AI infrastructure now depends on more than chips and data centers.
Power availability is becoming a key factor in determining where new computing capacity gets built and how quickly projects move from planning to operation.
Chevron’s 20-year agreement with Microsoft through Project Kilby offers a glimpse into how some of the largest AI developments may secure the electricity needed to support future computing demand.
The planned 2.7-gigawatt campus in West Texas could become one of the largest AI data center projects in the United States, integrating power generation into the development from the outset.
Why It Matters: Demand for AI compute continues to grow, while power infrastructure remains one of the biggest constraints facing new data center development. Project Kilby shows how technology companies, energy producers, and infrastructure developers are working together to build computing capacity in locations with access to abundant energy resources.
- A Massive Buildout: The project would cover more than 2,000 acres in Reeves County, Texas, and use natural gas from Chevron’s Permian Basin operations to support one of the largest AI data center developments currently planned in the United States. At full capacity, the campus is expected to generate up to 2.7 gigawatts of electricity.
- Power on Site: Long wait times for grid connections have become a challenge for large data center projects. Project Kilby plans to launch with dedicated on-site generation, allowing computing and power infrastructure to be developed on similar timelines. The campus is expected to connect to the Texas grid later and sell excess electricity into the market.
- A New Market for Energy Companies: Chevron’s agreement adds to a growing number of partnerships linking power generation and data center development. AI demand is creating new business opportunities for energy producers, many of which are taking a larger role in how computing infrastructure gets built and powered.
- A Growing Playbook: Industry data shows many proposed data centers now include on-site generation, battery storage, and future renewable energy options. These projects often combine generation capacity with reliability measures that help reduce dependence on utility networks facing interconnection delays and capacity constraints.
- Why West Texas: The Permian Basin combines energy production, available land, and existing infrastructure in a way that few regions can match. Project leaders believe the region could become a major destination for AI compute investment over the next decade.
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