Google購買首批SMR核能，助力2030年實現500兆瓦碳中和電力供應

Google與Kairos Power的合作標誌著一個具有里程碑意義的時刻，因為這是全球首個企業協議，專門從小型模組化反應爐（SMRs）購買核能。該協議將在2030年前實現Kairos Power的首個小型核反應爐運行，並計劃在2035年前進一步擴展部署，最終為美國電網提供多達500兆瓦的24/7碳中和電力。

Google’s partnership with Kairos Power marks a landmark moment as it is the world’s first corporate agreement to exclusively purchase nuclear energy from small modular reactors (SMRs). The agreement will see Kairos Power's first small nuclear reactor operational by 2030, with plans to expand deployment by 2035, ultimately providing up to 500 megawatts of 24/7 carbon-neutral electricity to the U.S. grid.

為何此協議重要

Why this agreement matters

Kairos Power的技術特點

Technical features of Kairos Power

Kairos Power採用先進的熔鹽冷卻技術，結合陶瓷卵石狀燃料，通過低壓運行系統實現高效熱能轉換，這種設計簡化了反應爐結構並降低了運營成本。Kairos Power的反應爐具備內在的被動安全特性，能有效減少核反應爐的安全風險。

Kairos Power uses advanced molten salt cooling technology, combined with ceramic pebble-shaped fuel, to achieve efficient heat energy conversion through a low-pressure operating system. This design simplifies the reactor structure and reduces operating costs. Kairos Power's reactors have built-in passive safety features that can effectively reduce the safety risks of nuclear reactors.

Google的多元化清潔能源策略

Google’s diversified clean energy strategy

Google選擇了“訂單簿”策略，通過從多個反應爐購買電力，推動核反應爐的批量生產和重複部署，從而進一步降低成本並加速核能技術的推廣。這一舉措與Google早先推動增強地熱能源的努力相呼應，展現了該公司對多元化清潔能源技術組合的長期承諾。

Google chose the "order book" strategy to promote the mass production and repeated deployment of nuclear reactors by purchasing electricity from multiple reactors, thereby further reducing costs and accelerating the promotion of nuclear energy technology. The move echoes Google's earlier push to enhance geothermal energy and demonstrates the company's long-term commitment to a diverse portfolio of clean energy technologies.

這一協議的前瞻性意義

The forward-looking implications of this agreement

Google的核能購電協議不僅將推動核能商業化的進程，還可能對全球能源市場產生深遠影響。這份協議預示著新一代先進核能技術的到來，這些技術的商業化有望成為全球能源轉型的重要組成部分，進一步推動各國實現碳中和目標。

Google's nuclear power purchase agreement will not only promote the commercialization of nuclear energy, but may also have a profound impact on the global energy market. This agreement heralds the arrival of a new generation of advanced nuclear energy technologies, the commercialization of which is expected to become an important part of the global energy transition and further promote countries to achieve carbon neutrality goals.