Breakdown rescue real-time situation monitoring and event interactive processing system for power distribution network

Abstract

The invention provides a system. The system comprises a control center, a personal hand-held terminal and a maintenance vehicle onboard terminal. The personal hand-held terminal and the maintenance vehicle onboard terminal are respectively in data interaction with the control center through a wireless network so as to upload the location information and the work order processing information. The control center comprises a monitoring large screen, an electronic map, a work order monitoring system, a work order distribution system and a database. The database is used for storing all data information generated during the distributing and monitoring process of work orders. The monitoring large screen is used for displaying the image and text information. The electronic map is used for marking the work order processing information. The work order distribution system is used for calculating the work order processing time and then generating a work order distribution and recommendation list. The work order distribution system is used for acquiring the work order processing status information and displaying the processing course on the monitoring large screen. In this way, the processing status of a rescue work order can be obtained in real time, so that the rescue process is monitored. At the same time, the rescue personnel is directly adopted as a main body and work orders are distributed to the rescue personnel. Therefore, the rescue efficiency is effectively improved.

Description

technical field [0001] The invention belongs to power grid maintenance, in particular to a real-time situation monitoring and event interactive processing system for emergency repair of distribution network faults. Background technique [0002] At present, in the process of power grid maintenance, the entire work process of electric power emergency repair is as follows: the superior power company receives the repair report information, and sends the work order to the area according to the area where the repair point belongs. Emergency repair work order. After the maintenance personnel receive the work order, if they cannot process it, they will return the work order and distribute it again. If it can be processed, the work order processing report will be sent back to the upper-level power company, and the upper-level power company will write off the work order. . [0003] According to the above process, it can be seen that after the work order is issued, the entire work ord...

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Problems solved by technology

[0003] According to the above process, after the work order is issued, the entire process of rollback and processing of the work order first requires the transfer of maintenance personnel and the area to which they belong. The upper-level power company cannot control the status of the work order processing. It is impossible to control the actual situation of the maintenance personnel, and it is obvious that the optimal processing is not achieved only by relying on the distribution of work orders in the area. Once the number of work orders in a certain area accumulates, it is easy to cause the business processing process to be blocked and affect the efficiency of emergency repairs.

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