Stock data initialization system and method for substation graphic model of dispatching master station to GIS platform

Abstract

The invention discloses a stock data initialization system from a substation graphic model of a dispatching master station to a GIS platform. The stock data initialization system comprises a graphic model adaptive access tool, a graphic model quality inspection tool, a graphic model conversion tool and a graphic model post-processing tool; the graphic model adaptive access tool is used for receiving graphic model data of a dispatching master station system and generating an intermediate data structure; the graphic model quality inspection tool is used for carrying out complete data quality inspection on the graphic model data uploaded by the dispatching master station system; the graphic model conversion tool reads graphic data of the intermediate data structure and converts the graphic data into a GIS platform graphic model object; and the graphic model post-processing tool performs post-processing on the GIS platform graphic model object. According to the method, dispatching automation substation graph models are seamlessly connected to the GIS platform, integrated fusion of the graphic models is achieved, association of the substation graphic models and the equipment ledger is completed, the equipment hierarchical relation meeting the equipment ledger specification is constructed, one-network splicing with power transmission and distribution lines is achieved, and one-network-based service integration application is supported.

Description

technical field [0001] The invention relates to the technical field of power grid dispatching data systems, in particular to a system and method for initializing stock data from dispatching master substation substation maps to a GIS platform. Background technique [0002] Due to the historical reasons for the construction of dispatch automation and enterprise management information systems, the master station system of dispatch automation at all levels maintains the substation map model, and the GIS platform maintains the complete power transmission and distribution map model data, and no effective map has been established between the two. The model interaction and sharing mechanism cannot realize the connection of transmission, transformation and distribution topology, which affects the development of collaborative applications between the master station system of dispatching automation and the GIS platform, and restricts the reliability of power transmission and transformat...

AI Technical Summary

Problems solved by technology

However, this simple access to graphic modules limits the scope and effect of subsequent applications to a large extent, and it is impossible to realize a complete transmission and distribution network after accessing the substation graphic modules. It is difficult to carry out topology analysis applications based on one network, and it is impossible to provide unified network analysis and visualization application support for each business domain through the platform support mechanism.

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