
Combined-cycle gas
Two generations of power from one unit of fuel — today's firm megawatts, fed by pipelines at the fence.

Nothing on this campus requires an invention. Every machine in the HyperGrid is in commercial service somewhere today — Fermi's technology is the architecture that assembles them behind one private bus, at a scale no one has attempted.
The SGT-800 has logged millions of fleet hours worldwide. The AP1000 is operating at Plant Vogtle today. Grid-scale batteries run across Texas right now. Fermi buys certainty, not promises.
Generation and computers share one private 345 kV bus, behind the meter. Four independent failure domains, one campus — reliability by architecture, not by hope.
The permits are crossed. The ramp is underway: first power Q4 2026, 1.5 GW by end of 2027, a 6 GW federal air permit secured with 5 GW more filed. Speed is the product of starting years ago.
Power flows from the generation fleet through a private 345 kV bus into the data halls — never touching the public grid.

Two generations of power from one unit of fuel — today's firm megawatts, fed by pipelines at the fence.

Passive-safe, carbon-free baseload for decades — cools itself for 72 hours, no operator. Four units filed with the NRC.

The Panhandle's cheapest energy, every daylight hour on the campus.

Batteries answer in milliseconds — riding through every training-load step.
Concept renders
Nothing here waits on an interconnection queue — the turbines are bought, financed, and staged.

The site plan, the specifications, and the capacity schedule — drawn, dated, and sourced.