An Efficient Switch Model for Simulating Large Power Systems with Many Power Converters

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0000-00-00

Authors

Uriarte, F. M.
Mashayekh, S.

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Abstract

Frequent matrix factorizations due to power electronic switch commutations are computationally expensive. This paper addresses this burden by treating power electronic switches as dependant sources instead of time-varying resistors. The resulting network matrix is constant, and does not require re-factorization when switches commutate. Three power electronic switches are presented and discussed for both nodal and mesh equation formulations. A case study at the end shows that the run-time for a power system with >200 switches when using the switching approach presented herein can reduce from 8 hours to under 15 minutes, which is a speedup of 40x.

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F. M. Uriarte, S. Mashayekh, “An Efficient Switch Model for Simulating Large Power Systems with Many Power Converters”, not published.