Transmission line mountain fire protection system

Abstract

The invention provides a transmission line mountain fire protection system comprising a background power GIS monitoring center and a front end system connected thereto through a transmission network.The front end system comprises an infrared video detection system for sending alarm information including location information and video data, an Internet of Things sensor for monitoring monitory point meteorological information including wind power, wind direction, temperature and humidity and smoke, and a Doppler radar for determining mountain fire information and fire location. The background power GIS monitoring center is used for determining, according to detection results, whether to start the Doppler radar to determine the mountain fire information and the fire location, analyzing and processing the received information, and then marking and making a prompt at the corresponding position of a power transmission line map. The transmission line mountain fire protection system is provided with the front end system with an integrated monitoring function. By combination with a power GIS, visual management of forest resource information can be achieved.

Description

technical field [0001] The invention relates to the forest fire protection field, in particular to a transmission line forest fire protection system. Background technique [0002] In recent years, with the development of power resources, more and more transmission lines have passed through high mountains and steep mountains. The unique topography and climatic conditions in these areas can easily cause wildfires, which may cause tripping of transmission lines in the slightest and cause burning in severe cases. Iron towers cause long-term unrecoverable major power accidents, and what's more, people's lives and property safety will be threatened. [0003] For a long time, mountain fire protection has basically adopted relatively backward traditional fire prevention command methods, and has not established a scientific and advanced mountain fire protection and monitoring center. It is often in a situation of passive coping due to backward fire prevention and suppression methods,...

AI Technical Summary

Problems solved by technology

[0004] At present, most of the mountain fire monitoring on transmission lines adopts the method of personnel inspection or high-definition camera monitoring. Because the forest land is relatively scattered, it is difficult to organize a large number of people to guard it, and it is impossible to prevent it. However, using high-definition cameras requires personnel to check 24 hours a day. prone to underreporting

Many fires are often found untimely, which delays the time for fighting fires, causing small fires to turn into big fires.

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