明阳智能抗台风海上风机获海外关注

Core Viewpoint - The article highlights the resilience and advanced technology of Mingyang Smart Energy's offshore wind turbines, particularly in the face of extreme weather events like Typhoon Haikashan, showcasing China's commitment to developing robust renewable energy infrastructure capable of withstanding natural disasters [1][2]. Group 1: Typhoon Resilience - Typhoon Haikashan, labeled as the strongest typhoon in the Northwest Pacific for 2025, made landfall in Guangdong, with wind speeds exceeding 17 levels [1]. - Mingyang Smart Energy's offshore wind turbines, over 1,300 units of 16 different models, successfully withstood the typhoon without any reported damage [1]. - The BBC reported on China's efforts to develop next-generation wind farms that can not only resist tropical cyclones but also harness their energy [1]. Group 2: Technological Innovations - The "Mingyang Tianceng" floating platform supports two wind turbines, enhancing power generation by 4.29% compared to a single turbine due to increased wind speed between the blades [2]. - The platform's design includes a single-point mooring system that allows for flexible orientation against the wind, minimizing load during typhoons [2]. - The base of the "Mingyang Tianceng" is made from "ultra-high-performance" concrete, which is four times stronger than regular concrete, capable of withstanding pressures over 115 MPa [2]. Group 3: Future Challenges and Opportunities - The "Mingyang Tianceng" model was installed approximately 70 kilometers off the coast of Yangjiang, Guangdong, and successfully endured the strong winds of Typhoon Mojia, which reached speeds of 133 km/h [3]. - Coastal regions in China face multiple typhoon threats annually but possess high-quality offshore wind resources, presenting both challenges and opportunities for capturing typhoon energy [3]. - The key challenge lies in constructing wind farms that can not only withstand typhoons but also utilize the strong gusts preceding their arrival [3].