Core Insights - The MCES2025 forum focuses on the integration of innovative technologies for the development of marine clean energy, addressing key issues such as scaling successful demonstration projects and reducing deep-sea construction costs [1] Group 1: Forum Overview - The MCES2025 forum was co-hosted by several organizations and included various activities such as the Youth Scientist 10² Forum, industry development conferences, and technology exhibitions [1] - The forum discussed critical topics including the need for innovative technology drivers for integrated development and strategies for rapid scaling of successful demonstration projects [1] Group 2: Youth Scientist 10² Forum - The Youth Scientist 10² Forum featured 21 young scholars and 6 expert judges, where participants presented their key scientific issues and future development trends [2] Group 3: Key Presentations - Li Shuangjian from the National Ocean Information Center emphasized the importance of transitioning from "cooperation in competition" to "competition in cooperation" in marine international relations during the "14th Five-Year Plan" and "15th Five-Year Plan" [13] - Cui Lin discussed the current status of marine clean energy development and the need for exploring new models for the integration of offshore wind, solar, and other marine energy forms [16] - Liu Kun highlighted the necessity of cultivating new productive forces in the marine sector and the importance of a vibrant institutional mechanism for high-quality marine economic development [19] - Wang Xiaobo presented on the trends in supportive technology development for marine new energy, emphasizing the industry's potential to drive significant changes in the energy landscape [21] Group 4: Technical Innovations - Ning Dezhi introduced a project on the array development and utilization technology of new wave and tidal energy devices, aimed at overcoming key technical bottlenecks [26] - Zhang Jianhua discussed the challenges and key technologies in designing floating vertical-axis wind turbines for deep-sea wind energy development [29] - Zhang Hongliang reported on the advancements in submarine cable technology, highlighting the increase in voltage levels to 550kV and the total length of supplied cables [34] - Zhang Xinyu emphasized the importance of innovative design in floating wind power platforms to meet the demands of renewable energy development [37] - Zhou Changan pointed out that the large-scale wind turbine units are crucial for reducing electricity costs, with submarine cable costs being a significant factor [40] - Li Xiaofan introduced a mechanical rectification-based energy capture technology that significantly improves energy conversion efficiency [43] - Wang Xin discussed the application of basalt fiber composite materials in marine engineering, focusing on their durability and lightweight properties [45] - Qiu Yingning highlighted the need for key technologies to enhance the efficiency and reduce costs of offshore wind power generation [47]