基于WIFI无线传输网络的变电站分布式核相结构设计

为了满足智能变电站的大规模建设,需要开发关于核相设备对电力系统中的电源三相相序进行核准。核相工作往往耗费很大的人力与物力,那么在这方面,设计合理高效的核相结构系统对于提高工作效率、减少成本有着积极的意义。在简单介绍我国变电站的发展历程之后,阐述在现今条件下,如何利用无线通信技术结合核相工作。分析了WIFI技术的组成和网络拓扑结构。将WIFI技术运用到核相的硬件架构和软件实现流程中。然后通过测试室内不同距离的信号质量,检测实现的核相结构的正确性,为保证无线电力设备在监测方面提供了技术支持,有着积极的经济价值和社会意义。

Design of Distributed Phase-detecting Structure for Substation Based on WIFI Wireless Transmission Network

In order to meet the large-scale construction of smart substation, it is necessary to develop nuclear phase equipment to approve the three-phase sequence of power supply in power system. Nuclear phase work often consumes a lot of manpower and material resources, so in this regard, the design of a reasonable and efficient nuclear phase structure system has a positive significance for improving work efficiency and reducing costs. Firstly, this paper briefly introduces the development process of substation in China, and expounds how to use wireless communication technology to combine nuclear phase work under current conditions. The composition and network topology of WIFI technology are analyzed. WIFI technology is applied to the hardware architecture and software implementation process of nuclear phase. Then, by testing the signal quality of different distances in the room, the correctness of the nuclear phase structure is detected, which provides technical support for monitoring radio power equipment, and has positive economic value and social significance.