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PACE advances Glasscock County AI infrastructure campus.

Secured land, water solutions, and behind-the-meter natural gas arrangements position the Texas campus for phased deployment and long-term scale.

April 21, 2026 | By PACE

April 21, 2026

PACE today announced continued advancement of its AI infrastructure campus in Glasscock County, Texas, with Phase I planned at 100 MW and a scalable path to 1 GW. The project is being developed around a behind-the-meter energy strategy designed to support large-scale compute demand with speed, flexibility, and long-term expansion capacity.

The Glasscock County campus benefits from secured land, water solutions, and term-sheeted natural gas arrangements with development partners, creating a strong foundation for phased deployment. The site also sits on redundant fiber lines, strengthening its appeal for hyperscale, AI, and high-performance computing users seeking resilient, energy-forward locations.

"Compute demand is moving faster than traditional infrastructure delivery timelines," said Preston Stein, Co-Founder of PACE. "We are building around that reality from day one, with a site and strategy designed to move at the pace the market now requires."

"This is not a speculative vision without substance underneath it," said Chance Pressley, Co-Founder of PACE. "We have assembled the key ingredients that matter most, including site control, water, and substantial behind-the-meter gas positioning, and we are building with scale in mind from the outset."

Located in Glasscock County, Texas, the project is intended to serve as a strategic platform for broader campus expansion as market demand and infrastructure timelines permit, including future grid interconnectivity as ERCOT timelines allow.

About PACE

Power-first campuses for AI infrastructure demand.

PACE is an AI infrastructure development company focused on building next-generation compute campuses in strategic energy-rich markets. The company's development strategy centers on speed to power, scalable site design, and infrastructure solutions tailored to the needs of hyperscale and AI-driven demand.