Efficiency Optimization Control Strategy for Synchronous Reluctance Motor Considering Iron Loss

Efficiency optimization is a crucial component of synchronous reluctance motor control, particularly when taking iron loss into account. In order to increase efficiency, this work proposes a control strategy for synchronous reluctance motors that considers iron loss. By incorporating iron loss models into the control algorithm, the proposed strategy aims to minimize losses and optimize the motor's efficiency. Simulation results demonstrate that the proposed control strategy effectively reduces iron losses and improves the overall performance of the synchronous reluctance motor. The results of this study offer significant perspectives on the efficient operation of synchronous reluctance motors in diverse industrial applications.