Abstract
Permanent magnet (PM) machines are capable of
high efficie11cy, high power density and extremely
wide power operating range. With these
characteristics, there has been considerable interest in
applying them for motion control and robotic applications.
Due to their high efficiency, PM machines are ideal for general
drives in many consumer goods to reduce energy consumption.
Consumption and improving performance. This paper outlines
the design, fabrication and simulation of interior permanent
magnet machines (/PM) with and without a saturating
magnetic bridge. Based on the study, an IPM is fabricated,
tested, and its performance compared with an equivalent
Induction motor. The design details of the fabricated IPM
machine are also given.
high efficie11cy, high power density and extremely
wide power operating range. With these
characteristics, there has been considerable interest in
applying them for motion control and robotic applications.
Due to their high efficiency, PM machines are ideal for general
drives in many consumer goods to reduce energy consumption.
Consumption and improving performance. This paper outlines
the design, fabrication and simulation of interior permanent
magnet machines (/PM) with and without a saturating
magnetic bridge. Based on the study, an IPM is fabricated,
tested, and its performance compared with an equivalent
Induction motor. The design details of the fabricated IPM
machine are also given.
| Original language | English |
|---|---|
| Pages (from-to) | 3-8 |
| Number of pages | 6 |
| Journal | Journal of the institute of electrical and electronics engineers Pakistan |
| Volume | 72-73 |
| Publication status | Published - 2011 |
Keywords
- PM Machines
- finite element method
- high efficiency drives