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高压输电设备辅助管理系统设计与实现 被引量:3

Design and Implementation of High Voltage Transmission Equipment Auxiliary Management System
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摘要 随着电力系统的发展,对高压输电设备进行检修一直以来都是保证电力系统稳定运行的重要环节,而传统的高压输电设备检修方式都是检修人员根据已有的经验和知识对故障点进行点位和排查,这对检修人员的专业技能提出较高要求且无法保证准确识别设备上的故障或潜在的安全隐患.针对传统检修方式存在的不足,设计一套高压输电设备辅助管理系统,应用于高压输电设备检修领域可提高检修工作的效率和精准度.研究内容主要包括以下三个方面:(1)Web终端实现视频通信、文本和检修方案的传输、人员信息录入、检修记录的存储和查询等功能;(2)服务器终端搭建基于Nodejs的消息转发服务器和基于STUN/TURN的NAT穿透服务器实现系统终端在4G网络下的通信;(3)树莓派终端实现视频信息的采集、视频通信和接收文本信息等功能.实现了一套高压输电设备辅助管理系统. With the development of electric power system,the maintenance of high-voltage transmission equipment has always been an important part to guarantee the stable operation of the electric power system.The traditional way of high-voltage transmission equipment is that the maintenance personnel judge and troubleshoot the fault point according to the existing experience and knowledge.Theprofessional skills of maintenancepersonnel is put forward higher requirements and can not guarantee identifying equipment faults or potential safe hazards accurately.This paper focus on the shortcomings of traditional maintenance methods,and designs a set of high-voltage transmission equipment auxiliary management system,which can improve the efficiency and accuracy of maintenance work used in the field of high-voltage transmission equipment maintenance.The main content of this paper includes the following three aspects:(1) Web terminal implements the functionsincluding video communication,text and maintenance scheme transmission,personnel information entry,storage and inquirement of maintenance records.(2) The server terminal implements the system terminal communication under 4G network based on that The Message forwarding server based nodejs and the NAT penetration server based STUN/TURN.(3) The Raspberry Pi terminal implementsthe functions including collecting video information,video communication and receiving video information and so on.This paper a implementshigh-voltage transmission equipment auxiliary management system.
作者 刘长银 宋人杰 侯艳权 张元东 Liu Changyin;Song Renjie;Hou Yanquan;Zhang Yuandong(Qitaihe Power Supply Company,State Grid Heilongjiang Electric Power Company Limited,Qitaihe Heilongjiang 154600;School of Computer Science,Northeast Electric Power University,Jilin Jilin 132012)
出处 《东北电力大学学报》 2019年第4期86-90,共5页 Journal of Northeast Electric Power University
基金 国家自然科学基金项目(61501106)
关键词 Nodejs STUN/TURN服务器 树莓派 辅助管理系统 Nodejs STUN/TURN Server Raspberry pi Auxiliary Management System
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