National power grid distribution network fault processing system

Abstract

The invention discloses a national power grid distribution network fault processing system. The system comprises a fault information acquisition unit, a fault determining unit, an information scheduling unit, a power communication resource database, and further comprises a fault information output unit, a unified control platform, a prevention control unit and a fault processing unit. The fault information acquisition unit is respectively connected with the output end of the prevention control unit and the output end of the fault processing unit through the output end of the unified control platform, and the fault information acquisition unit is connected with the power communication resource database through the fault determining unit and the information scheduling unit. According to the invention, the fault processing capability is high, the personnel consumption and the operation cost are reduced, the information sharing degree is enhanced, necessary technical and decision support are provided, the labor efficiency of employees and the enterprise benefits are improved, the power supply reliability of a power distribution network can be effectively improved, automatic fault identification, automatic fault isolation of the power distribution network and automatic power restoration of a non-fault area are realized, and safe operation of a power system is guaranteed.

Description

technical field [0001] The invention relates to the technical field of communication, in particular to a fault processing system for a power distribution network of a national power grid. Background technique [0002] Nowadays, the electric power communication industry has developed rapidly with the continuous advancement of science and technology, involving a variety of communication resources and professional equipment, such as communication equipment, bearer lines, bearer services, etc. At the same time, there are intelligent resources and non-intelligent resources, physical resources and logical resources. At the same time, with the gradual expansion of the power communication system, the number of communication lines and users continues to increase, which leads to the increasing complexity of power communication resource management, communication production scheduling operations, and production team maintenance. At the same time, the difficulty of communication fault h...

AI Technical Summary

Problems solved by technology

[0004] (1) Incomplete power communication resource data

The traditional communication resource entry is to use paper and pen to record communication resource data for preservation, and some resources are not even recorded, which will lead to confusion in the information of communication business resources for a long time, and there are also problems in the preservation of various paper technical materials of enterprises. sound phenomenon

[0005] (2) Resource data management is not perfect

Due to incomplete basic data resources and relatively backward data entry methods, it is also difficult to manage resources well. Compared with electronic versions, paper materials are difficult to manage, difficult to save, easy to lose, and difficult to update materials and data. very difficult

[0006] (3) Personnel have poor ability to handle faults and work efficiency is low

In actual work, staff can only deal with faults based on past work experience. Using traditional methods to deal with line faults not only requires a lot of workload, but also requires a lot of personnel and various consumptions, and the work efficiency is very low.

[0007] (4) The current situation cannot meet the needs of enterprises

[0008] From the perspective of research status and needs, in the process of daily production, a series of objective problems in power communication production are often exposed, such as chaotic resource management, incomplete production materials, irregular computer room configuration, and difficult communication fault handling and many more

Images