Safety monitoring management and control method and system applied to electric power engineering construction

Abstract

The invention provides a safety monitoring management and control method and system applied to electric power engineering construction, and the method comprises the steps: dividing the electric power engineering construction into a plurality of construction regions, and correspondingly setting a geographic fence for each construction region; one or more inspection unmanned aerial vehicles passing identity authentication are configured in the construction area, and the inspection unmanned aerial vehicles collect video images of the construction area and send the video images to the supervision platform, so that the supervision platform supervises the construction area according to the video images. Therefore, by observing the video image of the construction area of the electric power engineering construction, a worker can monitor the electric power engineering construction in real time, so that the worker does not need to supervise on site and can timely and effectively know the construction progress and on-site conditions, and manpower and time are effectively saved; moreover, the judgment precision of the dangerous condition of the electric power engineering site is improved, so that the dangerous condition occurring in hydroelectric power generation construction can be judged more effectively and quickly, countermeasures can be taken in time, and the loss is reduced.

Description

technical field [0001] The present application relates to the technical field of electric power engineering, in particular to a method and system for safety monitoring and control applied to electric power engineering construction. Background technique [0002] As the booster of the social economy, the power industry is a sound and complete power engineering, which is the fundamental guarantee of the basic supporting system of the social economy and an important link to ensure the strength and perfection of the national grid. [0003] However, electric power engineering construction is a production site with multiple types of work, multi-level three-dimensional intersection operations, many temporary facilities, and large changes in the working surface. There are many unsafe factors and it is a high-risk industry; The mobility is high, and the statistical caliber of engineering safety information is chaotic. Safety management and control mostly rely on traditional methods su...

AI Technical Summary

Problems solved by technology

[0003] However, electric power engineering construction is a production site with multiple types of work, multi-level three-dimensional intersection operations, many temporary facilities, and large changes in the working surface. There are many unsafe factors and it is a high-risk industry; High mobility, chaotic project safety information statistics, etc., safety management and control mostly rely on traditional means such as surprise inspection by superiors, on-site security personnel marking, etc., slow transmission of safety information and high error rate

Images