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Healthy and Open Phase PMaSynRM Model Based on Virtual Reluctance Concept | IEEE Journals & Magazine | IEEE Xplore

Healthy and Open Phase PMaSynRM Model Based on Virtual Reluctance Concept


Abstract:

The trend in the industrial power electronics electrical drives is to reach high power density and high efficiency in variable load conditions at cost-effective unwastefu...Show More

Abstract:

The trend in the industrial power electronics electrical drives is to reach high power density and high efficiency in variable load conditions at cost-effective unwasteful designs. Currently, motors with permanent magnets (such as IPMSM and PMaSynRM) are of great interest because of compactness, low losses, and high-torque capability. The performance of a drive system can be predicted with a motor electromagnetic authentic nonlinear model. In this article, a novel, fast, and precise motor model of PMaSynRM based on virtual reluctance (VR) is proposed. It takes into account the cross saturation, winding distribution, space harmonics, slotting effect, and stepped skewing. The VRs are identified by finite element analysis (FEA) and implemented in the time-stepping simulation. The flux inversion is not required. The proposed concept is useful in the rotating field or phase quantities (for open phase simulation). The model is also discretized for SiL and HiL applications. Finally, the validation in FEA and experimental setup was performed.
Published in: IEEE Transactions on Industrial Electronics ( Volume: 69, Issue: 12, December 2022)
Page(s): 12191 - 12200
Date of Publication: 23 November 2021

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