抄録
In this paper, an analytical method applying a mathematical model for switched reluctance motors (SR motors) is proposed. The feature of this method is the expression of the influence of the mutual flux in the integral model by applying a transient analysis using the preprocessed inductance tables. The advantage of the method is shortening of the analysis time in comparison with the finite element method (FEM). The calculation results for the torque exhibit little difference between the FEM and the proposed method, and the computation time was shortened. A 3.7-kW prototype axial-gap SR motor designed with the proposed method delivered the specified performances.
