Power transmission network inspection method and device, computer equipment and storage medium

Abstract

The embodiment of the invention discloses a power transmission network inspection method, which comprises the following steps of: if a wireless network exists in an optical network coverage range, transmitting inspection data acquired by an inspection module to the wireless network directly or based on the optical network; if the wireless network does not exist, erecting a phased-array antenna on a power transmission line tower within the coverage range of the optical network, and transmitting the collected inspection data to the wireless network based on the phased-array antenna; if a wireless network exists outside the coverage range of the optical network, the inspection data collected by the inspection module is directly transmitted to the wireless network; if the wireless network does not exist, erecting a phased-array antenna and / or an omnidirectional antenna, and transmitting the collected inspection data to the wireless network based on the phased-array antenna and / or the omnidirectional antenna; and the wireless network receives the inspection data and transmits the inspection data to the monitoring center. Through full coverage of a power transmission network, timely collection of inspection data is realized. In addition, the invention further provides a device, computer equipment and a storage medium.

Description

technical field [0001] The present invention relates to the technical field of smart grid communication, and in particular, to a method, device, computer equipment and storage medium for power transmission grid inspection. Background technique [0002] The traditional power inspection is mainly manual inspection, and the monitoring data is recorded manually. Each inspection takes a long time, is labor-intensive, and requires high personnel quality. There are many transmission lines in a wide range of mountainous areas with harsh environments or steep terrain, such as high altitude, high cold, high temperature, strong wind, and rainy areas; underground cable tunnels are responsible for heavy responsibility, and there is a risk of long-distance personnel patrolling underground, such as hypoxia, water shortages, etc. Flood, fire and other risks. It is difficult to rely on inspection personnel to conduct inspections for a long time, and the monitoring results are prone to error...

AI Technical Summary

Problems solved by technology

It is difficult to rely on inspection personnel to carry out inspection work for a long time, and the monitoring results are prone to errors

Manual patrol inspection has obvious shortcomings such as high labor intensity, low work efficiency, scattered inspection quality, and high management cost. Hidden danger

[0003] In the era of digital economy, the stable and safe operation of the transmission line network is very important to the development of human society. Most of the transmission network tower lines in the wilderness are easily damaged by external forces, and the resulting power interruption accidents have a huge impact. Traditional The manual inspection method can no longer meet the security requirements of the existing smart grid management

[0004] At present, in the power industry, most of the transmission network environment monitoring is carried out by means of manual inspection and video monitoring. Due to the influence of network coverage, most monitoring points use network communication methods such as 4G, WIFI, and EDGE. The network transmission capacity and transmission Timeliness cannot meet the needs of artificial intelligence applications

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