Pranav Hotkar
Pecos, Texas – June 22, 2026 - Microsoft has unveiled plans to build a new AI-focused data center campus in Pecos, Texas, in what the company describes as one of the largest single infrastructure expansions in its history. The project will add approximately 2 GW of data center capacity to Microsoft's global cloud network as demand for artificial intelligence and cloud services continues to accelerate.
The multibillion-dollar campus will be developed over the next five to seven years and is expected to create more than 6,000 construction jobs during peak development, along with several hundred permanent positions in data center operations and facility management. Microsoft said the project is designed to serve customers across multiple industries while expanding the company's ability to support increasingly compute-intensive AI workloads.
A defining feature of the Pecos development is its integrated energy strategy. Rather than relying solely on the regional power grid, Microsoft will pair the campus with a dedicated on-site power source through Project Kilby, a natural gas-fired generation facility being developed under a recently announced 20-year agreement with Chevron. The co-located approach is intended to deliver reliable electricity while enabling the company to bring new computing capacity online more quickly as AI demand grows.
Microsoft said it will fund the energy infrastructure required for the campus and emphasized that the project has been designed with long-term resource management in mind. The company plans to deploy its latest data center cooling technologies to significantly reduce operational water consumption while continuing to support renewable energy development through existing power purchase agreements in Texas. Community engagement, workforce development, and environmental stewardship will also form key components of the project as construction advances.
The announcement highlights a broader shift in hyperscale infrastructure planning, where access to dependable power is becoming as critical as land availability and network connectivity. AI training and inference clusters require substantially higher power densities than traditional cloud deployments, prompting technology companies to secure long-term energy supplies alongside new data center campuses. The Pecos project exemplifies this emerging model by integrating computing infrastructure with dedicated generation assets from the outset.
Located in West Texas, the campus will further strengthen Microsoft's expanding global cloud infrastructure while reinforcing Texas' position as one of the fastest-growing AI data center markets in the United States. The region has attracted increasing investment from hyperscale operators because of its abundant energy resources, available land, and favorable conditions for large-scale infrastructure development.
For Microsoft, the Pecos campus represents more than additional computing capacity. It signals a new phase in AI infrastructure development, where hyperscale operators are designing data centers and energy systems as a single integrated platform to ensure the scalability, resilience, and reliability required by next-generation AI applications.
