面向多目标优化主动运维的电能表远程在线评价系统设计  

Design of Remote Online Evaluation System for Electricity Meter for Multi-objective Optimization and Active Operation and Maintenance

作　　者：张福州[1] 刘栋果 张嘉岷[1] 陈文 李显忠[1] ZHANG Fuzhou;LIU Dongguo;ZHANG Jiamin;CHEN Wen;LI Xianzhong(Measurement Center of State Grid Sichuan Electric Power Company,Chengdu 610045,China)

机构地区：[1]国网四川省电力公司计量中心,四川成都610045

出　　处：《微型电脑应用》2024年第3期76-79,共4页Microcomputer Applications

基　　金：国家电网有限公司总部科技项目(5700-202227226A-1-1-ZN)。

摘　　要：针对传统电能表远程在线评价系统中存在的系统建造成本耗费较大、评价结构过于繁琐等问题,从评价系统的构建和评价算法两方面开展研究。在评价系统的设计方面,加入反馈,使得该评价系统不仅可以整合各项评价指标进行规律化的采集,还可以对评价指标进行实时反馈,提高了评价的效率和评价信息传输的效率。在评价算法方面,基于解耦评价算法对电能表的运行状态和采集数据进行评价,对数据信息进行归纳处理,并根据大量的数据样本进行条理化分析评价。通过仿真实验可知,硬件反馈线路的数据传输效率高达98.6%,具有很好的传输能力。In view of the problems existing in the traditional remote online evaluation system of electricity meters,such as the large cost of system construction,the evaluation structure is too cumbersome,this paper studies the construction of the evaluation system and evaluation algorithm.In the design of the evaluation system,the feedback circuit is added,which makes the evaluation system not only integrate various evaluation indicators for regular collection,but also feedback the evaluation indicators in time,which improves the efficiency of evaluation and evaluation information transmission.In terms of the evaluation algorithm,based on the decoupling evaluation algorithm this study carries out the evaluation process of the running state of the electricity meter and the collected data,which can summarize and process the data information,and conduct a systematic analysis and evaluation according to a large number of data samples.Through the simulation experiment,it can be seen that the data transmission efficiency of the hardware feedback circuit proposed is up to 98.6%,which has a good transmission capacity.

关 键 词：核心兼容结构 解耦评价算法 电能表 在线评价系统 反馈线路 

分 类 号：TM76[电气工程—电力系统及自动化]