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Course detail
FEKT-BPC-ELMAcad. year: 2024/2025
1) Seminar - introduction2) Electromechanical energy conversion3) Transformers - theory, equivalent circuit diagram4) Transformers - transformer tests, working conditions5) Induction machines - theory, princip of operation6) Induction machines - equivalent circuit diagram7) Induction machines - torque equations, working conditions8) Synchronous machines - princip of operation, equivalent circuit diagram9) Synchronous machines - working charakteristics, cooperation with grid10) DC machines - principle of operation, basic equations11) DC machines - equivalent circuit diagram, working conditions12) Seminar13) Seminar
Language of instruction
Number of ECTS credits
Mode of study
Guarantor
Department
Entry knowledge
Rules for evaluation and completion of the course
Independent activities - 18 points
Control test - 12 points
Oral exam - 70 points
Aims
Study aids
Prerequisites and corequisites
Basic literature
Recommended literature
Classification of course in study plans
Lecture
Teacher / Lecturer
Syllabus
1. Introduction and familiarisation with the organisation of the course2. Magnetism - repetition of the basic theory3. Transformer - principle of operation4. Transformer - construction and operating characteristics5. Rotating magnetic field - principle of formation and importance in electrical machines6. AC machine windings - design and basic concepts7. Induction machine - principle of operation8. Induction machine - design and operating characteristics9. Synchronous machine - principle of operation of synchronous machine with wound rotor10. Synchronous machine - design and operating characteristics11. Synchronous machine - principle of operation of a permanent magnet synchronous machine12. DC machine - principle of operation, construction and operating characteristics13. Electric machines in the electrification of transport - an overview of modern trends.
Fundamentals seminar
1. Introduction and familiarisation with the organisation of the training exercise2. Presentation of individual activities 1 - Transformers3. Laboratory 1 - Transformers4. Presentation of independent activities 2 - Transformers5. Numerical exercise 1 - Magnetic circuits and transformers.6. Presentation of independent activities 3 - Asynchronous machines.7. Presentation of independent activities 4 - Asynchronous machines.8. Numerical exercise 2 - Asynchronous machines9. Laboratory 2 - Asynchronous and synchronous machines10. Numerical exercise 3 - Synchronous machines11. Presentation of independent activities 5 - Synchronous machines.12. Presentation of independent activities 6 - Synchronous machines.13. Control test