Health Perception System Design Based on Sensor Internet of Things for Transmission Tower’s Structure Status

Author:

Ling Qi,Hu Bo,Shen Xiang,Liao Hailin,Ni Hongyu

Abstract

Abstract By using Internet of Things smart terminal equipment based on low-power wireless sensing technology, integrated hybrid measurement technology and edge computing technology, this article designs a sensory perceptual system for structural health monitoring of transmission tower. This system have advantages over online monitoring, data fusion and unified transmission of status information related to tower inclination, structural stress, on-site images, status of lines and environmental meteorology, providing a practical and advanced solution for the informatization and intelligence of safe operation of the transmission tower, which can substantially improve the effectiveness and timeliness of patrol and protection, key positioning and early warning of hidden dangers of the transmission tower.

Publisher

IOP Publishing

Subject

General Engineering

Reference4 articles.

1. Analysis on transmission tower toppling caused by icing disaster in 2008;Li;Power System Technology,2009

2. Wireless mesh network technology and its applications;Zheng;Telecommunications for Electric Power System,2007

3. IoT technology and application;Qian;Acta Electronica Sinica,2012

4. Research on edge computing technology for intelligent sensing layer of energy interconnection;Zhang;Electric Power Information and Communication Technology,2020

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