风力发电场中的电气可靠性分析与优化研究

Electrical Reliability Analysis and Optimization Research in Wind Power Farm

风力发电场是可再生能源的重要组成部分,具有显著的环境优势和成本优势。由于受自然环境的影响(如风速的不稳定性和变化性),风力发电场的电气系统可靠性面临不确定因素。对此,通过电气可靠性分析和优化研究,收集并分析现有风力发电场的电气故障数据以及故障的类型、发生率和影响程度,运用可靠性工程理论和方法,通过对不同电气组件的失效模式和影响进行分析,识别潜在的可靠性问题,通过实施优化方案并进行模拟实验,评估电气可靠性的提高程度,以提高风力发电场的电气可靠性,减少故障发生率,降低运维成本,以实现可再生能源的利用。

Wind farms are an important part of renewable energy,with significant environmental advantages and cost advantages.Due to the influence of the natural environment(such as the instability and variability of the wind speed),The reliability of electrical systems in wind farms faces uncertain factors,through the electrical reliability analysis and optimization studies,Collect and analyze electrical failure data from existing wind farms,and the type of failure,incidence,and degree of impact,using reliability engineering theories and methods,by analyzing the failure modes and effects of the different electrical components,identify potential reliability issues,by implementing the optimization scheme and performing the simulation experiments,to assess the improvement in electrical reliability,to improve the electrical reliability of the wind farms,reduce the failure rate,reduce the O&M costs,to achieve the use of renewable energy.