Power grid rack consistency checking method based on fusion algorithm

Abstract

The invention provides a power grid rack consistency checking method based on a fusion algorithm, which comprises the following steps: firstly, constructing a fusion algorithm by taking a key field GISID as a main part and an organization, an equipment name and an equipment superior-subordinate relationship as auxiliary parts and combining consistency learning reasoning research; secondly, generating a marketing system, a metering system, a GIS and a production system power grid rack by applying a graph database technology; then, starting a fusion algorithm, and extracting net rack data of each system to a fusion algorithm calculation set; then, performing multi-system power grid frame fusion calculation; and finally exporting a multi-system fusion consistency problem list to effectively support data quality management work. According to the invention, the working efficiency of checking the consistency of the multi-system grid frame of the power grid is improved, the consistency fusion calculation of the multi-system grid frame is carried out by the fusion algorithm, the bottleneck of the traditional data checking method is broken through, the calculation efficiency is improved, the quality management technical means of the basic data of the power grid is effectively improved, and the power grid data quality management work is timely and effectively supported.

Description

technical field [0001] The invention relates to the field of power system data management, in particular to a method for checking the consistency of a multi-source system grid grid, which can provide a solution for efficiently calculating the consistency data of the multi-source system grid grid. Background technique [0002] In order to strengthen management, the power grid company has built multiple systems according to the needs of business management. Among them, the core systems include production management system, measurement automation system, marketing system, GIS system, etc. Each system has grid grid data, including Power grid core equipment and business data, such as substations, lines, transformers, user ledger data, etc. In the actual management process, the ledger relationship data between the various systems are incomplete, and some ledger data and ledger relationship data are more or less missing, and the data between the various business systems cannot be c...

AI Technical Summary

Problems solved by technology

However, due to the use of traditional data governance methods, in the face of complex multi-source system data, only two-to-two comparisons can only be repeated. There are situations such as large investment, low efficiency, and difficult verification, which restricts the further improvement of the company's lean management

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