This paper presents the design considerations for a fractional slot multi-phase modular permanent magnet (PM) machine with single-layer concentrated windings. The winding factors for various slot/pole number combinations are calculated to identify the optimal slot/pole number combinations for different phase numbers. In addition, the electromagnetic performance influenced by flux gaps (FGs), su...

The main objective of this research paper is to deliver the selection criteria of PMBLDC Motor for certain industrial applications. In general, Industries uses large Horsepower (HP) Brushless DC Motors as the special drives. These motors offer low starting currents with high starting torque, and the ability to supply reactive KVA to the plant system if desired. For specific industrial applicati...

This study examines the distributions of cogging and current forces in a hybrid linear motor their impact on its performance. Subsequently, using Maxwell stress tensor to analyze force acting motor, method has been proposed for calculating effect mechanical system stiffness. Based profile, it was found that noncurrent could reduce spring stiffness when is operation. An electromagnetic–mechanica...

Abstract The efficiency, power density, and torque of axial flux generators are higher than those radial generators. In this paper, a new switching generator with coreless stator is designed for micro wind turbine applications. Generator parts based on nominal values, their dimensions determined. Cogging an undesired ripple intrinsic in the design permanent magnet generator, which should be min...

This paper suggests a method to improve the performances of Dual Stator Axial Flux Spoke-type Permanent Magnet (DSAFSPM) machines with phase group concentrated coil (PGCC) windings, by incorporating continuous and discrete step-skewing along special winding connection. The purpose study is mitigate cogging torque ripples while increasing output so it ameliorates machine performance at minimum c...