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Google is planning an 850 MW data center in Texas powered by AES Clean Energy’s…
Brief
Google’s new 850 MW Texas data center will be powered via a co‑located AES Clean Energy buildout that, according to an AES filing in December, comprises 600 MW of solar and 945 MW of wind. Thanks to a recent Texas rule change allowing a co‑located load to use a generation project’s interconnection, Google can reportedly piggyback on AES’ grid connection and avoid ERCOT’s huge large‑load queue (225 GW at end‑of‑2025), cutting deployment time to about 18 months. AES’s wind phase is expected online August 2027. The author contrasts this path with Amazon and Meta’s move to build on‑site gas plants to meet fast timelines, arguing Google demonstrates you can achieve similar speed and near round‑the‑clock clean power by combining co‑located renewables with grid reliability; the claim is based on Cleanview‑sourced documents and the AES filing.
Why it matters
Google is planning an 850 MW data center in Texas powered by AES Clean Energy’s co-located renewables, per an AES December filing that ties the site to a project with 600 MW of solar and 945 MW of wind.
Key details
- A recent Texas rule change lets a co-located load piggyback on a generation project's interconnection agreement; Google appears to be using AES’ interconnection to bypass ERCOT’s large-load queue and reach service in ~18 months.
- ERCOT’s large-load queue totaled 225 GW at the end of 2025; Google’s approach (wind phase expected online August 2027) matches the faster timelines Amazon and Meta have sought by building on-site gas plants, but uses mostly renewables instead of fossil fuel generation.
- Cleanview-sourced documents referenced by the author claim this arrangement enables near round‑the‑clock clean energy with grid backup when output drops and that building the same data center in Virginia could have pushed commissioning to the early 2030s.