Intelligent power transmission line monitoring system and method

Abstract

The invention discloses an intelligent power transmission line monitoring system and method. The monitoring system comprises a camera, a monitoring host, a power supply, and an audible and visual alarm connected with the monitoring host, wherein the power supply comprises a wind and solar generator and a storage battery, and the monitoring host comprises a main processing unit MCU (Mains Processing Unit), an intelligent power control module, an audio/video coding and decoding module, a 3G wireless communication module and a data storage module. The monitoring system and method have the beneficial effects that a linkage mechanism of abnormity judgment and in-site audible and visual alarming is established on the basis of an image recognition technology, so that when an abnormal risk happens, the functions of remote alarm, image capturing and video recording are achieved, and the function of timely warning and deterring in-site dangerous human activities is achieved through the linkage of the audible and visual alarm; the degrees of automation and intelligence are high, the dependence on maintainers is alleviated, the monitoring can be performed all day long, and the precision and the timeliness of risk identification and judgment can be effectively guaranteed.

Description

technical field [0001] The invention relates to a monitoring system and a monitoring method thereof, in particular to an intelligent power transmission line monitoring system and a monitoring method thereof, belonging to the field of electric power monitoring. Background technique [0002] In power transmission lines, utility poles, wire towers, and transmission wires erected on them are often hit by moving objects, which will affect the normal operation of power transmission in severe cases. If manual troubleshooting is adopted, it will not only take a lot of manpower to find out the location of the fault, but also need a lot of time, which seriously affects people's life and normal production. For places such as suburbs, mountainous areas, and remote areas, the difficulty of troubleshooting is even greater. [0003] Sometimes, the abnormal inclination or vibration of electric poles and wire towers will also bring certain safety hazards, and these subtle changes, or instan...

AI Technical Summary

Problems solved by technology

It is mainly composed of cameras, main control equipment, and power supply. Since it can only provide on-site video and image information for remote observation and use by maintenance personnel of transmission lines, it may cause damage to utility poles, wire towers, and transmission lines on site. Hazardous man-made activities or natural disasters can only be discovered in time by manual observation and judgment in the background, and corresponding measures can be taken to prevent and stop them

This method relies heavily on maintenance personnel, and the degree of automation and intelligence is still relatively low. It is difficult to achieve 24h monitoring, and it is difficult to guarantee the accuracy and timeliness of hazard identification and judgment. In the actual operation process , It is often discovered when the wire is broken or the pole is down, which often causes large-scale power outages, casualties and property losses

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