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Solution for Power Transmission and Transformation Fault Monitoring System Based on Edge Computing Gateway
2025-12-24 11:05:50
Power transmission and transformation is a crucial intermediate link in the process from electricity production to consumption. Currently, the monitoring of power transmission and transformation equipment in China mainly relies on manual inspection, which has problems such as long inspection cycles, high labor intensity, high maintenance costs, and high risk. In response to this, WideIOT provides a solution for power transmission and transformation fault monitoring system based on edge computing gateway, realizing the combination of the Internet of Things (IoT), edge computing and big data analysis, and helping to improve the efficient and safe operation and maintenance capabilities of power transmission and transformation.
Based on the operation status monitoring and environmental monitoring of various power equipment in the power transmission and transformation field, the solution realizes data collection and edge computing of smart meters, sensors, PLCs and other equipment, and uploads the data to the remote monitoring platform in real time through wireless networks, so as to achieve equipment monitoring, fault early warning, operation and maintenance management, data analysis, etc., and provide an efficient and reliable working method.By collecting important parameters such as temperature and humidity, voltage and current, wind speed, rainfall and sunshine intensity, a big data map of power operation and maintenance in various regions is constructed, which can quickly locate the working status and fault information of each power transmission and transformation equipment, and establish an online operation and maintenance system. Thus, faults can be quickly located and diagnosed to facilitate the timely taking of measures.
Localized data processing is realized through edge computing gateway, which has the characteristics of strong real-time performance, fast response and high data security. It provides an all-weather automatic solution for timely detecting or predicting potential safety hazards, reducing or eliminating production accidents, which can effectively improve the efficiency of inspection and operation and maintenance, reduce manual workload, and play an important role in building a new power system.
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