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Analytical assessment of optimum magnet pole-arc for PMSM under influence of different magnetization patterns

conference contribution
posted on 2015-01-01, 00:00 authored by T Tiang, D Ishak, Chee Peng LimChee Peng Lim, M Kamarol
Permanent magnet synchronous machines (PMSMs) are popular in both industrial and domestic applications because of its high efficiency, power density, and reliability as compared with the conventional types of electrical machines. Generally, the analytical models and their field solutions are preferable to provide an accurate insight of the PMSM performances, instead of using the finite element models, because the former takes a considerably shorter computational time. PMSM design could have different properties of either slotted or slotless, or varieties of magnet placement on the rotor. By focusing on semi-closed surface-mounted PMSMs, the 2D analytical subdomain model in [1] demonstrates an accurate prediction of the magnetic fields that can facilitate the evaluation of the global quantities of PMSMs, such as cogging torque (Tcog), back-EMF, and total harmonic distortion (THDv). Previously, researchers investigated the influences of the machine performance by a single factor, e.g., the variation of Tcog during changes of magnet pole-arc (αP) [2, 3], or slot-opening [2, 3]. These investigations normally considered two types of magnetization patterns, i.e., parallel (PaM) and radial magnetization (RM). Therefore, the motivation of our work hinges on predicting the optimum value of αP in designing a surface-mounted PMSM under influence of four different magnetization patterns, using the analytical subdomain model.

History

Pagination

1-1

Location

Beijing, China

Start date

2015-05-11

End date

2015-05-15

ISSN

2150-4598

ISBN-13

9781479973224

Language

eng

Publication classification

E Conference publication, E1 Full written paper - refereed

Copyright notice

2015, IEEE

Title of proceedings

INTERMAG 2015 : Proceedings of the IEEE International Magnetics Conference

Event

IEEE Magnetics. International Conference ( 2015 : Beijing, China)

Publisher

IEEE

Place of publication

Piscataway, N.J.

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