A method for intelligent management of a box-type ring network cabinet

Abstract

The present invention relates to the technical field of power grids, and provides an intelligent management method for a box-type ring network cabinet, including the following steps: S1, establishing a patrol inspection model on a management server; S2, installing intelligent locks on the cabinet doors of each ring network cabinet to Open or close the door of the cabinet, and install the MCU processor and communication module in each ring network cabinet; S3. When a ring network cabinet needs to be inspected, the management server will first check whether the regular maintenance personnel of the ring network cabinet are online and busy; S4. The management server immediately checks whether there are idle maintenance personnel in the vicinity of the ring main unit to arrange maintenance tasks; S5. When the maintenance personnel arrive at the ring main unit, they request the management server to turn on the smart phone through the inspection APP client of the smartphone. Lock; S6. When the maintenance personnel find abnormalities in the inspection items during the inspection process, they need to report. The invention solves the problem that the existing ring main unit cannot be effectively supervised.

Description

technical field [0001] The invention relates to the technical field of power grids, in particular to an intelligent management method for a box-type ring network cabinet. Background technique [0002] With the development of the urban distribution network, the overhead line power supply mode is gradually eliminated, and the ring network power supply is the main structural form of the urban power supply network. As an economical and flexible power distribution device, the ring main unit is widely used in urban and rural power grids, community substations, industrial and mining enterprises, and commercial buildings. At present, the grid structure of the distribution network is relatively complicated, and there are many switching stations, ring network cabinets, and power distribution rooms. Most of the door locks use padlocks, mechanical locks, etc., but this type of door lock requires a large number of keys. , each team member has to find the corresponding key from a large b...

AI Technical Summary

Problems solved by technology

At present, the grid structure of the distribution network is relatively complicated, and there are many switching stations, ring network cabinets, and power distribution rooms. Most of the door locks use padlocks, mechanical locks, etc., but this type of door lock requires a large number of keys. , each team member has to find the corresponding key from a large bunch of keys to unlock the door every time he inspects, overhauls, switches or reads the meter, which is time-consuming and laborious; if there is a safety accident, it is impossible to check who is what. When the door is opened, whether it is authorized, etc.; therefore, it is inconvenient to use and manage

In order to solve the above problems, a universal padlock is introduced into the power distribution station room, that is, one key can open many locks, so that only one key needs to be carried when using it. However, the universal padlock cannot be effectively supervised. Universal keys can open the door locks of most stations, and too many universal keys lead to management confusion, and the backward key management system makes key management useless

Sometimes the general-purpose padlock needs to be lent to external construction personnel. At this time, not only can the external key be not supervised effectively, but there is also a potential safety hazard and a risk of equipment theft by mistakenly entering other areas.