中国海洋大学学报（自然科学版）2026，Vol.56Issue(4)：100-110,11.DOI:10.16441/j.cnki.hdxb.20250047
基于不同集成方案的浮式风-浪联合发电系统动力响应研究
Dynamic Response Study of Floating Wind-Wave Hybrid Power Generation System Based on Different Integration Schemes
摘要
Abstract
To achieve cost-effective development of offshore wind and wave energy,this study in-tegrates the oscillating buoy wave energy converter(WEC)into the Haiyou Guanlan floating offshore wind turbine(FOWT).This integration aims to enhance power generation efficiency while reducing the motion response of the FOWT.Based on the potential flow theory and Morison formulation,the hydro-dynamic coupling analysis of the floating foundation and WEC is realized in AQWA,and the aerodynam-ic influence of blades is simulated in detail in FAST by using blade element momentum theory to realize the full coupling analysis.The accuracy of the numerical model was validated using data from physical model tests.Four WEC integration schemes were evaluated for their effects on the motion response and power generation efficiency of the FOWT.Results indicate that integrating a six-buoy WEC array be-tween the central and side columns of the semi-submersible foundation effectively suppresses the pitch motion of the wind turbine.Under extreme conditions,the maximum value and standard deviation of the pitch motion were reduced by 16.2％and 10.3％,respectively.Compared to the single FOWT,the hybrid power generation system achieved a 13.9％increase in power generation efficiency.The findings demonstrate that WEC integration significantly enhances power generation efficiency and reduces the motion response of the FOWT.关键词
浮式风机/波浪能/联合发电系统/动力响应/全耦合分析Key words
floating offshore wind turbine/wave energy/hybrid power generation systems/dynamic response/fully coupled analysis分类
能源科技引用本文复制引用
何方,路顺航,蔡元浪,杨小龙,潘佳鹏..基于不同集成方案的浮式风-浪联合发电系统动力响应研究[J].中国海洋大学学报（自然科学版）,2026,56(4):100-110,11.基金项目
国家自然科学基金优秀青年科学基金项目(52022092) （52022092）
浙江省万人计划科技创新领军人才项目(2021R52050)资助Supported by the National Science Fund of Excellent Young Scholars(52022092) （2021R52050）
the Zhejiang Ten Thousand Talents Program Leading Talents in Technological Innovation(2021R52050) （2021R52050）
