基于Wasp的工业园区分散式风电场风资源评估应用
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摘要
分散式风电是未来风力发电行业的新增长点。以企业建设用地为场址的分散式风电场也将迎来空前的发展。风电场与人类活动范围越来越近,相关的风资源评估研究却很少。结合实例,本文以粗糙度模型与障碍物模型研究某工业园区地貌的风资源影响,估算风场发电量,为今后类似工程提供借鉴。
Decentralized wind power is the new growth point of wind power industry in the future,and the decentralized wind farm based on enterprise construction land will also usher in unprecedented development. These wind farms are more and more close to human activities, but there are few studies on wind resource assessment. Combining with practical examples, this paper studies the impact of landform on wind resources in an industrial park based on roughness model and obstacle model, and estimates wind power generation, which can provide reference for similar projects in the future.
Decentralized wind power is the new growth point of wind power industry in the future,and the decentralized wind farm based on enterprise construction land will also usher in unprecedented development. These wind farms are more and more close to human activities, but there are few studies on wind resource assessment. Combining with practical examples, this paper studies the impact of landform on wind resources in an industrial park based on roughness model and obstacle model, and estimates wind power generation, which can provide reference for similar projects in the future.
引文
[1]张怀全.风资源与微观选址:理论基础与工程应用[M].北京:机械工业出版社,2013:29-30
[2]孟昌波,风资源评估改进方法的研究, 2008,清华大学.第23页.
[3] WAsP 9 help facility an On-line Documentation
[4] Troen,I.,Petersen,E.I.European wind atlas.Riso National Laboratory,Roskilde,1989.
[5]吴莎等,基于降尺度模拟技术的高分辨率风资源评估.水电与新能源, 2017(12):第71-74+78页.
[2]孟昌波,风资源评估改进方法的研究, 2008,清华大学.第23页.
[3] WAsP 9 help facility an On-line Documentation
[4] Troen,I.,Petersen,E.I.European wind atlas.Riso National Laboratory,Roskilde,1989.
[5]吴莎等,基于降尺度模拟技术的高分辨率风资源评估.水电与新能源, 2017(12):第71-74+78页.