Dynamical States of Electric Machines

2nd Level of Study, 1st Year, Winter Semester

Students will acquire knowledge in the field of the dynamic properties of electrical machines, methods of speed and torque control for individual machine types, and practical skills in developing dynamic models using the MATLAB/Simulink environment.

1. Principles of electromagnetic energy conversion in electrical machines.
2. Mathematical model of commutator machines.
3. Dynamic models of separately excited DC motors, series DC motors, and compound DC motors.
4. Dynamic model of the Ward-Leonard drive system and dual-motor drive systems.
5. Transformations used in electrical machine analysis: Park, Clarke, Concordia, and space-vector transformations.
6. Mathematical and dynamic models of induction motors.
7. Mathematical and dynamic models of synchronous motors.

[1] Prednášky predmetu Dynamické deje elektrických strojov. [online]

[2] J. Chatelain, Machine électriques, Switzerland: Ecole polytechnique de Lausane, 1992.

[3] N.N. Hancock, Matrix Analysis of Electrical Machinery, Oxford: Pergamon Press, 1974.