摘要
智能电表作为我们日常必备的电能资源的计量工具,与我们的生活息息相关。文章根据不同的用电环境现场的温度、湿度、低功率因数等主要影响因素进行了聚类,对环境进行划分,将得到不同环境的主要因素出现的频率在电表挂台上进行相关模拟,采集挂表台上电能表的运行数据,建立误差一致性评价模型,对不同厂家的电表做质量排序。
As a necessary measuring tool of electric energy resources in our daily life,intelligent watt-hour meter is closely related to our life.In this paper,the main influencing factors such as temperature,humidity and low power factor in different power environment are clustered,the environment is divided,and the frequency of the main factors in different environment is simulated on the electric meter hanging platform.The operation data of watt-hour meters on the hanging table are collected,the error consistency evaluation model is established,and the quality of watt-hour meters of different manufacturers is sorted.
出处
《科技创新与应用》
2020年第25期62-63,66,共3页
Technology Innovation and Application
关键词
聚类
误差一致性
质量排序
clustering
error consistency
quality ranking
作者简介
何圣川(1992-),男,本科,助理工程师,研究方向:电能计量。
