Fermi America (NASDAQ & LSE: FRMI) has set November 12, 2026, as the release date for its third-quarter results, signaling to the market that the company is fully operational and that its flagship project is on track. At the heart of everything is Project Matador, an energy campus to be built in Texas that the company describes as one of the largest next-generation nuclear complexes ever planned in the United States.
The project targets a total delivered capacity of 11 gigawatts for tenants, combining a natural gas combined-cycle plant, advanced nuclear generation, grid power, solar, and battery storage. The stated goal is to power hyperscale data centers for artificial intelligence and advanced computing. The site spans more than 5,000 acres in the Texas Panhandle, near the Pantex nuclear facility outside Amarillo.
On the construction side, Hyundai E&C has been selected as the development partner. Work is expected to begin in 2026, with the first reactor slated to come online by 2032. The nuclear component could reach six gigawatts of installed capacity, placing the campus among the two largest nuclear complexes in the United States by output. Fermi America has filed an application with the Nuclear Regulatory Commission and is coordinating with the Department of Energy to align licensing timelines with national clean energy priorities.
The commercial strategy is built around lease agreements featuring significant upfront payments, capacity-based rents, and indexation clauses, structured on either a triple-net or gross lease basis. Fermi America aims to generate stable, long-term recurring cash flows by negotiating with leading AI infrastructure companies. SEC filings state the company’s ambition to become the go-to platform for tenants seeking ultra-reliable, low-carbon baseload power. Program management is handled by MATRIX, an AI agent-based project management office developed in partnership with a global consulting firm to govern the complexity of a construction program of this scale.
Fermi America is operating in an environment where major tech players are driving energy demand at a pace traditional grids are struggling to meet. Nuclear power, with its ability to deliver continuous and dispatchable electricity, addresses a structural need that intermittent sources cannot cover on their own. Project Matador integrates multiple technologies precisely to avoid the bottlenecks typical of single-source projects. If the roadmap holds, the Texas campus could set the benchmark for large-scale AI infrastructure development that is no longer dependent on the variability of the public grid.
