Tech giant Microsoft is taking a major step to secure the massive amounts of electricity needed for its artificial intelligence expansion. Under a newly announced 20-year agreement, energy giant Chevron will supply natural gas to fuel a colossal new data center facility in West Texas. Known as Project Kilby, the planned facility is projected to consume a staggering 2.7 gigawatts of power—an amount equivalent to the electricity consumption of approximately two million average homes.

The power infrastructure for Project Kilby will be built directly on-site in Reeves County, Texas. A significant portion of the electricity will be generated using large gas turbines supplied by GE Vernova, alongside additional turbines provided by Caterpillar. While construction has not yet commenced, Chevron expects to make its final investment decision on the project later this year, with the goal of initiating power delivery to the data center by 2028.

This partnership highlights the immense energy demands of the artificial intelligence boom, which is forcing tech companies to seek highly reliable, continuous power sources. Microsoft is aggressively expanding its infrastructure, planning $190 billion in capital expenditures this year—a 61% increase compared to 2025. While Microsoft has historically focused on renewable energy contracts to offset its carbon footprint, the constant, 24/7 operational requirements of advanced AI workloads are driving the company to diversify its energy mix with natural gas and nuclear power, such as its recent deal to revive Pennsylvania’s Three Mile Island nuclear plant.

For Chevron, the deal represents a major opportunity to leverage its extensive natural gas production in the Permian Basin, which spans West Texas and southeastern New Mexico. The proximity of these resources allows Chevron to deliver fuel to the data center quickly, reliably, and at a highly competitive cost, establishing a blueprint for how traditional fossil fuel companies can directly power the next generation of digital infrastructure.

Key Takeaways

• Microsoft and Chevron have entered a 20-year agreement to power a new West Texas data center, Project Kilby, using natural gas.
• The facility will require 2.7 gigawatts of power, utilizing on-site turbines from GE Vernova and Caterpillar, with operations slated to begin in 2028.
• The deal underscores a shift in Big Tech's energy strategy, as the relentless power demands of AI force companies to supplement renewable energy with reliable fossil fuels and nuclear power.

Editor’s Analysis & Impact

The partnership between Microsoft and Chevron marks a pivotal moment in the intersection of the technology and energy sectors. As artificial intelligence applications demand unprecedented levels of uninterrupted, 24/7 electricity, the limitations of current renewable energy grids are becoming apparent. Tech giants, once strictly committed to carbon-neutral goals, are now forced to prioritize grid reliability and sheer capacity. By turning to natural gas in the Permian Basin, Microsoft is signaling that fossil fuels will remain a critical bridge technology for the AI revolution. This trend is likely to trigger a wave of similar long-term agreements between hyperscalers and oil and gas majors, potentially complicating corporate climate pledges but accelerating the deployment of next-generation computing infrastructure.

Frequently Asked Questions

Q: What is Project Kilby?
A: Project Kilby is a massive planned Microsoft data center in Reeves County, West Texas, designed to support artificial intelligence applications. It is expected to consume 2.7 gigawatts of electricity, powered primarily by natural gas.

Q: Why is Microsoft using natural gas instead of renewable energy?
A: While Microsoft continues to invest in renewables, the 24/7 operational demands of advanced AI require highly reliable, continuous baseload power that wind and solar cannot always guarantee. Natural gas provides a stable, scalable energy source to meet these immediate needs.

Q: When will the project become operational?
A: Chevron expects to make a final investment decision on the project later this year, with power delivery and operations projected to start in 2028.