Motor stator, motor and bus
A technology for motor stators and buses, which is applied to synchronous motors with stationary armatures and rotating magnets, synchronous motors with rotating armatures and stationary magnets, electrical components, etc. It can improve the output torque, improve the utilization rate of permanent magnets, and reduce the magnetic flux leakage.
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[0045] Definitions of some terms in this application:
[0046] Near-pole slot permanent magnet synchronous motor: a permanent magnet motor with a similar number of stator teeth and rotor poles (N S =2p±1;N S =2p±2, N S Indicates the number of teeth, p indicates the number of pole pairs), the width of the stator tooth top is similar to the width of the pole arc;
[0047] Flux leakage: refers to the magnetic field in the motor that does not pass through the closed main magnetic circuit, which cannot generate effective torque, and will also cause saturation of the part of the iron core that the flux leakage passes through;
[0048] Main magnetic circuit: The magnetic field emitted by the rotor permanent magnet passes through the air gap, stator teeth, stator yoke, stator teeth, air gap and then returns to the rotor to close. This magnetic field channel is called the main magnetic circuit, which is the closed magnetic field of the motor during normal operation path of;
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