Distribution network first-aid system and method capable of combining with power network graph

Abstract

The invention relates to a distribution network first-aid system and method capable of combining with a power network graph. The distribution network first-aid system comprises information acquisition equipment, a master station platform and a mobile application end, wherein the information acquisition equipment, the master station platform and the mobile application end are successively connected through a wireless communication network; the master station platform comprises a database and an internal application end; the database comprises a basic equipment information unit module, a basic personnel information unit module and a first-aid repair information module; the internal application end comprises a data information processing analysis module, a total area map display module, an in-graph positioning display module, a fault login module, a first-aid work order distribution module and a mobile end authorization module; and the mobile application end comprises a mount guard / departure information recording module, a task center module, a power grid map module and a mobile terminal registration module. The distribution network first-aid system can thoroughly break through an original low-efficiency work mode which is in contact through a workstation circulation work order and a telephone, meanwhile, first-aid personnel can quickly position faults, working efficiency is improved, and a phenomenon of the reception missing of the work order is avoided.

Description

technical field [0001] The invention relates to a distribution network emergency repair system and method combined with grid graphics. Background technique [0002] As the power supply service requirements become more standardized and strict, strengthen the management of rush repair work order process, standardize service behavior, reduce service errors, comprehensively improve the power supply service level of all links, improve customer satisfaction of power supply service, improve the work efficiency of customer service personnel, and provide better service for electricity customers. [0003] At present, power grid fault repair work orders require timely distribution, strong timeliness, and strict assessment. It is often difficult to meet the specified requirements only by management and labor. It is urgent to introduce high-tech means through technological innovation to realize automatic reminders of work orders and assist research and judgment , to track interactions i...

AI Technical Summary

Problems solved by technology

[0003] At present, power grid fault repair work orders require timely distribution, strong timeliness, and strict assessment. It is often difficult to meet the specified requirements only by management and labor. It is urgent to introduce high-tech means through technological innovation to realize automatic reminders of work orders and assist research and judgment , tracking interactions in real time

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