High-efficiency electric power file synchronization method applicable to electricity consumption information acquisition system

Abstract

The invention provides a high-efficiency electric power file synchronization method applicable to an electricity consumption information acquisition system. The high-efficiency electric power file synchronization method applicable to the electricity consumption information acquisition system comprises the steps that: a main station and a terminal separately sort electric energy meter file information according to the sizes of table addresses; furthermore, the terminal groups sorted electric energy meter files; the terminal calculates the check values of various groups based on the electric energy meter address of each group; the terminal reports a check value set C to the main station; the main station determines whether the uploaded information is completely correct or not according to acheck fit; a main station-terminal file difference set X and file no-difference set R are obtained; the main station sends the electric energy meter file information in the difference set X and the no-difference set R; and the terminal realizes synchronization with the files of the main station according to the sent information. The high-efficiency electric power file synchronization method applicable to the electricity consumption information acquisition system provided by the invention has the technical effects that: the synchronous sending data volume of the files from the main station to the terminal is greatly reduced; the file synchronization efficiency is greatly increased; and thus, the user experience of the electricity consumption information acquisition system is easily improved.

Description

technical field [0001] The invention relates to a high-efficiency power file synchronization method suitable for a power consumption information collection system. Background technique [0002] In recent years, with the further promotion of the national smart grid construction work, the electricity consumption information collection system has been widely used and achieved good results. However, the system still has the problem of insufficient acquisition success rate and low efficiency, which is not only limited by the communication technology itself but also restricted by the system management level. Among them, file confusion in the station area is still an important factor affecting the success rate of collection, and it also affects indicators such as automatic account withdrawal rate and line loss pass rate. At present, there are many problems in the file management and maintenance of the power station area, such as the need for manual intervention, the immaturity of ...

AI Technical Summary

Problems solved by technology

However, the system still has the problem of insufficient acquisition success rate and low efficiency. This is due to the limitations of the communication technology itself and the constraints of the system management level.

Among them, the file confusion in the station area is still an important factor affecting the success rate of collection, and it also affects the automatic account withdrawal rate and line loss pass rate and other indicators

At present, most of the file management and maintenance in the power station area need manual intervention, the related support technology is not mature enough, and the file synchronization efficiency between the main station and the terminal is low, etc.

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