An Online Identification System for Station Lines

Abstract

The invention discloses an on-line identification system for a line in a station area, which comprises a system installed on the side of an electric meter box and connected to an electric energy meter in the electric meter box, and is used for real-time transmitting the address identification information of the electric energy meter and its own geographic location information through the power line carrier The incoming line management terminal sent out by communication; connected with the transformer in the station area, it is used to real-time store its own address identification information, geographical location information, and the received meter address identification information of the electric energy meter and the geographical location of the incoming line management terminal The station area management terminal of the incoming line that sends out the information; the master station used to receive online in real time and obtain the corresponding relationship between the station area transformer and the electric energy meter connected to it according to the above information, and then realize the online identification of the station area line system. The system can obtain the corresponding relationship between transformers and energy meters in the station area online, timely and accurately according to the information obtained through power line carrier communication, which is convenient for the later maintenance of the line in the station area and the equipment related to the line.

Description

technical field [0001] The invention relates to the technical field of power distribution equipment management, in particular to an online line identification system in a station area. Background technique [0002] In the equipment management of low-voltage distribution network, there is a problem of whether the equipment (such as electric energy meter) corresponds to the actual physical location of the equipment. The current electricity consumption information collection system for power users can only complete the collection of energy-related data of electric energy meters, but cannot identify the ownership relationship and geographical location of electric energy meters of users. The file information of the marketing system leads to manual inspection when checking whether the equipment corresponds to the actual geographical location of the equipment, which is time-consuming, labor-intensive, and heavy workload; when the connection of the subordinate equipment of the trans...

AI Technical Summary

Problems solved by technology

The current electricity consumption information collection system for power users can only complete the collection of energy-related data of electric energy meters, but cannot identify the ownership relationship and geographical location of electric energy meters of users. The file information of the marketing system leads to manual inspection when checking whether the equipment corresponds to the actual geographical location of the equipment, which is time-consuming, labor-intensive, and heavy workload; when the connection of the subordinate equipment of the transformer in the station area is changed or the physical location When it is moved, it is impossible to find the problem in time, which is not convenient for later maintenance

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