摘要
本研究采用仿真软件对相同装机容量的五种发电机组布置方案进行了发电量计算,探究单机容量、叶轮直径对风场发电量和发电效率的影响。结果表明,单机容量较小、风机数量较多的布置方案有助于提高风场发电量和整体发电效率。此外,适当增大叶轮直径能够提高风场整体发电量。最后结合发电性能和经济性,为风场推荐了最佳布置方案。本研究为优化风机选型与配置、提高风电场机械效率提供了参考。
The study employed simulation software to calculate the power generation for five layout schemes of wind turbines with the same installed capacity,investigating the effects of individual turbine capacity and rotor diameter on the power output and efficiency of the wind farm.The results indicate that a layout scheme with smaller individual turbine capacities and a larger number of turbines contributes to increased power generation and overall efficiency of the wind farm.Additionally,appropriately increasing the rotor diameter can significantly enhance the overall power generation of the wind farm.Finally,based on the performance and economic analysis,the study recommends the optimal layout scheme for the wind farm.This research provides valuable references for optimizing turbine selection and configuration,as well as improving the mechanical efficiency of wind farms.
作者
尹骁
程烈海
冯黎明
黄铮铮
谢会来
张俊
YIN Xiao;CHENG Lie-hai;FENG Li-ming;HUANG Zheng-zheng;XIE Hui-lai;ZHANG Jun(Shandong Electric Power Consulting Institute Co.,Ltd.,Jinan Shandong250013,China;Beijing Tenfong Science and Technology Co.,Ltd.,Beijing100084,China;Jiaxing Research Institute,Southern University of Science and Technology,Jiaxing Zhejiang314000,China;Shenzhen Tenfong Science and Technology Co.,Ltd.,Shenzhen Guangdong518055,China)
出处
《机电产品开发与创新》
2025年第3期90-93,共4页
Development & Innovation of Machinery & Electrical Products
关键词
风资源仿真
风机
风力发电
Wind resource simulation
Wind turbine
Wind power generation
