摘要
针对传统变电站调度系统在故障响应延迟、定位精度不足及信息交互效率低等问题,设计基于5G的调度自动化故障定位系统。系统充分利用5G的低时延、高可靠、广连接特性,构建包括数据采集、故障上传及智能分析定位在内的3大功能模块,实现故障信息的高速采集与毫秒级上传。通过引入边缘感知终端与实时调度机制,提高系统的响应效率与定位准确性。实验验证表明,该系统在定位误差控制、数据实时性及调度联动能力方面均优于传统方案,具备良好的工程适应性与推广前景。
Aiming at the problems of traditional substation dispatching system,such as delayed fault response,insufficient positioning accuracy and low efficiency of information interaction,a dispatching automation fault positioning system based on 5G is designed.The system makes full use of the low delay,high reliability and wide connection characteristics of 5G,and constructs three functional modules including data acquisition,fault upload and intelligent analysis and positioning,so as to realize high-speed acquisition and millisecond upload of fault information.By introducing edge-aware terminal and real-time scheduling mechanism,the response efficiency and positioning accuracy of the system are improved.The experimental results show that the system is superior to the traditional scheme in positioning error control,real-time data and scheduling linkage ability,and has good engineering adaptability and popularization prospects.
作者
王钦源
WANG Qinyuan(State Grid Shanxi Electric Power Company Yangquan Power Supply Company,Yangquan 045000,China)
出处
《通信电源技术》
2025年第15期246-248,共3页
Telecom Power Technology
关键词
5G
变电站调度
自动化故障定位
5G
substation dispatching
automated fault location
