Switch cabinet environment intelligent monitoring and processing system based on wireless network

Abstract

The invention discloses a switch cabinet environment intelligent monitoring and processing system based on a wireless network. The switch cabinet environment intelligent monitoring and processing system comprises a server and a plurality of data collectors corresponding to switch cabinets one by one. A wireless temperature and moisture sensor, a controller, a fan and a heater are arranged in each switch cabinet. The controllers receive data of the wireless temperature and moisture sensors and control the fans and the heaters to work, and the data collectors receive data of the wireless temperature and moisture sensors and send the data to the server. The switch cabinet environment intelligent monitoring and processing system can obtain monitoring data automatically, saves labor and materials, obtains monitoring data timely and is high in data accuracy. Once an abnormal condition happens, alarming information can be obtained immediately, corresponding processing on the abnormal condition can be conducted timely, and accidents are avoided.

Description

technical field [0001] The invention relates to the technical field of wireless communication and monitoring, in particular to an intelligent monitoring and processing system for a switch cabinet environment based on a wireless network. Background technique [0002] During the long-term operation of the switchgear in the substation, some components have a large thermal power, which causes the local heating of the switchgear to be severe. The air humidity is relatively high. When the switchgear operates in such an environment with relatively high humidity, the electrical insulation will be affected, which will easily lead to short circuit and partial discharge accidents. Accidents caused by discharge caused fires and large-scale power outages, which seriously threatened the safety of people's lives and properties. Therefore, the switchgear environment must be monitored to ensure the safe and stable operation of the switchgear. The traditional monitoring of the switchgear env...

AI Technical Summary

Problems solved by technology

[0002] During the long-term operation of the switchgear in the substation, some components have a large thermal power, which causes the local heating of the switchgear to be severe. The air humidity is relatively high. When the switchgear operates in such an environment with relatively high humidity, the electrical insulation will be affected, which will easily lead to short circuit and partial discharge accidents. Accidents caused by discharge caused fires and large-scale power outages, seriously threatening people's lives and property.

Therefore, the switchgear environment must be monitored to ensure the safe and stable operation of the switchgear. The traditional monitoring of the switchgear environment adopts manual inspection and manual recording. Material resources also take time, and there is no guarantee that the inspectors will not miss inspections, the accuracy and timeliness of the data cannot be guaranteed, and the alarm message cannot be obtained immediately when an abnormal situation occurs, and if the temperature or humidity in the switch cabinet is too high, It is necessary for the inspectors to arrive at the scene and find abnormalities before cooling down and dehumidifying the switchgear. If the inspectors do not arrive and check in time, the switchgear will be exposed to high temperature or high humidity for a long time, which is very prone to fire and power outage accidents.

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