China ha desplegado 2.000 servidores bajo el océano para hacer frente a la creciente demanda energética de la inteligencia artificial.
El proyecto tiene como objetivo reducir la efectividad del uso de la energía en los centros de datos aprovechando la refrigeración submarina. Este enfoque marca un cambio a medida que las demandas de la IA empujan a la infraestructura hacia nuevos entornos.
Los usuarios en X están reaccionando al centro de datos de IA submarino de China con sentimientos mayoritariamente positivos y neutrales, destacando su eficiencia energética, el uso de energía eólica marina y la refrigeración natural con agua de mar. Los debates subrayan la rápida finalización del proyecto y las ventajas sobre las instalaciones terrestres. Algunas publicaciones señalan comparaciones con el desarrollo de infraestructura más lento en otros lugares, mientras que otras ofrecen puntos de vista más desenfadados o escépticos sobre el concepto.
China has launched the world’s first commercial underwater data center powered by offshore wind near Shanghai’s Lingang area.
— Pirat_Nation 🔴 (@Pirat_Nation) 21 de mayo de 2026
This 24-megawatt facility is now fully operational with nearly 2,000 servers for AI tasks, big data, 5G networks, self-driving cars, and smart robots.… pic.twitter.com/bxD42pSSxQ
China shipped the underwater data center solution to the AI power and water crisis in 11 months. the US is still arguing about zoning permits for the next Virginia data center.
— TechEdgeDaily (@techedgedaily) 21 de mayo de 2026
🚨 CHINA BUILDS THE WORLD’S FIRST COMMERCIAL UNDERWATER AI DATA CENTER 🌊🤖
— Amit Amir Anthony (@AmitWorldPeace) 21 de mayo de 2026
China has officially launched a 24MW underwater data center near Shanghai powered mostly by offshore wind energy.
⚡ Nearly 2,000 AI servers
🌊 Natural seawater cooling
💧 Almost zero freshwater usage… pic.twitter.com/VJZf0PudEe
🚨 THE FUTURE OF COMPUTING: China launches the world's 1st underwater AI data center! 🌊
— Aymane Yousfi (@YousfiTech) 21 de mayo de 2026
Running 2,000+ AI & 5G servers 10m below the sea near Shanghai. Powered 95%+ by offshore wind, ocean water naturally cools it—slashing PUE to 1.15 vs 1.50+ on land. pic.twitter.com/S2tIt5Y8ty
China just activated a 24‑megawatt underwater data center near Lingang, Shanghai.
— Martin Szerment (@MartinSzerment) 21 de mayo de 2026
Powered entirely by offshore wind.
2,000 servers running AI, big data, 5G, autonomous vehicles, and smart robotics.
Cooling costs drop, latency tightens, and geography stops being a… pic.twitter.com/dlZklMXoas
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The output of China's core artificial intelligence industry exceeded 1.2 trillion yuan ($165 billion) in 2025, with more than 6,200 companies operating in the field, said Li Lecheng, head of the Ministry of Industry and Information Technology. The remarks came after the opening meeting of the fourth session of the 14th National People's Congress in Beijing on Thursday.
Chinese authorities have issued new emission rules targeting strategic sectors including AI data centres to meet 2030 climate goals. The move comes amid the Iran war heightening energy security needs. The rules also call for greener digital infrastructure.
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China's Zhengzhou core node has doubled its chips to 60,000 from 30,000 since early February trials, becoming the nation's most powerful scientific intelligent computing infrastructure, CCTV reported.
Alibaba chairman Joe Tsai has credited China’s advantages in artificial intelligence to investments in its power grid and open-source models. He stated that such massive investments have provided ample supply and low costs for the energy-intensive AI sector. China’s industrial depth highlights vast potential for AI applications, Tsai said.
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Google is constructing a new data center in Texas that employs advanced air-cooling technology to minimize water usage. The facility will restrict water consumption primarily to essential operations such as kitchens. This initiative aligns with the company's broader $40 billion investment in the state over two years.
Two Chinese researchers have recommended the use of wave-powered autonomous vessels for long-term maritime patrols and monitoring in distant waters including the South China Sea.
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On March 4, 2026, leading tech firms including Amazon, Google, Meta, Microsoft, OpenAI, Oracle, and xAI signed the non-binding Ratepayer Protection Pledge at the White House, committing to fund new power generation and infrastructure for AI data centers to shield consumers from rising electricity bills. President Trump hailed it as a 'historic win,' but critics question its enforceability amid growing environmental and economic concerns.