Скачать или смотреть How Electric Car Motors Work | PMSM vs Induction Motor Explained

The electric vehicle era is here.
But have you ever wondered how the motor, the heart of an EV, actually spins?

In this video, we break down the key principles behind electric vehicle motors —
from how magnetism and electricity interact, to the differences between the induction motor and the Permanent Magnet Synchronous Motor (PMSM).

🚗 What You’ll Learn in This Video

How electric current creates magnetic fields

How a moving magnet induces current (electromagnetic induction)

How Fleming’s Right-Hand and Left-Hand Rules determine motion direction

The basic working principle of induction motors and the concept of slip

How 3-phase AC current creates a rotating magnetic field

Structure and advantages of PMSMs (Permanent Magnet Synchronous Motors)

Why PMSMs are widely used in EVs

How hairpin winding improves efficiency by reducing empty coil space

⚡ Why Are PMSMs Ideal for Electric Vehicles?

Delivers high torque at both low and high speeds

No slip, allowing synchronous rotation and minimal energy loss

Uses permanent magnets for high efficiency and precise control

Compact hairpin coil design improves thermal management and performance