The power behind AI. — Fermi campus concept render
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For the public

The power behind AI.

Every question you ask an AI runs through warehouses of processors that draw electricity the way a city does. Fermi builds the power to feed them — on its own land, behind its own fence, without raiding the neighborhood's supply.

45GW
Projected U.S. shortfall
7,570acres
Project Matador, Amarillo
2026
First power on site
17GW
Planned at full build
The problem

Why the grid can't feed it.

AI runs on electricity, and the machines that run it are arriving faster than America can build power lines. New grid connections now wait three to seven years, against a projected 45 GW shortfall. If every AI campus plugs into the grid you already use, everyone competes for the same electrons — and prices rise for households first.

The answer

Build the power and the data center together.

Fermi's answer is to build the power plant and the data center on the same land, behind the same fence, so AI gets fed without pulling from the public grid. The math is simple. Our campus is the platform. Power is the product.

Build the power and the data center together.
The neighborhood

Next door to the most secure ground in America.

The campus borders the Department of Energy's Pantex Plant — a region built around clearances, restricted airspace, and a workforce fluent in nuclear-grade safety. Project Matador brings construction jobs, operations careers, and tax base to the Texas Panhandle.

In plain terms

Because thinking takes energy — even for machines.

One large AI campus can need as much power as millions of homes. Rather than ask the grid to absorb that, Fermi generates it on site — gas first, then nuclear, solar, and storage — so the lights stay on for everyone and the AI era gets built in America.

Questions

Good to know.

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