HPLC (High Performance Liquid Chromatography)-based carrier electric meter intelligent management method and device

Abstract

The invention discloses an HPLC (High Performance Liquid Chromatography)-based carrier electric meter intelligent management method and device, and the method comprises the following steps: S1, searching electric meter information reported in a transformer area according to a specified period, packaging the searched electric meter information based on HPLC according to a first data preset format,and reporting the packaged electric meter information to a concentrator; S2, comparing and judging the reported electric meter information, storing the electric meter information which is not in the concentrator local electric meter file, packaging the electric meter information based on HPLC according to a second preset data format, and reporting the packaged electric meter information to the main station; S3, enabling the master station to receive the electric meter information reported by the concentrator, match and compare the electric meter information with the electric meter file in themaster station, update the electric meter file of the master station, and issue the updated electric meter file to the concentrator; and S4, enabling the concentrator to receive the electric meter file issued by the master station and synchronously update the electric meter file. According to the invention, intelligent management of the carrier electric meter can be realized based on HPLC power line carrier communication, so that the power utilization data acquisition efficiency and the success rate are greatly improved.

Description

technical field [0001] The invention relates to the technical field of power line carrier communication, in particular to an HPLC carrier meter intelligent management method and device. Background technique [0002] In the power consumption information collection system in the station area, the master station and the concentrator use the meter communication address in the meter file synchronized by the marketing system as the identity to judge, and the collection system collects the corresponding meter through the meter file. When new installations, account cancellations, or meter replacements occur in the Taiwan area, the meter files must be adjusted accordingly. [0003] For the management of meter files, at present, after the meter installation is completed, the file adjustment is realized by manually modifying the files step by step, that is, first modify the files from the marketing system, then synchronize the master station to collect system files, and finally the mas...

AI Technical Summary

Problems solved by technology

[0003] For the management of meter files, at present, after the meter installation is completed, the file adjustment is realized by manually modifying the files step by step, that is, first modify the files from the marketing system, then synchronize the master station to collect system files, and finally the master station The meter files are sent to the meter installation personnel, meter asset management personnel, collection system management personnel, marketing system management personnel and other personnel at all levels, and then the above-mentioned personnel at all levels will adjust the files according to the issued files, manage and operate The realization process of dimension is complex, costly and inefficient, and it is very prone to errors. Once a recording error occurs at a certain level, it will lead to subsequent chain errors, making the on-site collection and maintenance files mismatch, which greatly affects the Efficiency and success rate of electricity consumption information collection

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