A WSN Integrated Supporting System Deployment of an HVDC Converter Station

Bingjiang Chai, Hui Xu, Junting Dou, Wanda Chen, Miaolong Hu, Jun Li
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Abstract

In recent years, using Internet of Things (IoT) technology to build the intelligent functions in the Smart Grid has become one of the key development strategies of China State Grid Corporation. As a fundamental technology building block to IoT, wireless sensor network (WSN) technology faces greater technical challenges in power grids than in most of other domains. In the harsh deployment environment of a power grid, satisfying requirements such as low power consumption, good transmission coverage and high reliability are the key focuses for the WSN design. This paper presents our WSN design techniques that address the requirements for Smart Grid facilities. We demonstrate our WSN design in the supporting system of the LingZhou HVDC converter station with over 1600 wireless sensors installed. Our WSN system not only makes the converter station smarter, but also significantly reduce the cost of the installation and maintenance of the supporting system of the station.
高压直流换流站无线传感器网络综合支撑系统部署
近年来,利用物联网技术构建智能电网的智能化功能已成为中国国家电网公司的重点发展战略之一。无线传感器网络(WSN)技术作为物联网的基础技术模块,在电网中面临着比在大多数其他领域更大的技术挑战。在恶劣的电网部署环境下,满足低功耗、良好的传输覆盖和高可靠性等要求是无线传感器网络设计的重点。本文介绍了满足智能电网设施要求的无线传感器网络设计技术。我们在安装了1600多个无线传感器的灵州直流换流站的支撑系统中演示了我们的WSN设计。我们的WSN系统不仅使换流站更加智能化,而且大大降低了换流站配套系统的安装和维护成本。
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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