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Electric Drives for Automotive Propulsion Design, Modeling & Simulation

Electric Drives for Automotive Propulsion Design, Modeling & Simulation

5 days
MOT/MOTELECS-E
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Who should attend?
Learning Objectives
Course Content
Ways & Means
Sessions
This course is not scheduled.
Who should attend?

Audience

    • Design or test engineers or technicians, currently working at manufacturers or OEM in automotive trucks or off-road fields and wishing to design, develop, model, simulate, specify or use electrical drives in electric and hybrid projects involving technical and economic constraints.

Level

  • Advanced
  • This course provides a deeper knowledge on how to design, build a model and simulate electrical drives, integrate the automotive needs and constraints.
Learning Objectives
  • Upon completion of the course, participants will be able to:
  • know the fundamentals of electric drives,
  • know cooling technologies for electrical machine and power electronics,
  • understand design, build a model and simulate electrical drives including gearbox and dynamic aspects,
  • understand, design, build a model and simulate electrical machines, power electronics and cooling systems,
  • integrate the automotive technical, industrial and economic constraints in system design and make architectural choices.
Course Content

Automotive electrical drives

1.75 days
  • Fundamental of electrotechnics: electrical measurements, electrical components: magnets, conductors, magnetic materials, magnetic circuits, production of magnetic fields, magnetic forces, electromagnetic induction, impedances (inductors, capacitors, electrical circuits), vector calculations (voltages and sinusoidal voltages, vector diagram, power calculation, currents, active and reactive power), electrical machines losses, performances and dimensions, single and three phase, real and ideal transformers.
  • DC machines: fundamentals, equivalent electrical circuit, design rules, design and layout constraints, manufacturing processes, industrial and economic aspects, examples of vehicle applications.
  • Synchronous machines: fundamentals, equivalent electrical circuit, design rules, design and layout constraints, manufacturing processes, industrial and economic aspects, examples of application of vehicle.
  • Induction machines: fundamentals, equivalent electrical circuit, design rules; design and layout constraints; manufacturing processes, industrial and economic aspects; examples of application of vehicle.
  • Cooling: cooling technologies, design rules, electrical machines heat losses calculation.

Automotive electrical drives power electronics

0.75 day
  • Power electronics for machines control: choppers, inverters, rectifiers; technology, design and operation; characteristics, layout constraints, thermal and vibration aspects; electromagnetic compatibility; manufacturing processes, industrial and economic aspects; examples of vehicle applications.
  • Power components: fundamentals, design and operations; conduction and switching losses; cooling (technologies, operation and design).

Automotive electrical machines control

0.5 day
  • Reminders on electrical machines control with electric or hybrid vehicles. Reminders on energy management with electric or hybrid vehicles. Torque and speed control issues.
  • PWM construction and theory. DC machines torque control.
  • Vector control. Park Equations. Flux and torque control of synchronous and induction machines.
  • Sliding mode control of induction motors.

Power electronics design, modeling & simulation

1 day
  • Chopper design, modeling and simulation with PSpice.
  • Bridge and three-phase inverter design, modeling and simulation with PSpice. Power electronics losses modeling.

Electric machines modeling & simulation

1 day
  • Electric machines modeling and simulation with equivalent circuits.
  • DC machine modeling and simulation. Real machine datasheet analyzes. Model design and calibration with Matlab-Simulink. DC machine and chopper torque control modeling and simulation.
  • Induction machine modeling and simulation. Real machine datasheet analyzes. Model design and calibration with Matlab-Simulink.
  • Induction machine and three-phase inverter chopper torque control by sliding speed modeling and simulation.
  • Synchronous machine modeling and simulation. Real machine datasheet analyzes. Model design and calibration with Matlab-Simulink.
  • Synchronous machine and three phase inverter torque control by oriented vector control (implementation of equations Park) modeling and simulation.
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Ways & Means
  • Interactive talks with experts from automotive industry.
  • Some components are dismantled and studied.
  • The design electrical equations are suitable to specify a large number of automotive electrical drives.
  • Modeling and simulation of power electronics allow students to understand the design and the operation of this kind of devices.
  • Modeling and simulation of electrical drives allow students to understand the design and the operation.

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