Method for implementing replication and synchronous update of intelligent substation design model

Abstract

The invention discloses a method for implementing replication and synchronous update of an intelligent substation design model, which includes the steps: firstly, selecting typical spacer templates according to functional configuration of the substation, and determining the amount of intelligent devices in the typical spacer templates; secondly, virtual loops and physical loops among the intelligent devices in the typical spacer templates; thirdly, replicating a plurality of spacer sets based on the typical spacer templates; fourthly, determining intelligent devices included in cross-spacer intelligent devices, and connecting the cross-spacer intelligent devices with the intelligent devices in the typical spacer templates in a communicated manner; fifthly, designing the virtual loop and the physical loop of each cross-spacer intelligent device; and sixthly, completing loop design, wherein virtual loops and physical loops among the replicated cross-spacer intelligent devices are the same as the corresponding loops in the typical spacer templates. Designers are prevented from modifying spaces which are identically configured item by item, labor of system configuration is reduced, and work efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of intelligent substation design, in particular to a method for realizing duplication and synchronous update of an intelligent substation design model. Background technique [0002] In the drawing design process of smart substations in the prior art, especially when drawing terminal connection diagrams in the construction drawing design stage, only drawings of typical intervals are often drawn. For example, a 220kV substation has 5 220kV outgoing lines. If the configurations are exactly the same, only draw the terminal diagram of the outgoing line once, and refer to the construction of other intervals. Although the real terminals in the smart substation have become virtual terminals, the content and form of the drawings are still basically the same. In the SCD (Substation Configuration Description) file of the smart station, the information of all smart devices in the whole station should be recorded. In or...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to solve the problem of multiple drawing and modification of repeated design objects in the prior art intelligent substation design, which increases the labor intensity of designers and is not conducive to improving work efficiency; provides a design model for realizing intelligent substation The method of copying and synchronous update; this method fits the design habits of traditional substations, facilitates the generation of SCD configuration files, and the synchronous update function based on typical interval templates prevents designers from modifying multiple intervals with the same configuration item by item, reducing system Configure the workload to improve work efficiency

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