Electrotechnical and Computer Engineering
Vol. 36 No. 07 (2021): Proceedings of the Faculty of Technical Sciences
COMPARATIVE ANALYSIS OF ASYNCHRONOUS MOTOR DESIGN METHODS
Abstract
Asynchronous motors are the most commonly used electrical machines in the industry. With the development od the industry, there was a need for more precise and challenging technical requirements. The aim of this research is to compare two methods of designing asynchronous motors, analytical and finite element method. An eight-pole motor with frame size 500 an a power of 630 kW was used for comparison. KONPRO and ANSYS Maxwell software were used for calculation purposes. At the end of the paper, a comparison of the characteristics obtained by calculations and the test protocol of the mentioned motor is presented.
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