Tech Giants Partner with Nuclear Firms to Power AI Data Centers
科技巨頭與核能公司合作，為人工智慧資料中心供電
The rapid expansion of Artificial Intelligence has triggered an unexpected "Nuclear Renaissance".
人工智慧（ㄖㄣˊㄍㄨㄥㄓˋㄏㄨㄟˋ）的迅速擴張引發了一場出人意料的「核能復興（ㄏㄜˊㄋㄥˊㄈㄨˋㄒㄧㄥ）」。
As tech giants like Microsoft, Google, and Amazon race to build massive data centers, they face an urgent need for reliable, carbon-free energy.
隨著微軟、Google 和亞馬遜等科技巨頭競相建造龐大的資料中心，他們面臨著對可靠、零碳能源的迫切需求。
Unlike wind or solar power, which depend on weather, nuclear energy offers constant, baseload power essential for AI infrastructure.
與依賴天氣的風能或太陽能不同，核能提供了一種對人工智慧基礎設施至關重要的恆定基載（ㄐㄧ）電力。
To meet their ambitious net-zero climate goals, companies are now shifting from passive consumers to active energy financiers.
為了實現其雄心勃勃的淨零氣候目標，各公司正從被動的消費者轉變為積極的能源投資者。
Strategies include restarting retired reactors, such as the deal to revive Three Mile Island, and investing in Small Modular Reactors (SMRs).
策略包括重啟已退役的反應爐（如振興三哩島的協議），以及投資小型模組化反應爐（SMRs）。
SMRs represent a modern approach to nuclear energy, promising faster and more cost-effective deployment compared to traditional plants.
SMRs 代表了核能的一種現代化途徑，承諾比傳統電廠更快速且具成本效益的部署。
By injecting billions into nuclear technology, Silicon Valley is effectively bypassing grid constraints to fuel the next generation of computing.
矽谷透過向核能技術注入數十億美元，有效地繞過了電網限制，為下一代運算提供動力。
This transition highlights a high-stakes bet: tech companies are betting that the key to powering the future of AI lies in the stability of the atom, balancing their technological growth with long-term environmental commitments.
這一轉變凸顯了一場高風險的賭注：科技公司押注於人工智慧的未來動力關鍵在於原子的穩定性，從而平衡其技術成長與長期環境承諾。
