#Travel# | Location: Fengche Mountain, Xinfeng, #Shaoguan#, #Guangdong# A sea of clouds billows and rolls, as dawn breaks. Wind turbines turn slowly in the breeze. From the mountaintop, a boundless vista unfolds. Morning Guangdong: #ChinaScenery# #SeaOfClouds# #MountainViews# #WindPower# #ExploreChina#

🌊 World's deepest floating wind platform connects to power grid The 16MW tension-leg floating wind platform "Haiyou Anlan" officially started supplying green power to offshore oil fields in the Pearl River Mouth Basin on August 6. It's the deepest and farthest of its kind globally, marking a world-class breakthrough for China's deep-sea wind tech.🌬️🌏 📍 Pearl River Mouth Basin, Guangdong #WindPower# #DeepSea# #CleanEnergy# #OffshoreWind# #HaiyouAnlan# #Guangdong# #Innovation# #RenewableEnergy# #ChinaTech# #FloatingWind# #GreenFuture#

India’s annual wind power installations are set to more than double by 2030 as the country steps up efforts to meet climate targets and secure round-the-clock electricity supplies, according to a top turbine maker

Scotland produces far more wind power than its grid can handle and developers now see a possible solution: build data centers close to the surplus power, turning wasted wind into an AI advantage. Simon Hampton reports on Wall Street Week

China supplies over 80% of the world’s photovoltaic (PV) modules and 70% of wind-power equipment, supporting green transitions worldwide. 🌱🌍 Amid energy uncertainties, China’s new-energy capacity also helps strengthen global energy and supply-chain stability. #GreenChina#

China has launched the world’s first commercial underwater data center powered by offshore wind near Shanghai’s Lingang area. 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. The sealed units sit about 10 meters underwater and 10 kilometers offshore next to a large wind farm. More than 95% of the power comes directly from the wind turbines via special cables that reduce power loss, while seawater cools the servers naturally through heat exchangers. This eliminates the need for large cooling systems or fresh water, giving it an energy efficiency rating of about 1.15 compared to 1.5 to 2.0 for typical land data centers. The project progressed rapidly: the deal was signed in June 2025, construction ended by October 2025, tests ran in February 2026, and full service started in mid-May 2026, at a total cost of about 1.6 billion yuan. This solves two major data center problems : high electricity use from AI and heavy water consumption for cooling by combining clean wind power with the sea’s natural cooling.

By the end of September 2026, China's cumulative installed capacity of wind and solar power reached 2.01 billion kilowatts, the country's National Energy Administration announced on Monday. Of the total, solar power capacity stood at 1.31 billion kilowatts, up 16.5 percent year on year, while wind power capacity reached 700 million kilowatts, up 20.4 percent.