通信电源监控接入的干接点直采系统

Access Design of Dry Contact Direct Harvesting System and Analysis of Intelligent Communication Power Monitoring Application

对于智能电网的发展来说,电力通信是不可或缺的载体。通信电源是电力通信的核心,是保证通信系统安全稳定的关键。目前电力通信电源有着诸多运行方案,但自动化技术测控点不足,不能实现对通信电源的全面监控和接入。为了实现更快、更有效的维护,需要对通信电源实施双向监控。以常见的典型应用设计方案为基础,开发设计了通信电源监控接入的干接点直采系统,并引入了监控电力通信机房微环境的智能远程通信电源监控系统结构,从而更好地维护通信电源。此外,以某地区变电站为例,详细介绍了该变电站的通信电源监控系统及应用情况。

For the development of smart grid,power communication is an indispensable carrier.The communication power supply is the core of power communication and the key to ensure the safety and stability of the communication system.At present,there are many operation schemes for the power communication power supply,but the monitoring and control points of the automation technology are insufficient,and the comprehensive monitoring and access of the communication power supply cannot be realized.For faster and more efficient maintenance,two-way monitoring of the communication power supply is required.Based on the common typical application design scheme,the dry contact direct mining system for communication power monitoring access is developed and designed,and the intelligent remote communication power monitoring system structure for monitoring the micro-environment of the power communication room is introduced,so as to better maintain the communication power supply.In addition,taking a substation in a certain area as an example,the communication power monitoring system and application of the substation are introduced in detail.