综合智慧能源2025，Vol.47Issue(4)：41-62,22.DOI:10.3969/j.issn.2097-0706.2025.04.004
自愈控制方法及其在地铁供电系统中的应用研究与展望
Research and prospects of self-healing control methods and their applications in metro power supply systems
摘要
Abstract
Metro is a crucial part of urban public transportation,and the stability and reliability of its power supply systems are of paramount importance.Unlike traditional high-voltage transmission networks,metro power supply systems operate within a closed AC-DC hybrid network,facing unique challenges such as highly dynamic load variations and short but densely distributed power supply links.Self-healing control ensures safe and continuous operation in the event of faults through real-time monitoring,intelligent diagnosis,and automatic recovery.Research progress on self-healing control methods for power supply systems is reviewed,with a focus on control architectures,intelligent optimization,and fault diagnosis methods.Based on the characteristics of metro power supply systems,the applications of multi-agent systems(MAS)and the IEC 61850 communication standard in self-healing control are explored.Given the trend of integrating distributed energy sources into metro power supply systems,a series of self-healing control strategies are proposed to effectively reduce dependence on centralized power supply.Additionally,emerging research directions based on big data,intelligent algorithms,and distributed control are discussed,providing key technical support for self-healing control in metro power supply systems.关键词
地铁供电系统/自愈控制/多智能体系统/IEC61850/故障诊断/智能优化/人工智能/大数据/分布式能源Key words
metro power supply system/self-healing control/multi-agent system/IEC 61850/fault diagnosis/intelligent optimization/artificial intelligence/big data/distributed energy resources分类
能源科技引用本文复制引用
冯剑冰,余涛,程乐峰..自愈控制方法及其在地铁供电系统中的应用研究与展望[J].综合智慧能源,2025,47(4):41-62,22.基金项目
广州市教育局高校科研项目(2024312278) Guangzhou Municipal Education Bureau Higher Education Research Project(2024312278) （2024312278）
