摘要
电力系统通信人才的培养滞后于电力系统通信领域的发展,加大高校专业人才的培养是电力系统通信发展所必不可少的。因此,加深高校学生对电力系统通信的了解以及如何操作电力系统二次终端设备十分重要。该文在此背景下,介绍了一种综合的电力系统自动化实验平台,该平台由多种终端、通信设备、通信方式和主站组成,可模拟WAMS系统、配电自动化系统和用电信息采集系统的工作过程;支持101/104规约、Modubus协议和GB/T 26865.2—2011标准多种通信规约,仿真和实际操作相结合,可加深学生对实际电力自动化系统工作原理和通信规约的理解。
The cultivation of power system communication talents lags behind the development of power system communication field,so it is necessary to strengthen the cultivation of professional talents in universities for the development of power system communication.Therefore,it is very important to deepen college students’understanding of power system communication and how to operate secondary terminal equipment of power system.This paper introduces a kind of comprehensive electric power system automation experimental platform,which is composed of various terminals,communication equipment,communication mode and master station.It can simulate the working process of WAMS system,distribution automation system and electricity information acquisition system.It supports a variety of communication protocols,such as 101/104,Modubus and GB/T 26865.2—2011.The combination of simulation and practical operation can deepen students’understanding of the working principle and communication protocols of the actual power automation system.
作者
张英杰
陶维青
张大波
曹军
李雪婷
吴彦
ZHANG Yingjie;TAO Weiqing;ZHANG Dabo;CAO Jun;LI Xueting;WU Yan(School of Electrical Engineering and Automation,Hefei University of Technology,Hefei 230009,China;Anhui Jingchen Future Technology Co.,Ltd,Hefei 213166,China)
出处
《实验科学与技术》
2023年第2期132-137,共6页
Experiment Science and Technology
基金
国家重点研发计划项目(2017YFB0902801)。
关键词
电力系统自动化
培训平台
规约设计
仿真实验
power system communication
training platform
protocol design
simulation experiment
