Conference Article

·2020

Design and Optimization of Transmitter Laminated Synchronous Reluctance Motor

Burak Solak , Yasemin Öner YTU

International Conference on Electrical and Electronics Engineering

Abstract

In this study, a new Synchronous Reluctance Motor (SynRM) is designed with the same stator lamination as an induction motor. Here, losses were minimized and efficiency increased with a new rotor design There is no copper loss in SynRM rotors as in rotors of asynchronous motors and therefore rotor losses are minimized.. In this way, engine efficiency was improved by reducing engine losses. While designing, Ld / Lq ratio, which has an effect on engine performance, was taken into consideration. As a result of the parametric analysis made on the rotor lamination, it was decided to use the structure with 4 barriers. With the newly designed SynRM, it has been observed that the efficiency class of the asynchronous motor with IE1 efficiency class according to IEC standards has increased to IE4.

Keywords

Rotor (electric) Stator Induction motor Automotive engineering Lamination Magnetic reluctance Reluctance motor Computer science Engineering Synchronous motor Switched reluctance motor Control theory (sociology) Mechanical engineering Materials science Electrical engineering Magnet

Subject Areas

Electric Motor Design and Analysis ·Electrical and Electronic Engineering ·Physical Sciences
Magnetic Properties and Applications ·Electronic, Optical and Magnetic Materials ·Physical Sciences
Non-Destructive Testing Techniques ·Mechanical Engineering ·Physical Sciences

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