Electric power tunnel monitoring management method and management system thereof

Abstract

The invention discloses an electric power tunnel monitoring management method and a management system thereof. The management method comprises the following steps that a center management platform and an inspection tour robot establish a communication link; the inspection tour robot is operated in a tunnel and uses an onboard detection apparatus to collect environment data; when the inspection tour robot detects a preset disaster, disaster information is sent to the center management platform; and the center management platform carries out disaster countermeasures according to the disaster information. In the invention, tunnel inspection tour efficiency can be increased.

Description

technical field [0001] The invention relates to the technical field of monitoring, in particular to a monitoring and management method and management system for electric power tunnels. Background technique [0002] At present, most of the professional management methods of power cable operation in the country belong to the extensive management mode. Most of the operation inspection and maintenance of power cable lines are completed manually, and the environment in the tunnel is high in humidity, water accumulation is common, and is often accompanied by poisonous water. The existence of gas has caused great obstacles to manual inspections; at the same time, due to the low frequency and long intervals of manual inspections, the relevant units have no knowledge of what may happen during the inspection interval, and cannot conduct historical data on power cable lines. Real-time collection, analysis and sorting make it difficult to obtain accurate equipment operating conditions. ...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the professional management methods of power cable operation in the country belong to the extensive management mode. Most of the operation inspection and maintenance of power cable lines are completed manually, and the environment in the tunnel is high in humidity, water accumulation is common, and is often accompanied by poisonous water. The existence of gas has caused great obstacles to manual inspections; at the same time, due to the low frequency and long intervals of manual inspections, the relevant units have no knowledge of what may happen during the inspection interval, and cannot conduct historical data on power cable lines. Real-time collection, analysis and sorting makes it difficult to obtain accurate equipment operating conditions

[0003] At the same time, due to the narrow and long space of the underground power tunnel, limited entrances and exits, dense high-voltage cables, many obstacles, and complex internal combustibles (various types of insulating materials), high-temperature and dense smoke is based on the accumulation of high-temperature smoke in the event of a fire. Difficulty, it is very easy to cause immeasurable losses

[0004] In recent years, we have been shocked by many power tunnel fires in China. The landslide near the power tunnel has sounded the alarm for us. High-voltage cable failures and theft of power facilities have caused us to pay heavy losses. High-voltage cables and power tunnels are the center of the city. Once there is a problem with the main artery of power transmission, it will have a serious impact on the power supply safety of the core area of ​​the entire city

Images