Description

Theory/Practice
1

Laboratory
2

Instructors

Alexandre Silveira

Contents

- Principle of induction and creation of mechanical torque with electromagnetic origin;
- Electric motors used in traction and their characteristics, namely the DC Motor, Permanent Magnet Synchronous Motor (PMSM), Induction Motor and Reluctance Motor;
- Controllers (drives) for electric motors and their role in controlling torque, acceleration, speed and regenerative braking;
- Batteries used in electric vehicles: charging and discharge profiles; construction details (two different geometries,
prismatic and pouch); different chemicals: LiFePO4, NMC, LMO and LCO.
- Know the types of AC and DC electric vehicle chargers on the market, the powers involved, standards, connector types and communication protocols between the vehicle and the charging infrastructure.

Learning Outcomes

OB1- Understand the operating principle of an electric motor;
OB2- Know the electric motors used in electric traction and what distinguishes them;
OB3- Understand the role of the engine drive, namely in torque control, acceleration, speed and regenerative braking;
OB4- Know the types of batteries used in electric vehicles and their characteristics, including charge and discharge cycles and curves;
OB5- Gain practical skills, including torque and speed control of an electric motor.