Optimized Parameter selection of Induction Motor using Finite Element Method

The efficiency of squirrel cage induction motors can be increased by adjusting several different factors. The majority of research only addresses one aspect at a time. To obtain the most effective motor, all parameters must be optimized. This study demonstrates how the Maxwell module Rmxprt may be used to optimize three phase induction motor parameters such as rotor slot type, stator slot type, steel sheet, and rotor material. By altering the rotor winding configuration of a normal 3-phase induction motor, two distinct models are created and simulated using the Finite Element Method. To determine the best optimal model, the results have been compared.