Star network topological structure and distribution network rush repair method based on star network topological structure

Abstract

The invention discloses a star network topological structure and a distribution network rush repair method based on the star network topological structure. The star network topological structure comprises maintenance point terminals, a central server and a user telephone system, wherein the user telephone system and each maintenance point terminal are connected with the central server via a network, thereby forming the star topological structure network; the user telephone system can upload acquired repair-waiting information to each maintenance point terminal in the central server, and transmit maintenance point working condition information in to a storage module in real time via the network respectively for storage; and the central server can process repair information and perform allocation after comparison of the stored maintenance point working condition information with displayed position information. After adoption of the structure and the method, repair resources are utilized reasonably; the rush repair efficiency is increased; the rush repair cost is lowered; and the rush repair resources are utilized fully and effectively. The star network topological structure is simple in structure, high in operation automation degree and reasonable and scientific in allocation, and the maintenance cost and social resources are saved.

Description

technical field [0001] The invention relates to a power system emergency repair method, in particular to a star network topology and a distribution network emergency repair method based on the star network topology. Background technique [0002] With the continuous progress of society and the continuous improvement of people's living standards, overloaded electricity and natural disasters have caused damage to electrical equipment, and even caused fires, seriously endangering people's lives and property safety. According to the particularity of the power system, the places where power accidents often occur are random and unpredictable. How to quickly find the fault point and carry out emergency repair work becomes the best way to improve work efficiency and ensure the effect of emergency repair. [0003] In the prior art, a power system usually completed in a city is often equipped with multiple maintenance points to deal with accidents in different regions. The existing dis...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, a power system usually completed in a city is often equipped with multiple maintenance points to deal with accidents in different regions. The existing distribution method is to divide the maintenance scope of each maintenance point, and the repair point is only in the repair point. It is only accepted within the scope of maintenance, and it is ignored when it is outside the scope of maintenance. As a result, some repair points are obviously very close to one maintenance point, but because they are not within the scope of acceptance, they have to wait for another repair point that is very far away to send someone to repair, which is a waste of emergency repairs. time and resources; in addition, in some areas, the accident rate is high, and the maintenance points in this area are busy. Customers who need to be repaired need to wait in line according to the time point. Sometimes it takes more than a day, and the average time is three to four hours. It is an area with a high accident rate, the busier the maintenance point is, the higher the backlog of cases is, and the accident cannot be dealt with in time, and the high-intensity work will also lead to poor repair effect, and the relative accident rate of some maintenance points within the maintenance range is relatively low , which results in a large number of emergency repair resources being idle

Images