摘要
为解决配电主设备状态评价主观依赖性大、状态信息来源复杂、实用性较低等问题,设计开发了配电主设备可靠性评价系统,综合应用多源状态信息,以可靠性评价为中心,从可靠性、安全性、经济性多角度综合评估配电主设备的健康状态。可靠性评价系统支持多源信息采集与处理、指标体系分类管控、权重计算与样本管理、动态变权评价,现场示范应用效果良好,为提升配电设备状态管控水平、辅助提高供电可靠性提供了有力支撑和保障。
In order to solve the problems of subjective dependence,complex state information source and low practicability of distribution main equipment condition evaluation,the reliability evaluation system of distribution main equipment is designed and developed.Comprehensive application of multi-source state information,taking reliability evaluation as the center,comprehensively evaluates the health status of distribution main equipment from the perspectives of reliability,safety and economy.Reliability evaluation system supports multi-source information collection and processing,index system classification control,weight calculation and sample management,dynamic variable weight evaluation.The application effect of the system is good,which provides strong support and guarantee for improving the control level of power distribution equipment and auxiliary improvement of power supply reliability.
作者
刘晨龙
LIU Chenlong(State Grid Integrated Encergy Service Group Co.,Ltd.,Xicheng District,Beijing 100052,China)
出处
《分布式能源》
2020年第6期27-32,共6页
Distributed Energy
基金
国家自然科学基金项目(51777257)。
关键词
配电设备
状态评价
多源信息
指标体系
权重计算
distribution equipment
state evaluation
multi-source information
index system
weight calculation
