IOT-based electrical equipment state monitoring system

Abstract

An IOT-based electrical equipment state monitoring system comprises a perception layer for receiving field data, a network layer for performing data transmission, and an application layer for providing decisions. Through adopting an electrically configured monitoring subsystem of the perception layer, field data such as operating parameters, environmental parameters and equipment parameters are collected, and the manual troubleshooting process is omitted; the network layer transmits the data of the perception layer to a perception control center of the application layer by means of a wirelesstransmission module and a 3G / 4G public network, thereby being capable of ensuring the real-time performance and precision of the data; and the application layer utilizes relevant algorithms to performinformation identification and identification processing, and then obtains a feature quantity reflecting the operating state of electrical equipment, comprehensively diagnoses the operating state ofthe same, and feeds the result back to an individual or enterprise APP in real time. The IOT-based electrical equipment state monitoring system has the advantages of precise monitoring, simple monitoring and timely feedback.

Description

technical field [0001] The invention relates to the technical field of the Internet of Things, in particular to an electrical equipment status monitoring system based on the Internet of Things. Background technique [0002] With the rapid development of the power grid and the gradual improvement of users' requirements for power supply reliability, the traditional periodic equipment maintenance mode can no longer meet the requirements of power grid development. Generally, large-scale electrical equipment has the characteristics of wide distribution, large quantity, and scattered stationing points, and the surrounding environment of the facilities is complex and diverse, often facing the test of extreme weather and emergency situations. In addition to a small number of electrical equipment with the function of automatic information collection and data transmission, the traditional inspection work mainly relies on inspection personnel to conduct manual inspections regularly and...

AI Technical Summary

Problems solved by technology

In the traditional inspection work, except for a small number of electrical equipment with the function of automatic information collection and return data, the rest mainly rely on inspection personnel to conduct manual inspections regularly and regularly. Constraints and influences of various factors such as sense of responsibility

Therefore, the traditional inspection method may not get timely feedback on the operating status of the equipment, delaying maintenance and causing major accidents such as equipment failure

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