Google has entered into a pioneering agreement to power its AI data centers with nuclear energy by 2030. The deal involves purchasing 50 megawatts of carbon-free power from Kairos Power's Hermes 2 small modular nuclear reactor, with the Tennessee Valley Authority (TVA) facilitating the energy delivery to Google's data centers. This marks the first power purchase agreement of its kind for next-generation nuclear technology aimed at supporting the substantial energy demands of AI infrastructure. The move comes amid growing concerns over rising electricity costs in the U.S., partly driven by the expansion of data centers and challenges with renewable energy sources. Additionally, the rapid growth of data centers has raised environmental concerns, including the depletion of drinking water supplies in the Midwest. Meanwhile, China's accelerated energy infrastructure development, including early achievement of its 2030 wind and solar targets, is positioning it ahead in the global AI race, contrasting with the U.S.'s fragmented and aging power grid.
China’s rapid buildout of energy infrastructure is giving it an edge in the global AI race. While the U.S. struggles with a fragmented, aging power grid, China has tripled renewable energy installations, hit its 2030 wind and solar targets six years early, and is on track for https://t.co/rlvtuiVzFD
Google alimentará sus centros de datos con energía nuclear: este es su plan https://t.co/NgFplv56Fe
Data centers will drive higher energy demand. But the higher electricity prices we are seeing recently in the US are due to expensive, unreliable solar and wind projects and the decommissioning of coal power plants, not data centers (yet). https://t.co/39jiubsl7z