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Analysis of feasibility of Double-Rotor Motor applied to Hybrid Electric Vehicle
By: Guangkui Shi; Qingyun Zhao; Lianbing Li; Huajun Wang;
2008 / IEEE / 978-1-4244-1848-0
Description
This item was taken from the IEEE Conference ' Analysis of feasibility of Double-Rotor Motor applied to Hybrid Electric Vehicle ' It is proposed that a kind of new electric machine with double rotor applied to Hybrid Electric Vehicle system in this paper. It consists of a cup-type rotor, a permanent magnetic rotor and a stator. The mathematical model equations of the Double-Rotor Motor based on the structure of this motor are deduced, and verified by the numerical simulation as well. Then two kinds of working states of this motor in Hybrid Electric Vehicle system are discussed, and the simulating waveform results are shown. It provides a theoretical foundation for the research of control strategy of this Hybrid Electric Vehicle system with Double-Rotor Motor in future.
Related Topics
Hybrid Electric Vehicle System
Cup-type Rotor
Permanent Magnetic Rotor
Permanent Magnetic Stator
Permanent Magnet Motors
Rotors
Magnetic Analysis
Electric Machines
Stators
Mathematical Model
Equations
Numerical Simulation
Control Systems
Mathematical Model
Hybrid Electric Vehicle (hev)
Double-rotor Motor
Double-rotor Motor
Control Strategy
Hybrid Electric Vehicles
Permanent Magnet Motors
Engineering
Hybrid Electric Vehicles