电能质量监管系统网络化拓扑结构的设计

Design of Network Topology Structure of Power Quality Supervision System

研究一种有着网络化、信息化、社会化和智能化的电能质量监测与管理分析系统。此系统集成了监测、通信、管理和控制等功能,可有效进行电能质量的实时监测、上位机与下位机的通信以及对多谐波源的谐波责任监管等。首先在分析国内外文献基础上,通过有效合理的电能质量监测终端优化布局,建立了一种基于无线网络的网络化电能质量监测拓扑,该拓扑结构能够及时有效地进行电能质量监测信息与智能决策的对接,从而实现电力用户和管理部门之间的信息共享。

This paper aims to study a kind of power quality monitoring and management analysis system, which is based on network, information, society and intelligence. This system integrates the functions of monitoring, communicating, managing, and controlling, which can effectively monitor the power quality in real-time, communicate the host and the slave machine, and regulate the harmonic responsibility for multiple harmonic sources. Firstly, on the basis of the analysis of the domestic and foreign literature, a kind of power quality monitoring topology is set up based on the wireless network through reasonable and effective layout optimization for the power quality monitoring terminal. The topology structure can timely and effectively dock power quality monitoring information and intelligent decision, thereby achieve to share the information between power users and management branch.