Dead Coal Plants Have Something No One Can Build Fast: a Grid Connection

• THE GRID

A coal plant called Breed shut down in Sullivan County, Indiana. Workers left. Lights went dark. But the wires stayed.

On Monday, Amazon, AEP, and X-energy signed a deal to explore putting 12 small nuclear reactors on that same site. 960 megawatts. Carbon-free. Built on a patch of land that already has a grid hookup.

Five days before that, AEP made a different bet. A $4 billion fuel cell plant near Cheyenne, Wyoming. 702 megawatts of Bloom Energy tech. No combustion. Google signed a 20-year deal to buy the power. Full operation is planned by late 2028.

Two deals. One utility. Close to $9 billion. One week.

Why these sites? Because they come with the one thing no one can build fast: a grid connection.

New transmission takes a decade. Lawrence Berkeley National Lab says the median wait from request to operation has doubled to more than five years. A retired coal site skips that line. The wires, the substations, the water, the zoning — all in place.

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EIA data shows more than 630 coal units have retired since 2000. Of those, 329 had capacity above 100 MW. Each one left behind a ready-made grid on-ramp.

The pattern is spreading. Xcel Energy turned the old Sherco coal plant in Minnesota into a solar hub — 710 MW online, heading to 910 MW by 2029. In Pennsylvania, the Bruce Mansfield site is being repowered with gas for 2,550 MW. In Wyoming, TerraPower is building its Natrium reactor near the Naughton coal plant.

A 2022 study found that reusing coal infrastructure could cut a new nuclear plant's capital cost by 15% to 35% versus a greenfield build.

AEP just proved the model works at scale. Its Cheyenne fuel cell plant starts construction this year. Two years to full power. That pace is not possible on bare land.

And 467 coal units are still running. Many are aging fast. Each one sits on a grid connection that a hyperscaler would pay billions for.

The fastest path to new data center power doesn't start with a shovel. It starts with a retirement notice.

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• WIRED IN

• VOLTAGE

In February, Google placed the biggest battery order ever. Not lithium-ion. Iron and air.

Form Energy will build a 300 MW system in Minnesota. It holds 30 GWh of stored power. Enough to feed the grid for 100 straight hours. More than four full days.

Google plans to pair it with 1.6 GW of new wind and solar. The aim: run a data center on clean power around the clock. Even when the sun sets. Even when the wind dies for three days.

One month later, Crusoe signed up for 12 GWh more. Same tech. Same maker. Deliveries start in 2027.

Lithium-ion has a ceiling. It stores power for four hours. That handles a peak spike. It can't carry a server farm through a calm week.

Iron-air can. And it's cheap. The active materials are iron, water, and air. Form Energy targets a cost below $20 per kilowatt-hour. That's about one-fifth the price of lithium-ion at scale.

Data centers run nonstop. They need baseload. Gas gives them that. Nuclear gives them that. Now iron-air plus wind and solar can too.

Form's factory sits in Weirton, West Virginia. It opened in 2024 on the grounds of a former steel mill. Old iron country, building iron batteries.

If iron-air works at this scale, it fills the one gap that kept renewables out of data centers: the days without sun or wind.