Kaleigh Harrison
Fermi America has finalized an agreement with Energy Transfer to deliver firm natural gas to its 5,236-acre
HyperGrid development near Amarillo, Texas. This natural gas supply is a key part of powering the initial 2 gigawatts of dispatchable energy the site will provide to data center clients. With operations set to begin in early 2026, the gas interconnect will link directly into Energy Transfer’s extensive pipeline system—one of the largest in North America.
The Amarillo campus is positioned to serve
growing AI and hyperscale computing demands, both of which require highly reliable and scalable power. Energy Transfer’s footprint across 44 states provides the level of energy consistency needed for this kind of workload. For Fermi, the infrastructure agreement represents a cost-efficient way to secure base power while remaining flexible enough to expand into renewables, nuclear, and battery storage over time.
The choice of Amarillo wasn’t accidental—Fermi identified it as a high-potential site for gas access long before finalizing future energy mix plans. As the project develops,
gas will serve as the steady foundation on which other clean technologies can be layered.
Fermi’s HyperGrid Campus: A New Model for AI-Era Power Needs
Fermi America’s HyperGrid concept reflects a broader rethink of energy infrastructure tailored for AI-era computing. With hyperscale and AI data centers requiring more power density and uptime than ever, the company is building a private grid that balances reliability with innovation.
The campus will eventually feature a mix of generation sources—including natural gas, nuclear, solar, utility interconnects, and energy storage—creating a resilient, behind-the-meter energy system. But the cornerstone is dispatchable power that’s ready from day one. By securing gas now, Fermi is de-risking early operations and maintaining momentum after acquiring long-lead gas-fired generation assets earlier this year.
In addition to technical infrastructure, Fermi is working in collaboration with the Texas Tech University System to align with regional workforce and research strengths. The TTU System, with over 64,000 students and a major economic presence across the state, adds a layer of institutional support to the initiative.
This integrated approach—bringing together energy reliability, future-facing tech, and regional development—positions the HyperGrid campus as a model for the kind of physical infrastructure AI will increasingly rely on.
