摘要
为提高海上风电机组的能源产出效率。延长风电机组运行寿命,研究着重考虑了疲劳载荷分布影响。采用集成气象数据与疲劳载荷模拟方法,设计了一种出力优化控制模型。并通过优化算法选择与参数调优来提升控制模型功能,旨在全方位提升能源产出效率,减轻疲劳载荷对设备的潜在损害,研究结果显示,出力优化控制模型能提高海上风电场的整体效率,有效延长风电机组使用寿命,可为提升海上风能的经济性与可持续性贡献了新方法。
In order to improve the energy output efficiency of offshore wind turbine.In order to prolong the operating life of wind turbine,this study focuses on the influence of fatigue load distribution.Using integrated meteorological data and fatigue load simulation method,an output optimization control model is designed.And through the optimization algorithm selection and parameter tuning to enhance the function of the control model,aiming at all-round improvement of energy output efficiency,reduce the potential damage of fatigue load on the equipment,the research results show that the output optimization control model can improve the overall efficiency of offshore wind farms,effectively extend the service life of WTGs,and can contribute a new method to improve the economy and sustainability of offshore wind energy.
作者
咸博
Xian Bo(Taiyuan Heavy Industry Co.,Ltd.,Taiyuan Shanxi 030051,China)
出处
《机械管理开发》
2024年第6期167-169,共3页
Mechanical Management and Development
关键词
海上风电机组
疲劳载荷
物理模型
参数调优
控制模型
offshore wind turbine
fatigue loading
physical model
parameter tuning
control model
