EMS power transformation graph model and power grid GIS platform graph model increment adaptation system and method

Abstract

The invention discloses an EMS power transformation graph model and power grid GIS platform graph model increment adaptation system. The system comprises an EMS export module, a file server, a GIS update detection module, a GIS version management module, a GIS power transformation graph model synchronization module, a GIS power transformation graph model verification module and a GIS power transformation graph model warehousing module. The EMS export module exports the updated power transformation diagram model in the EMS system to a file server for storage; the GIS updating detection module is used for detecting a file updating state; the GIS power transformation graph model synchronization module downloads the updated power transformation diagram and model file; the GIS power transformation graph model verification module verifies the downloaded power transformation graph model file; and the GIS power transformation graph model warehousing module stores the successfully verified power transformation graph model file into a GIS system. According to the method, incremental adaptation updating from the EMS power transformation graph model to the power grid GIS platform is achieved,data updating is timely and accurate, a basis and a precondition are provided for related department enterprises to carry out service application, and the supporting effect of data in an EMS system and a power grid GIS platform diagram on services needs to be brought into full play.

Description

technical field [0001] The invention relates to the technical field of power grid system data processing, in particular to an incremental adaptation system and method for an EMS substation map model and a power grid GIS platform map model. Background technique [0002] Due to the historical reasons for the construction of dispatch automation and enterprise management information systems, the master station system (EMS) 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. The relationship between the two has not yet been established. An effective graph-model interaction and sharing mechanism cannot realize the connection of transmission, transformation, and distribution topologies, 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 tra...

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Problems solved by technology

[0002] Due to the historical reasons for the construction of dispatch automation and enterprise management information systems, the master station system (EMS) 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. The relationship between the two has not yet been established. An effective graph-model interaction and sharing mechanism cannot realize the connection of transmission, transformation, and distribution topologies, 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 transformation, the relationship between stations and lines, and dispatching. Applications such as account sharing between automation and integrated systems directly affect the effective integration of enterprise industrialization and informatization. Based on the current application status, there is an urgent need to develop dispatching automation master station system (EMS) and GIS power transmission and transformation map model. fusion

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