Grid management display method for power repair service based on internal and external networks

Abstract

The invention discloses a grid management display method for a power repair service based on internal and external networks, and the method comprises the steps of obtaining the real-time data of a repair work order of the power repair service through an external network mobile operation terminal, and uploading the real-time data of the repair work order to an internal network power distribution repair system; determining work order detail data and work order track data according to the first-aid repair work order real-time data, and associating the work order detail data and the work order track data with the teammate first-aid repair team information to serve as associated data to be stored in an RDS database; acquiring associated data from the RDS database, and analyzing the associated data to form an analysis result; and according to an analysis result, carrying out gridding display on the power line repair service. The method has the advantages that the first-aid repair service condition is counted and displayed through a gridding method, and the first-aid repair efficiency is improved; based on the design of a power data platform, breaking barriers among business systems such as marketing, equipment and scheduling; breaking internal and external network data barriers, and fully releasing data values.

Description

technical field [0001] The invention relates to a grid-based management display method for electric power emergency repair business based on an internal and external network, and belongs to the technical field of fault emergency repair display in the electric power industry. Background technique [0002] Power failure repair is an important part of the work of power supply enterprises. With the development of urban technology, the improvement of urban management level, the advancement of the concept of smart cities, and the rapid development of technologies such as mobile Internet and artificial intelligence, customer behavior habits have undergone significant changes, and service expectations have continued. Therefore, power supply enterprises should combine the development positioning of different regions and customers' electricity demand, organize work around the goal of how to perform emergency repairs with high quality and speed, and use information platforms and means t...

AI Technical Summary

Problems solved by technology

[0004] 1. Power emergency repair involves professional systems in multiple business domains such as marketing, production, scheduling, and safety management and control. There are obvious barriers between business systems, and business information cannot be collaboratively shared. It is difficult to conduct in-depth analysis of power emergency repair events based on cross-business data. data analysis;

[0005] 2. In the existing emergency repair event monitoring, lists, cards, or map dots are often used for display. These forms cannot intuitively display the specific location of the fault and the real-time situation of the emergency repair event, and cannot meet the management visualization and lean There is no substantial help in reducing the workload of business personnel in terms of management and improving the quality of external power supply services

[0006] 3. The real-time positioning data of mobile operation terminals on the external network has not been utilized. On the one hand, the integration of internal and external network data has not been realized in a real sense; on the other hand, grid management, analysis and display of power supply services have not been realized

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