Contributions on the CAD-based Design and Optimization of Flux Switching Permanent Magnet Machines
Sprache des Titels:
Englisch
Original Buchtitel:
IEMDC 2017, IEEE International Electric Machines \& Drives Conference, Miami, Florida, USA
Original Kurzfassung:
In recent time, flux switching type of brushless
permanent magnet machines has been receiving significant interest,
especially for high-speed operation. Primary reason is the
simple and robust structure of the rotor due to the fact that
the permanent magnets are placed in the stator. In order to
achieve best possible performance for particular applications,
optimization on electric machines is increasingly considered
with multiple design parameters and objectives. Such analysis
is usually carried out by means of finite element simulations
and thus can take considerable time. In order to speed up
this process, this paper highlights recent advances for machine
optimization and gives practical suggestions to reduce the time
for optimization significantly. Presented measures are further
discussed with regard to computational accuracy by focusing on
specific aspects of flux switching permanent magnet machines.
Such improvements will be useful for both people from academia
and practicing engineers who design flux switching permanent
magnet machines.
Forschungs-