Chevron and Microsoft Launch Massive West Texas Power Project to Support AI Data Center Growth
Chevron Corporation has announced a landmark agreement with Microsoft Corporation that will establish one of the largest co-located natural gas power and data center developments in the United States. Through its wholly owned subsidiary, Energy Forge One LLC, Chevron will develop a dedicated power generation facility in West Texas that will supply electricity directly to a Microsoft-operated data center under a 20-year power purchase agreement.
The project, known as Project Kilby, is being developed through a collaboration between Chevron and Engine No. 1. The initiative reflects the growing demand for reliable and scalable energy infrastructure as artificial intelligence, cloud computing, and advanced digital technologies continue to expand across the global economy. By pairing large-scale power generation with a major data center campus, the project is designed to provide Microsoft with a long-term, dependable energy supply while minimizing strain on regional electricity networks.
A Strategic Response to Growing AI Energy Demand
The rapid rise of artificial intelligence applications has significantly increased the need for data processing capacity worldwide. Large AI models, cloud platforms, and advanced computing systems require substantial amounts of electricity to operate efficiently and reliably. As technology companies continue to invest billions of dollars in new computing infrastructure, access to stable energy sources has become a critical factor in determining where future data centers will be located and how quickly they can be developed.
Project Kilby seeks to address this challenge by integrating power generation directly alongside data center operations. Instead of relying solely on existing grid infrastructure, the facility will generate electricity on-site and deliver it directly to Microsoft’s operations. This approach enhances energy reliability while helping reduce pressure on the broader power system that serves homes, businesses, and industries throughout the region.
The agreement highlights a growing trend in the technology and energy sectors, where major companies are increasingly pursuing dedicated energy solutions to support expanding digital infrastructure. As AI adoption accelerates, the demand for large-scale, dispatchable power generation is expected to rise significantly over the coming decade.
Massive Capacity Planned Through Modular Development
Project Kilby is expected to deliver approximately 2.67 gigawatts (GW) of electricity generation capacity once fully developed. This level of output would place the project among the largest energy developments specifically designed to support data center operations in the United States.
The facility will be constructed using a phased and modular development strategy. This approach allows generation capacity to be added incrementally as demand grows, enabling greater flexibility while reducing development risks. Modular construction also provides opportunities to incorporate technological improvements and operational efficiencies throughout the project’s expansion phases.
By scaling generation capacity over time, Chevron and its partners aim to align power production closely with Microsoft’s evolving computing requirements. This strategy supports both economic efficiency and long-term operational reliability.
Advanced Turbine Technology at the Core
A substantial portion of the project’s generation capacity will come from advanced natural gas turbines supplied by GE Vernova. These turbines will be supported by associated electrical infrastructure designed to deliver high levels of efficiency and reliability.
Additional generating capacity will be provided through Solar Turbines, a wholly owned subsidiary of Caterpillar Inc. Together, the equipment supplied by these industry-leading manufacturers will form the backbone of the power facility, ensuring dependable electricity production capable of supporting large-scale AI and cloud computing operations.
Natural gas remains a key component of the project’s energy strategy due to its ability to provide consistent, dispatchable power. Unlike intermittent energy sources that depend on weather conditions, natural gas generation can operate continuously and respond quickly to changing demand requirements. This capability is particularly important for data centers, which require uninterrupted power availability to maintain operations and protect critical digital infrastructure.
Chevron Sees Opportunity in Emerging Energy Markets
According to Chevron executives, Project Kilby represents an important opportunity to leverage the company’s traditional strengths while participating in new growth markets created by digital transformation.
Jeff Gustavson, president of Chevron New Energies, emphasized that artificial intelligence is reshaping economic activity worldwide and creating unprecedented demand for reliable energy infrastructure. He noted that Chevron’s extensive experience in energy development, combined with abundant natural gas resources from the Permian Basin, positions the company to deliver power quickly, efficiently, and competitively.
The project also aligns with Chevron’s broader strategy of expanding into energy opportunities beyond traditional oil and gas production. By supplying electricity directly to large industrial and technology customers, the company aims to create new revenue streams that complement its existing operations.
Project Kilby is expected to generate diversified cash flows that are less dependent on fluctuations in global oil and natural gas prices. This diversification could strengthen Chevron’s long-term financial resilience while supporting shareholder returns.
Microsoft Secures Long-Term Energy Reliability
For Microsoft, the agreement provides access to dedicated power infrastructure capable of supporting future growth in AI and cloud computing services.
Noelle Walsh, President of Cloud Operations and Innovation at Microsoft, highlighted the company’s need for scalable and dependable energy solutions as demand for AI-driven services continues to expand. She noted that the partnership with Chevron will help ensure Microsoft has access to large-scale electricity supplies necessary to operate advanced computing systems while maintaining reliability for customers.
The project also strengthens Microsoft’s presence in West Texas, where the company expects to become a more significant contributor to local communities through investment, employment, and economic development initiatives.
As technology companies continue to compete in the AI race, securing long-term energy supplies has become a strategic priority. Project Kilby provides Microsoft with greater certainty regarding future power availability while reducing exposure to potential grid constraints and energy market volatility.
Designed to Minimize Grid Impact
One of the project’s defining characteristics is its co-location model. By placing power generation infrastructure directly adjacent to the data center, electricity can be supplied without relying extensively on regional transmission networks.
This design helps reduce congestion on the power grid and minimizes the need for additional transmission infrastructure. It also enhances operational efficiency by reducing transmission losses and improving system responsiveness.
The approach is intended to ensure that expanding data center operations do not significantly impact electricity availability for residential, commercial, and industrial consumers who depend on the regional power network.
As concerns grow regarding the energy demands of AI facilities, projects like Kilby are increasingly viewed as potential solutions that balance technological growth with broader energy system stability.
Economic Benefits for West Texas
Beyond supporting digital infrastructure, Project Kilby is expected to generate substantial economic benefits throughout West Texas and the surrounding region.
Chevron estimates that the development could contribute more than $10 billion in state and local tax revenue over its lifetime. These revenues could support public services, infrastructure improvements, educational programs, and community development initiatives.
The project is also expected to support nearly 2,000 jobs, including positions related to construction, operations, maintenance, engineering, and supply chain activities. Additional indirect employment opportunities are anticipated through local businesses and service providers supporting project development and operations.
The scale of investment associated with Kilby is expected to stimulate broader economic growth while strengthening West Texas’ role as a key hub for both energy production and advanced technology infrastructure.
Environmental and Water Management Considerations
Project developers have incorporated several environmental measures into the facility’s design. Rather than relying on freshwater resources, the power plant plans to utilize non-potable brackish groundwater for operational needs. This strategy helps preserve valuable freshwater supplies for communities, agriculture, and other essential uses.
Chevron is also exploring opportunities to expand the reuse of produced water generated from oil and gas operations. Such initiatives could further reduce pressure on freshwater resources while promoting more efficient water management practices.
To address air quality concerns, the facility will incorporate advanced emissions control technologies, including Selective Catalytic Reduction (SCR) systems designed to reduce nitrogen oxide (NOx) emissions. Additional design features will aim to minimize noise levels and limit light impacts on nearby communities.
Path Toward Final Investment Decision
The agreement with Microsoft represents a significant milestone as Chevron advances the project toward a final investment decision. The company expects to reach this stage by the end of 2026, subject to the completion of necessary approvals and other project requirements.
Chevron has indicated that the project is targeting returns in the mid-teens, reflecting strong confidence in the long-term demand for dedicated power infrastructure supporting AI and cloud computing operations.
If development proceeds as planned, first power delivery from Project Kilby is anticipated in 2028, marking the beginning of what could become one of the most significant energy and digital infrastructure partnerships in the United States. The project underscores the increasingly close relationship between the energy sector and the rapidly expanding world of artificial intelligence, positioning both Chevron and Microsoft to capitalize on the next phase of technological growth.
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