现有风力发电机组地震作用计算方法对5MW风力发电机组的适用性研究

英文篇名：APPLICABILITY OF EXISTING SEISMIC CALCULATION METHODS FOR WIND TURBINES ON A 5 MW WIND TURBINE
中文刊名：太阳能学报
英文刊名：Acta Energiae Solaris Sinica
作者：季亮 ; 祝磊 ; 姚小芹 ; 杨洪源
英文作者：Ji Liang ; Zhu Lei ; Yao Xiaoqin ; Yang Hongyuan ; School of Civil and Transportation Engineering ; Beijing Higher Institution Engineering Research Center of Structural Engineering and New Materials ; Beijing Higher Institution Key Laboratory of Green Architecture and Energy Saving Technique ; Beijing University of Civil Engineering and Architecture ; China General Certification
中文关键词：风力发电机组 ; 抗震计算方法 ; 有限元分析 ; 反应谱分析
英文关键词：wind turbine ; seismic calculation methods ; finite element analysis ; response spectrum analysis
出版日期：2014-11-28
机构：北京建筑工程学院土木与交通工程学院,工程结构与新材料北京市高等学校工程研究中心,绿色建筑与节能技术北京市高等学校重点实验室;北京鉴衡认证中心;
年：2014
期：11
出版单位：太阳能学报

摘要

基于一台5 MW风力发电机组的实际数据,采用我国地震反应谱,进行有限元反应谱分析。并分别采用日本风电规范、IEC标准及相关文献的计算方法对该5 MW风力发电机组塔架剪力、弯矩进行计算,通过与有限元计算结果对比,分析各公式的适用性,可为我国地震环境下的风力发电机组抗震计算提供有益参考。
Based on a 5 MW wind turbine,the finite element response spectrum analysis according to Chinese response spectrum was carried out.Japanese wind turbine specification,the IEC standard and the method of corresponding paper were used to calculate the tower shear and moment.By comparison with the finite element method,the applicability of these methods was analyzed,which can provide a useful reference for the seismic calculation of wind turbines in China.

引文

[1]日本土木学会.风力发电设备支持物构造设计指针同解说[S],2010.
    [2]IEC 61400—1.Wind turbines,Part 1:Design requirements[S].International Electro technical Commission,2003.
    [3]Zhu Lei,Wang Yuanqing,Shi Yongjiu.Seismic load analysis of wind turbines by response spectrum approach[A].2011 International Conference on Computer Distributed Control and Intelligent Environmental Monitoring(CDCIEM)[C],Changsha,China,2010,1706—1709.
    [4]Jonkman J,Butterfield S,Musial W.Definition of a 5 MW reference wind turbine for offshore system development[R].U.S.Department of Energy Office of Scientific and Technical Information,2009.
    [5]GB 50011—2010,中国建筑工业出版社[S].
    [6]GB 50051—2002,烟台设计规范[S].
    [7]祝磊,石原孟.日本《风力发电设备支持物构造设计指针及解说》(2010)简介[J].特种结构,2011,(12):17—19.[7]Zhu Lei,Ishihara Takeshi.Summary of guidelines for design of wind turbine support structures and foundations(2010)in Japan[J].Special Structures,2011,(12):17-19.
    [8]祝磊.风电机组结构抗震研究现状[J].风能,2010,(4):58-59.[8]Zhu Lei.Present seismic research for the structure of wind turbines[J].Wind Energy,2010,(4):58-59.