Synchronous Reluctance Machine modeling for accurate performances evaluation
Ioana Nasui-Zah, Arkadiusz Dziechciarz, Claudia Marțiș
Abstract
Ioana Nasui-Zah, Arkadiusz Dziechciarz, Claudia Marțiș
Abstract
The article gives an overview on different SynRM flux linkage and inductances estimation methods and assumptions in order to integrate nonlinear behavior of the machine, as well as the saturation and cross-saturation integration in the SynRM model. Analytical approach, Magnetic Equivalent Circuit and Finite Element analysis are used for magnetizing inductances and flux linkage computation, for two SynRM topologies.
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The article gives an overview on different SynRM flux linkage and inductances estimation methods and assumptions in order to integrate nonlinear behavior of the machine, as well as the saturation and cross-saturation integration in the SynRM model. Analytical approach, Magnetic Equivalent Circuit and Finite Element analysis are used for magnetizing inductances and flux linkage computation, for two SynRM topologies.
Key concepts: Flux linkage, Magnetic reluctance, Computation, Finite element method, Control theory (sociology), Nonlinear system, Inductance, Computer science