Power utilization hidden danger monitoring service system based on internet

Abstract

The invention discloses a power utilization hidden danger monitoring service system based on the internet.The system is characterized by comprising an electrical fire monitoring detector module used for transmitting collected data to an electrical fire monitoring service platform through a data communication base station, a data communication base station module used for enabling data of an electrical fire monitoring detector to have access to the internet to achieve data remote transmission and the electrical fire monitoring service platform used for conducting integrated processing on data information of the electrical fire monitoring detector module, adopting corresponding countermeasures and sending the data to a mobile terminal.According to the power utilization hidden danger monitoring service system based on the internet, due to the fact that the electrical fire monitoring detector is installed in a power distribution cabinet, residual currents, wire temperature, environment temperature and current parameters of an electrical circuit are collected in real time, and the data is uploaded to the electrical fire monitoring service platform through a wireless mode.

Description

technical field [0001] The patent of the present invention relates to an Internet-based electricity hidden danger monitoring service system, and specifically relates to a system that monitors the residual current, wire temperature and current of key nodes of the customer's power supply end, and uploads the data to the electrical fire comprehensive management service platform through the network . Through a large amount of data analysis, once the abnormality of the residual current of the electrical circuit, the temperature of the wire and the current value are detected, the networked electricity hidden danger monitoring service system will send local alarms through electrical fire monitoring detectors, platform alarms, SMS reminders and regular electrical fire alarms. Notify customers in various forms such as fire analysis reports, so that users can grasp the safety situation of electricity consumption in real time. Background technique [0002] There are many large fire ac...

AI Technical Summary

Problems solved by technology

[0003] 1. Leakage. When the leakage occurs, the leakage current flows into the earth. If it meets a part with high resistance, it will generate local high temperature, causing the nearby combustibles to catch fire, thus causing a fire.

In addition, the leakage spark generated at the leakage point can also cause a fire

[0004] 2. The wire current is too large. When the wire current is too large, the temperature of the wire will rise sharply, which will accelerate the aging and deterioration of the wire insulation layer.

It can even cause the insulation of the wire to burn, and can ignite combustibles near the wire, causing a fire

[0005] 3. Short circuit, due to the sudden decrease of resistance and the sudden increase of current during short circuit, the instantaneous heat generation is also very large, which greatly exceeds the heat generation when the line is working normally, and strong sparks and arcs are easily generated at the short circuit point, which can not only Make the insulating layer burn quickly, and can melt the metal, causing nearby flammable and combustible materials to burn, causing a fire

[0006] 4. If the temperature of the wire is too high, it will cause the insulation of the wire to burn, and can ignite the combustibles near the wire, thus causing a fire

Images