摘要
针对人工抄表方法速度慢,且易出现误抄、漏抄等问题,提出并设计了一种基于大数据的小型智能电表自动抄表方法。利用大数据技术对电表数据进行采集,在经过降噪统计后,分析电表数据的增益结果,然后建立远程通信逻辑,并引入电能计量理论,设计自动抄表算法,同时简化计算步骤,完成小型智能电表的自动抄表方法设计。实验结果表明,采用自动抄表方法进行智能电表的抄表工作时,其抄表速率比人工抄表方法的抄表速率高38.7%,且误抄率极低,具备极高的有效性。
Aiming at the slow speed of manual meter reading method and the problems of misreading and missed reading,a small intelligent meter automatic meter reading method based on large data is proposed and designed.The large data technology is used to collect the meter data.After noise reduction statistics,the gain results of the meter data are analyzed.Then the remote communication logic is established,and the electric energy measurement theory is introduced to design the automatic meter reading algorithm.At the same time,the calculation steps are simplified to complete the design of the automatic meter reading method for small intelligent meters.The experimental results show that the automatic meter reading method has 38.7% higher reading rate than the manual meter reading method,and a very low misreading rate,which has a very high effectiveness.
作者
赵晓红
吕国栋
王文婷
ZHAO Xiaohong;LV Guodong;WANG Wenting(State Grid Shangdong Electric Power Research Institute Jinan 250003,China;Shandong Zhongshi Yitong Group Co.,Ltd.,Jinan 250003,China)
出处
《自动化与仪器仪表》
2020年第1期185-188,共4页
Automation & Instrumentation
基金
山东省科技局自然科学一般项目(No.18ZB0052)
关键词
大数据
小型智能电表
自动抄表
远程控制
电表数据
large data
small intelligent meter
automatic meter reading
remote control
meter data
