与此同时，记者梳理发现，沿海省份已成为海上风电发展的主战场。江苏、广东两省的装机规模均已突 破1万兆瓦大关，福建、浙江、山东等地也在加速布局。这些地区经济发达、能源需求旺盛，为海上风 电提供了广阔市场空间。王昕伟分析说，我国能源分布与经济发展呈"逆向分布"，经济活跃的沿海地区 能源自给不足。海上风电可直接在沿海负荷中心发电，就地消纳，从而减轻"西电东送"压力，增强区域 能源自主保障能力。 全球首台16兆瓦漂浮式风电机组"三峡引领号"完成组装，首个漂浮式风电制氢平台获得认证……"十四 五"期间，我国海上风电真正实现了向深远海的规模化进军，通过一系列具有全球引领性的技术突破， 完成了从"近海追随"到"深远海引领"的历史性跨越。 "双碳"目标下，海上风电开发要继续迈向"深蓝"，更多挑战摆在行业面前。在近日举行的2025海上风电 现代产业链共链行动大会暨大连新能源产业发展交流大会上，与会者普遍认为，我国海上风电产业已进 入规模化、集约化发展的关键时期，需通过产业链协同创新、技术攻关和政策保障，加速迈向深远海， 构建具有全球竞争力的现代产业体系。 与产业界同频共振，风电装备制造的政策也在发生调整。不久前，工业和信息化部 ...

Core Viewpoint - The article highlights the resilience and advanced technology of Mingyang's offshore wind turbines in successfully withstanding the impact of Typhoon "Haikui," demonstrating their leadership in typhoon-resistant wind power technology [2][3][11]. Group 1: Typhoon Impact and Response - Typhoon "Haikui," classified as a super typhoon, made landfall in Guangdong, with maximum wind speeds exceeding 70 m/s, equivalent to a level 17 storm [3][6]. - A total of 1,345 Mingyang offshore wind turbines were directly or indirectly affected by the typhoon, including the world's largest floating wind platform, "Mingyang Tianceng," and the first typhoon-resistant floating wind turbine, "Three Gorges Leading" [2][3]. - Mingyang's turbines demonstrated high reliability and stability, successfully enduring the typhoon without any equipment damage, reaffirming their technological superiority in the offshore wind sector [2][3]. Group 2: Technological Innovations - "Mingyang Tianceng" employs an innovative single-point mooring system, allowing it to adaptively align with wind direction during the typhoon, significantly reducing the load on its supporting structure by 40% [3][11]. - The "Mingyu No. 1" platform is designed to withstand a 17-level super typhoon, incorporating multi-disciplinary design principles to enhance safety and minimize losses during extreme weather [6][11]. Group 3: Historical Context and Development - Mingyang's history of typhoon resistance dates back to 2007, with continuous advancements leading to the development of various typhoon-resistant models, including the first floating wind turbine in 2021 [7][11]. - The company has successfully navigated multiple typhoons, including "Tengfei" and "Paka," showcasing the reliability of its wind turbines under extreme conditions [7][11]. Group 4: Preparedness and Monitoring - Mingyang initiated its annual typhoon preparedness in March, establishing emergency plans and ensuring all turbines were ready to execute anti-typhoon functions [12][13]. - The company utilizes a proprietary "Prophet" intelligent scheduling system for real-time monitoring and preemptive adjustments to turbine operations during typhoons, ensuring safety and operational efficiency [12][13].

Core Viewpoint - The article highlights the resilience and advanced technology of Mingyang Smart Energy's offshore wind turbines in successfully withstanding the impact of Typhoon "Haikui," demonstrating their leadership in typhoon-resistant wind power technology [1][12]. Group 1: Typhoon Impact and Response - Typhoon "Haikui," classified as the strongest typhoon in the Northwest Pacific for 2025, made landfall in Guangdong, affecting 1,345 Mingyang offshore wind turbines [1][3]. - The maximum wind speed recorded in the affected areas reached 50 m/s, with the highest in Yangjiang exceeding 70 m/s, equivalent to a force of 17 [3][5]. - Mingyang's turbines, including the world's largest floating wind platform "Mingyang Tianceng," successfully endured the typhoon without damage, showcasing their reliability and advanced technology [1][3][5]. Group 2: Technological Innovations - "Mingyang Tianceng" employs a unique single-point mooring system, allowing it to adapt to wind direction changes and significantly reduce structural load by 40% during typhoons [3][5]. - The "Mingyu No. 1" platform is designed to withstand a 17-level typhoon, integrating marine engineering and aquaculture considerations to ensure safety and operational stability [5][8]. - Mingyang has developed a high-precision multi-body dynamics simulation platform to optimize the structural performance of typhoon-resistant turbines based on extensive testing data [11]. Group 3: Preparedness and Monitoring - Mingyang initiated its annual typhoon preparedness in March, establishing emergency plans and ensuring all turbines were ready for the typhoon's impact [13][14]. - The company utilized a self-developed "Prophet" intelligent scheduling management system for real-time monitoring of turbine conditions and operational status during the typhoon [14]. - Cross-departmental collaboration and advanced algorithms were employed to ensure effective responses to extreme weather, demonstrating Mingyang's organizational capabilities and technical expertise [14].

Group 1 - Guangdong's marine economy has surpassed 2 trillion yuan, becoming the first province in China to achieve this milestone, maintaining its leading position for 30 consecutive years [2] - The province has actively cultivated six major marine industries: marine electronic information, offshore wind power, marine engineering equipment, marine biology, natural gas hydrate, and marine public services, aiming to build a national marine economic development hub [2][4] - Since 2018, Guangdong has allocated nearly 2 billion yuan in special funds to support innovation in these six marine industries, resulting in breakthroughs in 281 key technologies and driving an industrial output value of 25.2 billion yuan [2] Group 2 - Guangdong has made significant advancements in offshore wind power technology, including the world's first typhoon-resistant floating wind turbine and the first deep-sea floating wind power equipment, marking a leap from "none" to "some" in this sector [4][5] - The province has also developed a series of innovative marine energy solutions, such as the world's first remote-controlled research vessel and a 2000-ton self-elevating wind power installation platform, enhancing its deep-sea energy development capabilities [5] Group 3 - The marine pharmaceuticals and biological products industry is a key component of Guangdong's strategic emerging industries, with significant investments made to support research and development in this area [7] - Guangdong has invested 236 million yuan in 83 marine biomedical projects from 2018 to 2024, fostering collaboration among universities, research institutes, and enterprises to achieve multiple technological breakthroughs [7] Group 4 - The province has made strides in the conservation of rare marine species, developing a comprehensive protection technology for coral and giant clams, significantly improving the survival rates of these species [8] - Guangdong has also achieved breakthroughs in the exploration and commercialization of natural gas hydrates, with significant technological advancements and world records in gas production [8] Group 5 - Innovative technologies such as underwater Wi-Fi networks and advanced communication chips are being developed to enhance operational efficiency in marine resource exploration [10][11] - The establishment of marine public service projects, including a national marine comprehensive test site and a marine big data platform, is expected to support the high-quality development of the marine economy in Guangdong [11]

Core Insights - The 2025 Hailing Island International Wind Energy Conference was held in Yangjiang, Guangdong, showcasing Mingyang Group's advancements in offshore wind power technology and its commitment to high-quality development in the sector [1][2] - Mingyang Group aims to lead innovations in offshore wind power, including floating wind power, hydrogen production, and integrated wind-fishing technologies, contributing to the development of zero-carbon industrial parks and new energy scenarios [1][2] Group 1 - Mingyang Group's Chairman, Zhang Chuanwei, emphasized Yangjiang's role as the birthplace of Guangdong's offshore wind power and highlighted the company's efforts in driving technological innovations and breakthroughs in the sector [1][2] - Mingyang is focused on providing comprehensive solutions that ensure high electricity generation, high utilization rates, and low electricity costs, particularly in the context of floating offshore energy islands and green hydrogen applications [2][3] - The global potential for offshore wind power development is estimated at 710 billion kilowatts, with deep-sea resources accounting for 70%, yet the current development rate is below 0.5% [2] Group 2 - Mingyang's International Business President, Zhang Qiying, discussed the importance of unlocking deep-sea wind energy resources as a pathway for global energy transition and carbon neutrality [3][4] - Innovations in materials, industrial manufacturing, and floating wind turbine systems have enabled Mingyang to overcome technical barriers in deep-sea wind power, enhancing cost-effectiveness and scalability [3][4] - The company has achieved significant milestones in floating wind technology, including the first domestic floating wind turbine and the world's largest dual-rotor floating platform, marking a transformative journey in offshore wind power [3] Group 3 - Innovation is identified as the key driver for the development of offshore wind power, with a shift from resource dependency to technology dependency in the global economy [4] - Mingyang's strategies include enhancing resource conversion efficiency and reducing the levelized cost of energy (LCOE) through technological advancements [4] - The introduction of new policies signifies a new phase of refined management in the wind power industry, emphasizing the need for stable electricity generation and customized turbine designs [4]