摘要
随着电力系统变得日益复杂且智能化程度持续提高,输电线和变压器作为输电环节的关键设备,它们的运行状态会直接对电网的安全稳定造成影响,传统的监测手段存在数据孤立、响应迟缓以及信息分离等问题,很难契合新型电网对于智能化、协同化感知的要求。本文依靠智能感知技术,搭建输电线与变压器协同监测系统的架构,全面剖析其关键技术要素,囊括边缘感知节点的部署、故障识别模型、数据融合机制以及通信协同协议。研究结果显示,协同监测系统可提高电力设备全寿命周期的管理水平,达成“感知-诊断-预警-控制”一体化的运行。
As power systems grow increasingly complex and intelligent,transmission lines and transformers—crucial components in power transmission—directly impact grid safety and stability through their operational status.Traditional monitoring methods suffer from data isolation,delayed response,and information fragmentation,failing to meet modern grids'demands for intelligent and collaborative sensing.This study utilizes smart sensing technology to develop a collaborative monitoring system for transmission lines and transformers,systematically analyzing key technical elements including edge sensing node deployment,fault identification models,data fusion mechanisms,and communication coordination protocols.Research findings demonstrate that this integrated monitoring system enhances lifecycle management of power equipment while achieving coordinated operations through the"sensing-diagnosis-early warning-control"workflow.
作者
董吉勇
嵇健效
DONG Jiyong;JI Jianxiao(Shandong Electric Power Equipment Group Co.,Ltd.,Jinan 250000,P.R.China;Shandong Electric Power Operation and Maintenance Engineering Co.,Ltd.,Jinan 250000,P.R.China)
出处
《灯与照明》
2025年第6期122-124,共3页
Light & Lighting
关键词
智能感知
输电线路
变压器
状态监测
intelligent sensing
transmission line
transformer
condition monitoring
