微电网中分布式电源的优化配置研究

Research on optimal configuration of distributed power supply in microgrid

为提高微电网中分布式电源的利用效率与运行稳定性,文章通过多场景分析技术和优化配置模型设计方法对微电网中分布式电源的优化配置问题进行了探究。研究认为,通过合理的分布式电源选型、容量配置与双层规划模型设计,能够显著提升微电网的经济性与可靠性。同时,优化配置策略可应对分布式电源的波动性与不确定性,为分布式电源在微电网中的高效应用提供了理论支持与实践指导。

To improve the utilization efficiency and operational stability of distributed power sources in microgrids,this article explores the optimization configuration problem of distributed power sources in microgrids through multi scenario analysis techniques and optimization configuration model design methods.Research suggests that through reasonable selection of distributed power sources,capacity configuration,and dual layer planning model design,the economy and reliability of microgrids can be significantly improved.Meanwhile,optimizing configuration strategies can address the volatility and uncertainty of distributed power sources,providing theoretical support and practical guidance for the efficient application of distributed power sources in microgrids.