mastercollege

Mastercollegeserie: Electrical components

Inzicht in principes, eigenschappen en achtergronden van elektrische aandrijvingen

Leer de basisprincipes van elektrische aandrijvingen te begrijpen en krijg inzicht in het werkingsprincipe, de eigenschappen en de achtergronden van de diverse facetten.

Content

  • Roles and applications of electric drives and DC motor drives. 
  • Feedback controller design for dc drives.
  • AC motor drives: rotating fields in ac machines by means of space vectors. 
  • Sinusoidal waveform permanent magnet and induction ac motor drives.
  • Switched reluctance drives

Result

The objective is the understanding of the basic principles of electric drives. 

  • Understand how electric drives operate and can do these by means of hand calculations.
  • Understand how to calculate electrical voltages, currents and mechanical forces, torques and (angle) displacement. 
  • Good overview of the operation principle, characteristics and application of the four most important rotating electrical machines: direct current, induction, synchronous and switched reluctance machines.


Het betreft een master collegeserie van de Technische Universiteit, speciaal opengesteld voor cursisten van PAO Techniek en Management. Je volgt de colleges samen met reguliere studenten.
Deze colleges worden in het Engels gegeven.

Deel deze pagina

  • Informatie
    Cursusleider(s): Dhr. S. Wilkins (Technische Universiteit Eindhoven (TU/e))
    Cursusdata: november 2023 - januari 2024
    Dagindeling: 2 uur college en 2 uur werkcollege per week
    Locatie: Eindhoven
    TU/e
    Prijs: € 1.760,00 excl. btw
    Taal
    Dit programma wordt in het Engels gegeven.
  • Programma
    • Lecture 1: Topologies and Vehicle Modelling (2 hours)
      • Instructions 1: (2 hours)
    • Lecture 2: Modelling and Simulation (2 hours)
      • Instructions 2: (2 hours)
    • Lecture 3: Batteries and Energy Storage (2 hours)
      • Instructions 3: (2 hours)
    • Lecture 4: Motors and Driveline (2 hours)
      • Instructions 4: (2 hours)
    • Lecture 5: Power Electronics and Charging (2 hours)
      • Instructions 5: (2 hours)
    • Lecture 6: Fuel Cells and Auxiliaries (2 hours)
      • Instructions 6: (2 hours)
    • Lecture 7: Hybrids and Control (2 hours)
      • Instructions/Assessment 7: (2 hours)
    • Lecture 8: Cycles, Assessment and Evaluation (2 hours)
      • Instructions/Assessment 8: (2 hours)