摘要
随着数字时代的到来,电力系统逐渐向着智能化方向发展。为了实现用电信息的高可靠性和高实时性采集,国家电网公司推出了22标准I型集中器用电采集终端系列规范,对高频采集提出更高要求。为满足电力系统的发展需求,该论文采用理论与实验相结合的方法对高频采集进行了研究,首先介绍了高频采集的研究背景及理论基础,其次提出了高频采集APP通信模型和协议机制,最后展示了高频采集现场应用成果,证明了所提方案的优越性。高频采集技术对有效开展供电线路老化趋势分析,监测电网电压质量和负荷波动情况具有重要意义。
With the advent of the digital age,the power system is gradually developing towards intelligence.In order to achieve high reliability and real-time acquisition of electricity information,State Grid Corporation of China has launched the 22 standard Type I concentrator electricity collection terminal series specification,which puts higher requirements for high frequency acquisition.To meet development needs of the power system,this paper adopts a method combining of theory and experiment to study high frequency acquisition.Firstly,the research background and theoretical basis of high frequency acquisition are introduced.Secondly,the communication model and protocol mechanism of the high frequency acquisition APP are proposed.Finally,the on-site application results of high frequency acquisition are presented,proving the superiority of the proposed scheme.High frequency acquisition technology is of great significance for effectively analyzing the aging trend of power supply lines,monitoring the voltage quality and load fluctuations of the power grid.
作者
滕培青
谷呈星
TENG Peiqing;GU Chengxing(CET Shandong Electronics Co.,Ltd.,Ji'nan 250101,China)
出处
《现代信息科技》
2024年第7期7-10,共4页
Modern Information Technology
关键词
能源互联网
22标准I型集中器
电力系统
高频采集
energy internet
22 standard Type I concentrator
power system
high frequency acquisition
