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中国波浪能技术进展与未来趋势 被引量:7

Progress and Future Trend of Wave Energy Technology in China
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摘要 我国化石资源供需紧张而波浪能储量十分丰富。近十年来,我国波浪能研发技术日趋成熟,“十四五”规划背景下波浪能开发利用之势更是方兴未艾。掌握我国现阶段波浪能利用技术现状并更好地把控波浪能利用技术未来发展趋势方能进一步推动我国波浪能技术进步和开发利用。基于此,本文阐述了波浪能发电技术的主要形式并对其原理进行了介绍;列举了不同类型的典型波浪能转换装置及其技术手段,总结归纳了我国近十年在波浪能发电技术方面的进展;并从多自由度阵列发电、多能互补耦合发电和多功能综合平台利用三个方面对波浪能发电技术的未来发展趋势做出了合理展望。 The supply and demand of fossil resources are tight,whereas the wave energy reserves are abundant in China.In the past ten years,the wave energy research and development technology in China is increasingly mature.Especially under the background of the 14th Five-Year Plan of China,the development and utilization trend of wave energy is even booming.In order to further improve the progress,development and utilization of wave energy technology in China,it is crucial to grasp the current situation of wave energy utilization technology in China and control better the future development trend of wave energy utilization technology.For this purpose,the main forms and the principle of wave energy power generation technology are introduced and different typical wave energy converters and their technical means are listed and the advances in wave energy generation technology in China in recent decade are summarized.The future development trend of wave energy generation technology is prospected from the aspects of multi-degrees of freedom array power generation,multi-energy complementary coupled power generation and multi-functional comprehensive platform utilization.
作者 路晴 史宏达 LU Qing;SHI Hong-da(College of Engineering, Ocean University of China, Qingdao 266100, China;Shandong Provincial Key Laboratory of Ocean Engineering, Qingdao 266100, China)
出处 《海岸工程》 2022年第1期1-12,共12页 Coastal Engineering
基金 国家重点研发计划项目--基于我国资源特性的海洋能高效利用创新技术研发(2018YFB1501900) 国家自然科学基金项目--基于波高摄取的波浪能装置获能谱研究(52071303)和典型波浪能装置能量捕获-传递-转换耦合模型的构建与优化(U1906228) 山东省自然科学基金重大基础研究项目--海上风-浪耦合获能机理研究(ZR2021ZD23)。
关键词 波浪能发电技术 波浪能转换装置 多自由度阵列发电 多能互补耦合发电 多功能平台综合利用 wave energy generation technology wave energy converter multi-degrees of freedom and array power generation multi-energy complementary coupling power generation multi-functional comprehensive platform utilization
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