Information processing method and device for complex environment of transformer area

Abstract

The invention provides an information processing method and device for a complex environment of a transformer area. The method comprises the steps of: obtaining a topological static data set related to a low-voltage power distribution network; detecting whether the topological static data set is missing or not; if the topological static data set is missing, enabling the topological static data setto be a first data set; if no missing exists, determining that the data set is a second data set; when the topological static data set is a first data set, supplementing missing static data to obtaina second data set without missing; performing visual display on the second data set passing the verification; and performing service analysis according to the displayed data graph. According to the invention, the incomplete topological static data is supplemented, and the supplemented data is automatically verified, so that the correct rate of the topological data reaches 100%, a more comprehensive and real electrical topological graph of the low-voltage power distribution network is obtained, and the traditional mode of verifying topological information purely by manpower is expanded.

Description

technical field [0001] The invention relates to the technical field of low-voltage distribution network topology, in particular to a method and device for adding topology and verifying line direction geographic information in a complex environment in a station area. Background technique [0002] At present, the low-voltage distribution network lacks accurate topological physical models and information models, and the problem of data mismatch in business system models such as marketing management systems, metering automation systems, GIS systems, and distribution network production systems is more prominent; at the same time, multi-source heterogeneous distribution The lack of unified and standardized abnormality detection and comparison and verification methods for electricity consumption data leads to poor quality of topological file data in the distribution system, and the complex operating environment of the station area. The complexity is mainly manifested in the followin...

AI Technical Summary

Problems solved by technology

The reason is that the data acquisition workload of the low-voltage system is heavy, the data volume of the low-voltage system is too large, and the staff of the low-voltage system do not pay enough attention to the data

[0004] (2) A large amount of raw data changes frequently

Due to the continuous development of urban and rural construction, various situations such as demolition, relocation, and new additions that affect the power supply of the low-voltage distribution network have caused the continuous change of the existing low-voltage distribution network data, and the modification workload is large

[0005] (3) The time lag of the original data

[0007] The above phenomena make it a huge task to truly and comprehensively restore the low-voltage distribution network

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