A loosely defined, arid region of Texas, west of the Wichita Falls–Del Rio axis.
Federal regulators have issued orders to regional grid operators to speed connections for large data centers while requiring transparency and rules to prevent ratepayers from subsidising grid upgrades. Tech firms and energy officials are defending faster hookups and new cooling tech; communities and experts are warning about water, electricity and local costs as data‑center buildouts surge.
Recent data shows a sharp rise in home battery installations across several states, driven by high electricity prices and policies that reward rooftop solar plus storage. Utilities and tech firms see these distributed assets powering a future grid and supporting data centers, AI workloads, and virtual power plants. Major players are expanding partnerships to coordinate thousands of home batteries for grid needs.
Multiple tech giants report advances in data-center cooling that reduce on-site water use. Nvidia claims its liquid-cooled systems can operate without mechanical chillers in many settings; Microsoft and others say their building methods still depend on external electricity sources and regional water constraints. The broader question remains: how much water and energy do AI infrastructures require overall?