摘要
文章聚焦配电网柔性互联架构与运行优化研究,分析了配电网柔性互联架构的设计理念和原则、拓扑结构和设计方案,以及关键设备与技术。同时,进一步探讨了配电网柔性互联运行优化方法与策略,采用多目标、动态模拟与智能算法,以及混合协调控制策略提高了电能质量和可靠性。案例分析显示,应用配电网柔性互联架构并进行运行优化后,系统损耗降低、可靠性提升,电能质量得到显著改善。
This paper focuses on the research on flexible interconnection architecture and operation optimization of distribution network,and analyzes the design concepts and principles,topological structure and design scheme,as well as key equipment and technologies for flexible interconnection architecture of distribution network.At the same time,the optimization methods and strategies for flexible interconnection operation of distribution network are further discussed.The multi-objective,dynamic simulation and intelligent algorithms,as well as hybrid coordinated control strategies are adopted to improve the power quality and reliability.The case analysis shows that after implementing the flexible interconnection architecture and optimizing operation in the distribution network,the system losses are reduced,reliability is improved,and power quality is significantly enhanced.
作者
于洋
YU Yang(State Grid Kizilsu Kirgiz Autonomous Prefecture Power Supply Company,Atushi 845350,Xinjiang,China)
出处
《光源与照明》
2025年第7期230-232,共3页
Lamps & Lighting
关键词
配电网柔性互联
架构设计
智能优化方法
flexible interconnection of distribution network
architecture design
intelligent optimization method
