PMBLDC Motor Design and Analysis for Automotive Applications

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PMBLDC Motor Design and Analysis for Automotive Applications

Ruthra Prakashini, R. / Jategaonkar, Aneesh / Aasritha, Kareti / Lenin, N. C.

Modeling of brushless direct current (BLDC) motor for the application of lumbar support, headrest and lift gate is carried out in this paper. Two separate models have been simulated using finite element software packages for the applications. One of the models is based on surface-mounted configuration of the BLDC motor, while the other is based on spoke-type configuration. The surface-type and spoke-type models procure their names based on the mounting of permanent magnets, which are an integral component of any BLDC machine. Extensive comparison has been carried out between the designed models. Critical parameters such as constituent weights, efficiency, output power, torque, speed, etc. are compared. Performances of the designed machines are depicted using graphical portrayal. Parameters such as locked rotor torque, no load speed, maximum efficiency, maximum output power, etc. are also compared.

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Document information

Title :

PMBLDC Motor Design and Analysis for Automotive Applications

Additional title:

Springer Proceed. in Energy

Contributors:

Kamaraj, V. (editor) / Ravishankar, Jayashri (editor) / Jeevananthan, S. (editor) / Ruthra Prakashini, R. (author) / Jategaonkar, Aneesh (author) / Aasritha, Kareti (author) / Lenin, N. C. (author)

Published in:

Emerging Solutions for e-Mobility and Smart Grids ; Chapter : 18 ; 225-243

Springer Proceedings in Energy

Publication date :

2021-05-08

Size :

19 pages

ISBN :

978-981-16-0719-6 , 978-981-16-0718-9

ISSN :

2352-2542 , 2352-2534

DOI :