Google Secures Nuclear Power for AI Data Centers
Translated & summarized from Al-Shams by baba
Google has signed a 20-year deal with Constellation Energy to secure 890 megawatts of nuclear power for its AI data centers in the U.S. This agreement, part of a larger 3,590-megawatt deal, aims to meet the growing electricity demand driven by AI. Meanwhile, Israel's Electricity Authority has frozen new data center grid connection applications due to overwhelming demand, highlighting a global challenge in powering AI infrastructure.
The story in 5 lines · by baba
- Google will receive 890 MW of nuclear power from Constellation Energy under a 20-year U.S. grid agreement.
- Constellation Energy will invest over $4.3 billion to upgrade 11 existing nuclear units.
- Google's total contracted power capacity from Constellation will reach approximately 3,590 MW.
- Israel's Electricity Authority has imposed a 140-day freeze on new data center grid connection requests.
- The global demand for AI data center electricity is straining power grids and raising costs.
Major technology companies are turning to nuclear energy to meet the escalating electricity demands of artificial intelligence data centers. In a significant move, Google has entered into a 20-year agreement with Constellation Energy to add 890 megawatts of nuclear power to the U.S. electricity grid, according to Reuters. Under the deal, Constellation will invest over $4.3 billion to upgrade 11 existing nuclear units in Illinois, Pennsylvania, and New Jersey, aiming to boost their electricity output without constructing new reactors. The initial capacity increase is anticipated to begin by 2028.
This development occurs as tech firms race to secure vast amounts of electricity for their data centers. In addition to the nuclear agreement, Google also signed a separate 15-year supply deal for an additional 2,700 megawatts from Constellation's existing plants within the PJM network, which serves approximately 67 million people. This brings Google's total contracted capacity to around 3,590 megawatts.
The issue extends beyond the tech sector, as AI data centers require stable, round-the-clock power supplies. Their expansion makes energy procurement a critical component of the AI development race, potentially straining electricity grids and driving up prices. This challenge is also emerging in Israel, where the Electricity Authority announced in July a 140-day freeze on processing new applications for data centers with capacities of 8 megawatts or more. The freeze, effective until early December, follows the transmission grid operator NOGA receiving approximately 19 gigawatts in new applications within just two months, with total pending requests reaching about 27 gigawatts.
The Electricity Authority stated that commitments for existing data centers, totaling around 1.5 gigawatts, have already consumed the sector's planned capacity through 2035. Many submitted applications may not proceed to construction but still reserve grid capacity. Consequently, the AI race is evolving into a competition for electricity and the necessary infrastructure, raising questions about the pressure rapid data center expansion will place on power grids and energy costs in the coming years.