Strategically positioned for next-generation data infrastructure, this 550-acre industrial-zoned parcel in Clyde, Texas, offers a rare blend of scale, connectivity, and energy access, offering a unique opportunity for hyperscale, colocation, or edge data center development in one of the nation’s most power-flexible and connectivity-enhanced rural markets. With minimal easements, fiber-optic broadband, untapped city water, and proximity to a newly upgraded 345kV transmission line from the AEP Abilene South to Putnam project, the land is uniquely primed for data center development or large-scale digital deployment.

Unlike neighboring windmill-saturated properties, this parcel features only two windmills at its corners—maximizing usable land area. Its rural location outside city limits avoids residential zoning conflicts, while still benefiting from city-level utilities and fiber speeds rivaling urban hubs. The site is 30 miles from the high-demand Stargate project, giving it access to upgraded grid capacity without competing for power.

This land represents a turnkey opportunity for high-capacity data operations in one of Texas’s emerging tech corridors. 

This area is an emerging global clean energy resource/developer. In addition to the Stargate project, Abilene Christian University (ACU) is involved in groundbreaking nuclear research and technology development through its NEXT Lab, focused on molten salt reactors (MSRs). It aims to address global needs for energy, water and medical isotopes by advancing molten salt reactor technology as a mobile resource, and is training future leaders in nuclear science and engineering.