Fermi Names CBRE to Run Its 17 GW Texas AI Campus — Private Grid Model Gets Its First Operator
Fermi Services has named CBRE as the exclusive operations and maintenance provider for the first building at Project Matador, the AI data center campus it is developing on roughly 5,800 acres in the Texas Panhandle near Amarillo. The contract is five years from ready-for-service date, renewable in five-year terms. CBRE will have site leaders on site up to 120 days before the building goes live to develop operating procedures and inspect equipment before service begins.
The timing is deliberate. Fermi and TensorWave have extended the closing date on a data center lease — tied to approximately $6.5 billion in expected revenue — to October 31, 2026. Naming an operator before that close gives prospective tenants evidence that the first building can be staffed without an incumbent utility running the facility.
The Stack
Project Matador is not a conventional data center connected to a utility grid. The campus is designed to run on a private behind-the-meter power network combining what Fermi describes as the largest new combined-cycle natural gas project in the United States, new nuclear, utility grid backup, solar, and battery storage. The full campus targets approximately 17 gigawatts of private grid capacity, contingent on binding customer agreements. Fermi has invested more than $1.5 billion to date.
The generating assets are in pre-construction. The data center that CBRE will operate — the first building on the campus — is the commercial proof-of-concept: can a building run in this environment before the full power stack is complete?
What the CBRE Selection Signals
The question Project Matador has always faced is whether the private-grid AI campus model is an operating business or a financing narrative. Hyperscalers with conventional data centers rely on incumbent utilities for power delivery and buy from grid interconnection queues. Matador’s model internalizes the supply: own the generation, own the load, no queue.
That model requires an operator who can staff and maintain a facility outside normal utility arrangements. CBRE, which manages more than 7 billion square feet of commercial real estate globally, provides that. The firm’s selection as operator before the TensorWave lease close matters because it converts the facility from a construction project into a staffed, maintainable asset that tenants can sign on to.
If the Matador model works — private generation, private grid, private operations — it changes the constraint structure for AI infrastructure buildouts. Grid interconnection queues, which run to years for large new load, stop being the binding factor. Power follows compute investment rather than utility planning cycles.
What It Does Not Resolve
The 17 GW figure depends entirely on customer commitments that have not been publicly announced beyond TensorWave. Fermi is explicit: deployment matches binding agreements. The first building is modest relative to the campus ambition.
The campus is also co-founded by former Texas Governor and U.S. Energy Secretary Rick Perry, and carries the formal name Donald J. Trump Advanced Energy and Intelligence Campus — a political framing that could complicate its reception with some institutional tenants regardless of technical merit.
CBRE’s award is a small contract attached to an unusually large bet. Whether Matador closes with TensorWave on October 31 and what comes after will determine whether the private-grid model becomes a template or a footnote.