Microsoft is doing something that sounds counterintuitive: instead of choosing solar or wind energy, it plans to partner with oil giant Chevron and investment fund Engine No. 1 to build a massive data center campus next to natural gas fields in West Texas.

The project’s initial power generation capacity reaches 2,500 megawatts, enough to rank among the largest power projects in the U.S. Behind the $7 billion investment lies a harsh reality in the AI computing power race: electricity is becoming a scarcer resource than chips.

**Why Texas Natural Gas Fields?**

The site is near Pecos City, close to the Texas-New Mexico border, in the Permian Basin—the largest oil-producing region in the U.S. This area generates large amounts of associated natural gas during oil extraction, but limited pipeline capacity often leads to excess gas being flared directly.

Building data centers here is like "using local materials." Power plants can directly utilize this otherwise wasted energy to provide stable electricity for the data centers. Over the past two years, at least nine large-scale data center projects have been proposed in this region.

**How Big Is AI's Appetite?**

As a long-time backer of OpenAI, Microsoft is competing with Google and Amazon for AI leadership. Training and running large AI models require staggering amounts of electricity. New-generation data centers consume so much power that they can no longer operate in densely populated urban areas and must move to energy-producing regions.

The project could potentially start operations as early as before 2030, but it still needs to obtain tax and environmental approvals. The three companies emphasized in their statement that no commercial terms have been finalized yet, nor is there a final agreement.

This deal sends a signal: as tech giants pursue AI advancement, they are no longer fixated on their "green image" but are confronting the energy reality head-on. When computing power demand grows exponentially, the most practical solution may lie in the traditional energy industry.