Method for achieving interoperability integration of GCRMS and power grid multi-source service system

Abstract

The invention discloses a method for achieving interoperability integration of a GCRMS and a power grid multi-source service system. The method comprises the steps that application integration between the GCRMS and an EMS, a DAS, a GIS and a PMS is overall planned based on the PIIF architecture interoperability gradation, and a power resource is expanded and applied in the GCRMS; the GCRMS achieves a power grid topology through a PMS equipment standing book, a GIS image and space information resources and generates a power communication net topology application target in a correlation mode; the GCRMS obtains the working condition of a DAS power distribution network terminal channel through interoperability, real-time monitoring is carried out, and the working condition of the power distribution network terminal channel and the running working condition of a power communication net serve as important criteria; a DAS channel fault study and judge blind area is filled up, an application target of support of the communication service and the power grid running interoperability is achieved, and the technical effects that interoperability application among multi-source systems is achieved, all types of services among the multi-source systems are organically fused, the efficiency management level of the GCRMS is high, cross-system service procedures can be supported, and the communication net fault processing efficiency is high are achieved.

Description

technical field [0001] The invention relates to the field of distribution network information integration, in particular to a method for realizing interoperability and integration of GCRMS and a multi-source business system of a power grid. Background technique [0002] For a long time, due to the lack of a unified information integration standard and overall logical framework, each business technical support system in the power system has been independently constructed, and the business integration degree is not high. The same information has more frequent repeated maintenance, and the reusable information has Without the maximum sharing, different levels of business are independent and cannot be expanded, and the limited information integration still adopts the traditional non-international standard interactive architecture. The information from different angles of the power grid is naturally fragmented, which limits the further improvement of the power business. [0003]...

AI Technical Summary

Problems solved by technology

[0011] The invention provides a method for realizing the interoperability and integration of GCRMS and power grid multi-source business system, which solves the problem that the existing GCRMS and power grid multi-source business system have no organic integration of services, and the interoperability between smart grid components is poor. Low management efficiency, unable to support cross-system business processes, and technical issues such as low communication network failure processing efficiency, realize interoperable applications between multi-source systems, organically integrate various services between multi-source systems, GCRMS Highly efficient management, capable of supporting cross-system business processes, and high technical effect of communication network fault handling efficiency

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