data centers, to make long-term financial commitments to pay for the electricity they request, even if their actual demand falls short. With those commitments secured, Indiana Michigan Power says it can turn the new revenue into a benefit for existing customers. The utility is asking regulators to approve a $59 million base rate reduction in 2027, claiming that revenue from large customers makes the cut possible. If approved, a typical Indiana household using 1,000 kilowatt-hours monthly would save roughly $100 a year. The utility is also proposing to freeze all rates on customer bills for three years, with a decision expected in June 2027.

Daniel Turner, executive director of the energy advocacy group Power The Future, sees merit in Indiana's approach but argues both states have fallen short. Turner told Fox News Digital that Indiana's willingness to work with companies rather than impose sweeping restrictions is preferable to New Jersey's more prescriptive framework. "Indiana's approach is definitely the better of the two," he said. "At least Indiana is saying, 'Hey, we don't know where this is going, but we're not going to put in all of the guardrails yet to stop progress from happening. Let's work together and figure out what the solution is.'" Yet Turner contends that neither state has gone far enough to ensure the AI buildout actually adds power to the grid rather than simply consuming existing capacity. He argues that every data center should be built alongside the necessary power-generating facility to run it and contribute excess capacity back to the broader grid. New Jersey's law encourages data centers to bring clean generation or energy storage online, but Turner sees that as insufficient—the generation should be built as part of the original project, not encouraged as an afterthought.

Turner frames the data center debate as a question of political will. "The solutions to data centers are not complicated issues to solve," he said. "They just require political will." He argues that officials too often choose sweeping restrictions or open-ended delays instead of working collaboratively with utilities, developers, and communities on plans that protect ratepayers while adding needed power capacity. The Trump administration has already attempted to establish a national model. In March, the White House announced a Ratepayer Protection Pledge signed by Amazon, Google, Meta, Microsoft, OpenAI, Oracle, and xAI, committing those companies to cover the cost of additional electricity generation needed for AI data centers rather than pass it to households. Turner notes that the stakes extend well beyond local utility bills. He argues that the United States cannot afford to fall behind China in the race to build and control artificial intelligence, and that the consequences of losing that competition would be severe.