摘要
文章针对变电站设备绝缘状况监测的实时性和可靠性问题,提出一种基于5G通信的智能监测系统。该系统采用分层架构设计,集成传感技术、边缘计算、人工智能算法,实现设备绝缘数据的高效采集、传输与分析。通过在某500 kV智能变电站的应用,系统展现出较低的端到端时延、优异的系统吞吐量和故障诊断准确率,较传统方式大幅提高了监测效率和可靠性。
Article addresses the real-time and reliability problems of substation equipment insulation condition monitoring,and proposes an intelligent monitoring system based on 5G communication.The system adopts a layered architecture design and integrates sensing technology,edge computing,and artificial intelligence algorithms to realize efficient collection,transmission,and analysis of equipment insulation data.Through the application in a 500 kV intelligent substation,the system demonstrates low end-to-end delay,excellent system throughput and fault diagnosis accuracy,which significantly improves the monitoring efficiency and reliability compared with the traditional approach.
作者
黄旭
赵倩
HUANG Xu;ZHAO Qian(State Grid Wuwei Power Supply Company,Wuwei 733000,China)
出处
《通信电源技术》
2024年第14期16-18,共3页
Telecom Power Technology
关键词
5G通信技术
变电站
绝缘监测
边缘计算
5G communication technology
substation
insulation monitoring
edge computing