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The design of outer rotor depends on different applications.
Being applied to the speed reducer, the outer rotor will be a pin wheel (outer rotor arc teeth).
Lower temperature rise as 22.61 °C is observed for outer rotor permanent magnet synchronous generator whereas it is 31.18 °C in case of outer rotor permanent magnet synchronous machine.
In the second arrangement, only the outer rotor is assembled and the centrifuge is operated like an overflow centrifuge.
This paper recounts the design optimization of inner and outer rotor permanent magnet synchronous machine of rating 500 KVA, 3.3 kV, 3-phase, and 600 rpm.
A research prototype with 8-PM-poles outer rotor and 24-coils stator is assembled and an experimental setup is established.
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A 2-D equivalent magnetic circuit network method is then proposed to calculate the radial components of the magnetic flux densities within the inner and outer rotors.
A method by which equivalent spring stiffnesses for both the inner and outer rotors can be derived is described, allowing one to use a rotor model with one lumped mass and equivalent spring stiffness for each of the inner and outer rotors.
Magnetic simulation results show that the two designs can certainly reach the targeted torque while the one with outer-rotor structure has better compact design.
In this paper, we design an outer-rotor type multipolar switched reluctance (SR) motor, and examine an application of the SR motor to an electric vehicle (EV).
Wind power generators are kept in mind, and proposed controlling method is both simulated and experimentally evaluated on an outer-rotor five-phase BLDC generator.
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