| Title |
Skew Analysis of Synchronous Reluctance Motor Using Equivalent Magnetic Circuit Method |
| Authors |
안준선(Ahn, Joon-Seon) ; 임승빈(Lim, Seung-Bin) ; 김솔(Kim, Sol) ; 임성엽(Lim, Seong-Yeop) ; 권삼영(Kwon, Sam-Young) ; 이주(Lee, Ju) |
| Keywords |
Synchronous Reluctance Motor ; Skew Analysis ; Equivalent Magnetic Circuit Method |
| Abstract |
This paper presents characteristics analysis of skewed Synchronous Reluctance Motor using equivalent magnetic circuit and compares with the result of Finite Element Method. Torque ripple must be reduced, because it is producing noise and vibration. There is many kinds of method to reduce torque ripple, but generally we apply skewing stator or rotor. The 2D Finite Element Method(FEM) or 3D FEM is used to analyze the motor, since skew influence the average torque in the motor. However, the FEM takes much time in spite of the advanced computer and numerical technique. This paper will analyze characteristics of skewed synchronous reluctance motor using equivalent magnetic circuit. |