Microsoft's agreement with Chevron to supply power for a planned West Texas data center campus demonstrates how AI developers are securing dedicated generation capacity alongside compute infrastructure. Chevron has signed a 20-year agreement to supply power for Project Kilby, a Microsoft-operated data center campus near Pecos, Texas, paired with a co-located natural gas power plant developed by Chevron subsidiary Energy Forge One and investment firm Engine No. 1.

The project will provide approximately 2.67 GW of generating capacity through a phased buildout, with initial power targeted for 2028. The deal formalizes discussions first disclosed in April, when Microsoft entered exclusive negotiations with Chevron and Engine No. 1 over a dedicated power supply arrangement. Less than three months later, the companies converted those talks into a binding agreement, giving Microsoft a long-term source of dispatchable power as utilities warn that large new loads could face lengthy interconnection timelines.

Microsoft plans to add roughly 2 GW of data center capacity over the next five to seven years to support AI and cloud workloads. The company projects the development will create more than 6,000 construction jobs and hundreds of permanent operational positions. Chevron expects most generating capacity to come from gas turbines supplied by GE Vernova, with additional capacity provided by Solar Turbines, a Caterpillar subsidiary. The company expects to make a final investment decision by the end of 2026.

"Our agreement with Microsoft through Project Kilby represents Chevron's unique ability to deliver power to AI customers with certainty, speed and at a competitive cost," said Jeff Gustavson, president of Chevron New Energies.

Project Kilby is one of a growing number of developments pairing power generation with AI infrastructure. Similar efforts involving Crusoe, Lancium, ExxonMobil and NextEra Energy reflect a broader industry push to secure power, fuel, land and computing capacity as part of a single integrated project. In announcing the agreement, Microsoft EVP and COO Carolina Dybeck Happe described the partnership as a model that brings together technology, energy, capital and local communities to support future AI growth.

The project's location in the Permian Basin near abundant natural gas production and existing energy infrastructure allows Chevron to supply both fuel and power. "The unit of AI development is no longer the data center; it is the energy-compute complex," according to Ihab Osman, an independent strategist focused on data center and mission-critical infrastructure.

Such projects do not eliminate infrastructure constraints but rather shift them. Instead of waiting for transmission upgrades and utility interconnections, developers must secure turbines, fuel supply, permits, water resources and community support. The agreement also arrives as ERCOT questions how much announced AI demand will ultimately materialize, with grid planners warning that many proposed projects lack firm commitments to power supply, equipment or financing.

Project Kilby sits further along the development path than most announced AI campuses. Microsoft has secured a 20-year power agreement, Chevron and Engine No. 1 have identified turbine suppliers, and the project has a defined customer, generation plan and commercial timeline. This distinction highlights a growing divide between announced megawatts and deliverable ones.

"The valuable unit is no longer the installed GPU or turbine nameplate," Osman said. "It is the deliverable megawatt that can continuously reach compute."

For Microsoft, the project provides dedicated generation at a time when utilities across major data center markets warn of lengthy interconnection timelines for large new loads. For Chevron, it creates a long-term customer for a multi-gigawatt power development. The deal signals that competition to build AI infrastructure increasingly extends beyond chips, servers and data centers to encompass the land, fuel, water, turbines, permits and community support needed to convert planned megawatts into reliably deliverable ones.