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Research on the Automatic Fusion Strategy of Fixed Value Boundary Based on the Weak Coupling Condition of Grid Partition by X Y Wang; J M Dou; H Shen; J Li; G S Yang; R Q Fan; Q Shen is a Engineering article available to read on EtoBox.

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With the continuous strengthening of power grids, the network structure is becoming more and more complicated. An open and regional data modeling is used to complete the calculation of the protection fixed value based on the local region. At the same time, a high precision, quasi real-time boundary fusion technique is needed to seamlessly integrate the various regions so as to constitute an integrated fault computing platform which can conduct transient stability analysis of covering the whole network with high accuracy and multiple modes, deal with the impact results of non-single fault, interlocking fault and build "the first line of defense" of the power grid. The boundary fusion algorithm in this paper is an automatic fusion algorithm based on the boundary accurate coupling of the networking power grid partition, which takes the actual operation mode for qualification, complete the boundary coupling algorithm of various weak coupling partition based on open-loop mode, improving the fusion efficiency, truly reflecting its transient stability level, and effectively solving the problems of too much data, too many difficulties of partition fusion, and no effective fusion due to mut

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Author

X Y Wang; J M Dou; H Shen; J Li; G S Yang; R Q Fan; Q Shen

Publisher

IOP Publishing (ISSN 1757-8981)

Published

2018

Language

EN

Field

Engineering (Physical Sciences)