Research on Remote Operation Automatic Test of Relay Protection Based on MMS Communication Protocol Engine Technology

Ye Xia, Wei Li, Shuang Cui, Zhiyang Zou, Xiaoli Zhang, Huihai Liu
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Abstract

With the gradual maturity of the comprehensive construction of smart grid and the integration of remote control, the State Grid Corporation of China has put forward new requirements for remote operation of relay protection. This article summarizes the meaning, general principles, system architecture and technical requirements of the remote operation of the relay protection. Then it designs a relay protection remote operation test scheme, builds a library of relay protection device fixed value remote control, soft pressure plate remote control and communication performance test cases. Finally it develops an automatic relay protection remote operation test system based on MMS communication protocol engine technology, which is applied to the professional testing of relay protection devices of the State Grid Corporation. The system has realized the “double confirmation” of remote modification of relay protection devices, solved the problems of low testing efficiency and inconsistent test data format, and ensured the smooth implementation of remote regulation and control integration and unattended substations.
基于MMS通信协议引擎技术的继电保护远程操作自动测试研究
随着智能电网综合建设和远程控制一体化的逐步成熟,中国国家电网公司对继电保护的远程操作提出了新的要求。本文概述了继电保护远程操作的含义、一般原理、系统架构和技术要求。然后设计了继电保护远程操作测试方案,建立了继电保护装置定值遥控、软压板遥控和通信性能测试用例库。最后开发了基于MMS通信协议引擎技术的继电保护远程自动操作测试系统,并应用于国家电网公司继电保护装置的专业测试。该系统实现了继电保护装置远程修改的“双确认”,解决了检测效率低、检测数据格式不一致的问题,保证了远程调控一体化和变电站无人值守的顺利实施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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