Inductance Calculation in IPMSM Considering Magnetic Saturation

  • Kim, Won-Ho
  • Kim, Mi-Jung
  • Lee, Ki-Doek
  • Lee, Jae-Jun
  • Han, Jung-Ho
  • ... Lee, Ju
  • 외 2명
Citations

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34

초록

The design of a motor with a large armature reaction, such as the electric vehicle traction motor, can be implemented using a trial-and-error method based on the finite element method (FEM). The base model-design method that uses conventional magnetic equivalent circuits is quite inaccurate. To avoid such inaccuracy, this study proposes a method that accurately calculates the inductance values at a practical operating point considering the control issue. To achieve this objective, the flux linkage due to the current phase angles in each section is modeled using magnetic equivalent circuits. The result is used to calculate the inductance, assuming relative permeance waves. Finally, the validity of this study is verified by FEM simulation and testing.

키워드

Inductancemagnetic circuitFinite element methodMagnetic circuitsInductanceArmature reactionControl issuesFEM simulationsInductance calculationInductance valuesMagnetic equivalent circuitsOperating pointsTrial-and-error method
제목
Inductance Calculation in IPMSM Considering Magnetic Saturation
저자
Kim, Won-HoKim, Mi-JungLee, Ki-DoekLee, Jae-JunHan, Jung-HoJeong, Tae-ChulCho, Su-YeonLee, Ju
DOI
10.1109/TMAG.2013.2277586
발행일
2014-01
유형
Article
저널명
IEEE Transactions on Magnetics
50
1
페이지
1 ~ 4