Study on Communication Methods for Electric Power High-voltage Equipment Monitoring System

Jia Yu Chen, Jia Tao, Jia Tao, Limin Huo, Limin Huo


Real-time monitoring of high-voltage equipment in substations is beneficial for early detection of faults. The use of wireless sensor networks to build monitoring system is an effective way, but the data collection is a difficult task. The author introduces a real-time monitoring system based on ZIGBEE and mobile communication technology. The system includes multiple monitoring points and terminal platforms. Each monitoring point consists of a number of sensor nodes to form a ZIGBEE network, detecting relevant parameters, coordinator node data collected one by one, known as linear transmission, and finally to the monitoring platform through the mobile communication network. This paper presents a fusion algorithm for monitoring cell data acquisition to reduce the amount of data uploaded to the base station. In addition, multi-hop routing algorithm based on opportunistic routing is proposed to balance network energy and improve network transmission rate and efficiency.


Electric Power High-voltage Equipment; ZIGBEE; Fuzzy Comprehensive; Extremely Opportunistic Routing

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International Journal of Online and Biomedical Engineering (iJOE) – eISSN: 2626-8493
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