Intelligent scheduling management system and method for distribution network hot-line work

Abstract

The invention relates to an intelligent scheduling management system and method for distribution network hot-line work. The system comprises a hot-line work platform, and a scheduling APP, a transformer substation APP and a district bureau APP which are connected with the hot-line work platform through a network, wherein the hot-line work platform is a server, and the scheduling APP, the transformer substation APP and the district bureau APP are clients connected with the server; the scheduling APP is used for carrying out information interaction with the transformer substation APP and the district bureau APP according to an operation instruction input by a dispatcher so as to complete hot-line work of a scheduling end; the transformer station APP is used for carrying out information interaction with the scheduling APP and the district bureau APP according to an operation instruction input by a patrol and maintenance center worker so as to complete the hot-line work of a transformer station end; the district bureau APP is used for carrying out information interaction with the scheduling APP and the substation APP according to an operation instruction input by the district bureau operation and maintenance personnel so as to complete the hot-line work of the district bureau end; and an operation instruction ticket of the hot-line work is generated by the scheduling APP according to the reclosing exiting operation simulation of the current ring network single line diagram of the scheduling personnel.

Description

technical field [0001] The invention relates to the technical field of distribution network live work, in particular to an intelligent scheduling management system and method for distribution network live work. Background technique [0002] The reclosing device of the feeder is a secondary device to ensure the continuous power supply of the power system. Power system operation experience shows that most of the faults of overhead lines are "instantaneous". When the overhead line fault is cleared, it is an effective anti-accident measure for the feeder to restore the line power supply by closing the circuit breaker through the reclosing device in a short time. [0003] Live work refers to a method of maintenance and testing on high-voltage electrical equipment without power failure. Live work is an effective measure to avoid power outages during maintenance and ensure normal power supply. However, during live work, operators need to enter the operating range of live equipment...

AI Technical Summary

Problems solved by technology

[0006] The above-mentioned prior art has the following technical problems: 1) Filling in the live work dispatching operation instruction ticket in paper or electronic form is based on the manual experience of the distribution network dispatcher, and the filling process is complicated and error-prone; 2) The traditional telephone ordering method exposes many Security Risk

The dispatcher is usually responsible for multiple tasks at the same time during the peak hours of work. He is often in a situation where one call is not hung up, and another call is waiting in line. Risk of ordering by mistake; 3) Due to the queuing of telephones, live work often needs to reserve more operating time on the basis of working hours, which brings additional time waste

The phone queuing problem may also lead to the extension of the planned operation time, which brings a lot of uncertainty; 4) On the one hand, the dispatcher needs to command the on-site personnel to operate through dispatch instructions, and also needs to manually fill in the live work work order, live work log, etc. All kinds of forms consume a lot of energy of the dispatcher

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