Intelligent multimedia interactive platform system for electric power fault emergency repair process

Abstract

The invention relates to an intelligent multimedia interactive platform system for an electric power fault emergency repair process. The system comprises a command center and a client end. A server is arranged in the command center and connected with a database, a memory, a monitor, a recorder, a camera, a video head and a data transmission module. The client end is provided with a data collector which is connected with the camera, the video head and the data transmission module. According to the invention, timely effective interaction of information in the electric power fault emergency repair process is achieved; functions of production and emergency repair information collection, overall commanding and unified allocation are achieved; information stereo interaction between on-site emergency repair workers and center emergency repair support workers is reinforced; the emergency repair support workers of the command center are allowed to know on-site situations more conveniently, quickly and directly and provide quickest, most precise and most practical technical supports and assistance; emergency repair time of all kinds of faults is reduced; and fault emergency repair efficiency is increased.

Description

technical field [0001] The invention relates to an intelligent multimedia interactive platform system aimed at the emergency repair process of electric power failure, and belongs to the technical field of electric power. Background technique [0002] Power system fault repair business has specific timeliness and accuracy requirements. After a power grid or user failure occurs, it is necessary to integrate relevant resources of multiple information systems in the first place, identify the nature of the failure, determine the location and scope of the failure, prepare a repair plan, and dispatch resources and manpower to organize repairs on site. [0003] At present, the emergency repair worksheets for emergency repairs are all manually filled out, and the information exchange method is also the original telephone method. This method has the following disadvantages: (1) The emergency repair work order needs to be filled out manually, which increases a certain degree of cumber...

AI Technical Summary

Problems solved by technology

This method has the following disadvantages: (1) The emergency repair work order needs to be filled out manually, which increases a certain degree of cumbersomeness; (2) The command center cannot understand the actual situation of the emergency repair site in a timely and intuitive manner; (3) The emergency repair personnel and the command center Personnel communication is limited; (4) The acquisition of fault information is relatively simple, which is not conducive to comprehensive analysis and quick judgment, and prolongs the time for fault repair

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