Information Monitoring of Transmission Line Operating Environment based on Internet of Things Technology (original) (raw)

Authors

• Sijia Zheng State Grid Electric Power Space Technology Company Limited, Beijing, 102211, China
• Wei Du State Grid Electric Power Space Technology Company Limited, Beijing, 102211, China
• Jiaying Wang State Grid Electric Power Space Technology Company Limited, Beijing, 102211, China
• Guozhu Yang State Grid Electric Power Space Technology Company Limited, Beijing, 102211, China
• Yajie Zhao State Grid Electric Power Space Technology Company Limited, Beijing, 102211, China

DOI:

https://doi.org/10.12694/scpe.v26i2.3976

Keywords:

PON technology; Internet of Things; Fuzzy Analytic Hierarchy Process; Smart grid; Monitoring of transmission line status

Abstract

In order to solve the problem of real-time monitoring of transmission line status in smart grid construction, the author proposes an information-based monitoring method for the operating environment of transmission lines based on Internet of Things technology. This approach implements a monitoring system for transmission line status that leverages Internet of Things (IoT) technology, Passive Optical Network (PON) technology, and fuzzy expert diagnosis techniques. Extensive experimentation and field trials have yielded promising outcomes, facilitating the real-time monitoring of transmission line statuses and precise diagnostic assessments. The experimental results indicate that this system has shortened inspection time, reduced costs, and improved inspection accuracy. The accuracy can reach 99.9\%, with high reliability. The accuracy and feasibility of the system have been verified, and it has the characteristics of comprehensive state information collection, stable network, high output accuracy, and simple deployment.

Issue

Section

Special Issue - High-performance Computing Algorithms for Material Sciences