Google and AES Turn the Power Into Texas

Google and AES are rewriting the energy playbook in Texas, building a massive data center that generates its own clean power to save the grid

1 Mar 2026

Google and the energy firm AES have formalized a 20-year partnership to develop a co-located data center and clean power campus in Wilbarger County, Texas. The agreement, announced Feb. 24, signals a structural shift in how large-scale digital infrastructure operators manage energy procurement within increasingly strained power markets. By integrating generation and consumption at a single site, the companies aim to bypass the transmission bottlenecks that have complicated recent grid expansions.

Under the terms of the deal, AES will own and operate on-site generation assets and construct the shared electricity infrastructure for the facility. This "power first" design allows the data center to begin operations alongside its own dedicated clean generation capacity. Industry analysts suggested the approach could serve as a model for future developments, as it seeks to reduce the immediate burden on local electrical grids that often struggle to accommodate massive new industrial loads.

The Wilbarger County facility is designed to meet the growing computational demands of Google’s artificial intelligence services, including Search and Cloud. These workloads have driven a sharp increase in energy consumption across the industry, prompting hyperscale operators to secure long-term power supplies. To mitigate environmental impacts, the campus will utilize advanced air cooling technology, a system that removes operational water use from the facility's cooling requirements entirely.

For AES, the partnership represents an expansion of its role within the hyperscale sector. The company has now signed energy agreements totaling nearly 12 gigawatts with data center customers, with nine gigawatts tied directly to large-scale operators. AES executives described the model as a "full stack" approach, delivering powered land and energy at scale rather than acting as a traditional utility supplier.

The project arrives as analysts project that data center energy demand could reach 17 percent of the total United States electricity supply by 2030. While these co-location models offer a framework for expanding digital capacity without shifting grid costs onto residential consumers, the sheer scale of such projects continues to test local infrastructure. Google has also committed 30 million dollars to an Energy Impact Fund intended to support affordability and efficiency initiatives in Texas communities. The success of this integrated model may determine how effectively the industry scales as the transition to carbon-free energy continues.