文章摘要
徐立,向家涛,王东辉,任泽远,房建彬.一种新型浮式综合发电平台的概念设计及其动态响应研究[J].机床与液压,2016,44(24):63-68
一种新型浮式综合发电平台的概念设计及其动态响应研究
Conceptual design and dynamic response study of a new type integrated floating power generation platform
  
DOI:10.3969/j.issn.10013881.2016.24.011
中文关键词: Spar  Barge  浮式平台  综合发电  概念设计  动态响应
英文关键词: Spar, Barge, Floating platform, Integrated power generation, Conceptual design, Dynamic response
基金项目:
作者单位E-mail
徐立 武汉理工大学 xuli@whut.edu.cn 
向家涛 武汉理工大学  
王东辉 武汉理工大学  
任泽远 武汉理工大学  
房建彬 武汉理工大学  
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中文摘要:
      参照OC3 Hywind Spar Buoy和ITI Energy Barge(以下分别简称Spar和Barge)的结构特点,提出了一种新型浮式综合发电平台的概念,根据海洋能发电的特性,构建了“风能 太阳能 波浪能”的联合发电系统,以实现多种能源的耦合互补,并以我国南海作为平台工作条件,采用ANSYS的水动力学模块对平台进行了数值计算。结果表明:该平台的动态响应较小,水动力性能良好,适合在南海海域使用。
英文摘要:
      With reference to the structural characteristics of OC3 Hywind Spar Buoy and ITI Energy Barge (hereinafter referred to as Spar and Barge, respectively), the concept of a new type floating integrated power generation platform was proposed and an integrated power generation system (wind energy solar energy wave energy) was established to perform coupling and complementation of various energy sources in accordance with characteristics of ocean energy power generation; moreover, the ANSYS hydrodynamic modules were utilized to perform numerical simulation to the platform based on the operating conditions (South China Sea). The results show that the dynamic response of this platform is relatively small and its hydrodynamic performance is so good that such platform could be suitable for operation in South China Sea.
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