The work presents a FEM-based design and analysis of interior permanent magnet synchronous motor with flux barriers (IPMSMFB), which can not be found elsewhere in literature. Various parameters of IPMSMFB rotor structure were taken into account at determination of a suitable rotor construction. On the basis of FEM analysis the rotor of IPMSMFB with three-flux barriers was built. Its flux weakening performance was compared to performances of the conventional interior permanent magnet synchronous motor, having the same rotor geometrical dimensions and the same stator construction.
COBISS.SI-ID: 12610582
The work presents the performance comparison of three- and single-phase line-start interior permanent magnet synchronous motors (LSIPMSMs) and induction motors with equal squirrel-cage design and symmetric four-pole stator windings for the first time. Motor performances were directly compared and evaluated, thus emphasizing impacts of the permanent magnet breaking torque and reluctance breaking torque on the LSIPMSM performance in the asynchronous operation region.
COBISS.SI-ID: 12611862