Microsoft to Build 2-GW Texas Datacenter Campus as AI Demand Drives Multibillion-Dollar Expansion
Updated
Updated · Microsoft · Jun 22
Microsoft to Build 2-GW Texas Datacenter Campus as AI Demand Drives Multibillion-Dollar Expansion
3 articles · Updated · Microsoft · Jun 22
Summary
Pecos, Texas, will host a new Microsoft datacenter campus adding about 2 gigawatts of global capacity over the next five to seven years—one of the company’s largest single expansions.
Microsoft said the multibillion-dollar project is aimed at strong AI and cloud demand and will use dedicated onsite power that the company funds, rather than drawing initially on local grid resources.
The campus is expected to support more than 6,000 construction jobs at peak build-out and create hundreds of permanent operations roles, extending Microsoft’s Texas footprint beyond its San Antonio-area facilities.
A related 20-year power deal with Chevron covers Project Kilby, a natural-gas plant planned to ramp up to 2.67 GW by 2028 to supply the West Texas site.
Microsoft said the campus will start with behind-the-meter gas power, then may connect to the broader grid over time, while using closed-loop cooling to sharply limit water consumption.
Can Microsoft reconcile this 20-year natural gas deal with its 2030 carbon-negative climate pledge?
Is Big Oil's new strategy to directly power Big Tech the future of the American energy industry?
The AI Energy Crunch: Chevron, Microsoft, and the Race to Double U.S. Electricity for Data Centers by 2026
Overview
The landmark agreement between Chevron, Microsoft, and Engine No. 1 highlights how tech companies are urgently securing reliable power sources to meet the rapidly growing electricity demand driven by AI and data centers. This deal aims to strengthen Microsoft’s AI capabilities, but it also draws attention to the company’s rising emissions and the broader challenge of building enough energy infrastructure to support AI’s expansion. As the industry grows, questions about energy sourcing and long-term sustainability become more pressing, showing the complex balance between powering innovation and managing environmental impact.