Automatic power grid inspection caution system and method

Abstract

The invention relates to an automatic power grid inspection caution system and method. The method comprises steps that acquisition stations are established according to the position of nodes in a region and data acquisition points, control stations are set in the region according to the environment and an area of the region, a center station is established at a proper place, for a power grid in various types of normal operation states, normal data of monitoring points under corresponding states is acquired and sorted through the acquisition stations, corresponding data acquisition periods are assigned by the control stations according to inspection demands, data of the acquisition stations is acquired by an unmanned plane in each data acquisition period, and the data and the screening result are uploaded to the center station. The method is advantaged in that the data uploaded by the control stations is received by the center station and is stored and saved, analysis and comparison are carried out according to the real-time data and data in comparison files, states of the data nodes are analyzed and determined according to the data information in combination with a power grid operation state, the result is sent in a short message or other data transmission mode to the control stations and node maintenance personnel, and relevant data storage work is further carried out.

Description

technical field [0001] The invention relates to the field of unmanned aerial vehicle power grid inspection, in particular to an automatic warning system and method for power grid inspection. Background technique [0002] Power grid inspection is one of the important contents of electric power operation. Its purpose is to analyze the operation status of the entire energy harvesting module and each equipment through various measurement information obtained from inspection, and prevent risks from occurring. By collecting information in time and conducting overall analysis, the operation efficiency of the power grid can be effectively improved. But at the same time, various information and data related to equipment and systems in the inspection process are large and often change. It is difficult to meet the timely and accurate collection requirements through traditional manual inspection methods. In some experimental power grid inspection projects, the remote detection system f...

AI Technical Summary

Problems solved by technology

But at the same time, various information data related to equipment and systems in the inspection process are large and often change. It is difficult to meet timely and accurate collection requirements through traditional manual inspection methods.

In some experimental power grid inspection projects, the remote detection system formed by computer technology can realize automatic inspection through automatic detection, wireless transmission and other methods, but because each measurement point or equipment needs to be equipped with a special monitoring device, Laying a large number of data cables, etc., requires a huge amount of engineering, and it cannot be done in rural areas or mountainous areas where the power grid equipment is scattered.

Images