Design of 65kw Class Switched Reluctance Motor for HEV Drive

하이브리드 자동차 구동용 65kW급 SR Motor의 설계

  • 문재원 (경성대 전기전자 메카트로닛스 공학부) ;
  • 안진우 (미국 랜슬리어공대)
  • Published : 2005.08.01

Abstract

This paper presents the reasonable design parameters of a switched reluctance motor to drive a hybrid electric vehicle by using the equivalent magnetic circuit method. The designed motor can be redesigned by using finite element analysis as a variation of the parameter for the purpose of improving performance. This paper shows that a flat-topped current of a phase can be made from a change of the lamination stack length for high average torque and a lower torque ripple. The change of current falling time as a variation of turn-off angle was shown by finite element analysis. The core loss and copper loss were described. The torque of the redesigned motor is suitable for low and high speed ranges to drive a HEV. which is verified by the speed-torque curve.

Keywords

References

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