Power Electronics and Drives IE-SI7O>PEaD

The subject of "Power Electronics and Drives" aims to provide students with comprehensive from the range of control of power electronic devices and electric drives, covering both theoretical foundations and practical skills. Lectures will focus on understanding the main rules of converter drives configurations with using DC and AC electric motors, discussing key concepts possibilities of rotary speed regulation and electromagnetic torque control. Students will gain the knowledge necessary to use for effectively correction of parameters of converter drives and having effect on the power quality. Additionally, lectures will also highlight the role of modern technologies in the context of using of converter systems in automatic control systems of electric drives. Laboratory and design exercises within the Power Electronics and Drives course will focus on the practical application of the theoretical knowledge gained during the lectures. Students will have the opportunity to execute of simulations for different configurations of converter drives, analysis of registered time courses of the tested physical quantities, as well as to develop skills in regulation drive systems. Through practical laboratories, students will gain experience in specific tasks in the area of control of power electronic devices and electric drives, enabling them to effectively apply the knowledge gained in their professional practice. Design exercises concern with the design and simulation of control systems using tools for simulating power electronic devices.

Koordynatorzy przedmiotu

Marcin Tomczyk

Ocena końcowa

Lectures: Passing the exam in the theoretical part discussed during lectures and obtaining 51% positive answers. Admission to the exam requires passing laboratory and design exercises. The conditions for passing the laboratory exercises are: attendance at classes, submitting of all prepared reports on completed exercises and passing a written colloquium. Project exercises: Submitting all projects and providing correct answers to questions asked by the instructor of the design exercises and closely related to the topic of the design exercises. The final note is the arithmetic mean of the partial notes (examination + laboratory exercises + project exercises). It is allowed to verify the achievement of learning outcomes by students using distance learning methods and techniques.

Wymagania wstępne

Basics of electrical engineering (ability to solve simple electrical circuits using Ohm''s, Kirchhoff''s, Thevenin''s, Norton''s laws, ability to solve simple problems with electromagnetic circuits). Basics of power electronics (knowledge of power electronic converters - rectifiers, inverters, voltage regulators, ability to perform simple calculations in the purpose to determine the parameters and control the converter). Basics of electric drive (knowledge of the rules of operation of individual electric motors and knowledge of their mechanical characteristics and operating states).

Literatura podstawowa

Emadi A., Integrated power electronic converters and digital control, CRC Press / Taylor & Francis Group, 2009.
Horowitz P., Hill W.: The Art. of Electronics, New York: Cambridge University Press, 2022.
Luo F.L, Hong Y., Advanced DC/DC converters, CRC Press, 2004.
Szklarski L., Kazimierz Jaracz K. , Horodecki A., Electric drive systems dynamics: selected problems, Warszawa: PWN- Polish Scientific Publishers; Amsterdam: Elsevier, 1990.
Tietze U., Schenk Ch.; with the assistance of Schmid E., Advanced electronic circuits, Springer-Verlag, Berlin, 1978

Literatura uzupełniająca

Abad G., Power electronics and electric drives for traction applications, Chichester: John Wiley & Sons, Ltd, 2017.
Automotive electrics, automotive electronics, Plochingen : Robert Bosch GmbH; Chichester : John Wiley & Sons, 2007.
Baliga BJ., Modern power devices. New York: John Wiley & Sons; 1987

Inne informacje

Efekty kształcenia

Wiedza
Has knowledge needed to use measuring apparatus for geometric, mechanical, electrical quantities and methods of estimating measurement errors.
Powiązane efekty kierunkowe:
IE1A_W10
Metody weryfikacji:
Przygotowanie projektu
Sprawdzenie na zajęciach - odpowiedź ustna
Weryfikacja na podstawie sprawozdania

Wiedza
Has knowledge of development trends in the field of industrial engineering.
Powiązane efekty kierunkowe:
IE1A_W21
Metody weryfikacji:
Sprawdzenie na zajęciach - odpowiedź ustna
Weryfikacja na podstawie sprawozdania

Umiejętności
Can prepare well-documented technical paper on industrial engineering.
Powiązane efekty kierunkowe:
IE1A_U03
Metody weryfikacji:
Przygotowanie projektu
Sprawdzenie na zajęciach - odpowiedź ustna
Weryfikacja na podstawie sprawozdania

Umiejętności
He has necessary background to work in an industrial environment and is familiar with the principles of occupational health and safety.
Powiązane efekty kierunkowe:
IE1A_U10
Metody weryfikacji:
Przygotowanie projektu
Sprawdzenie na zajęciach - odpowiedź ustna

Kompetencje społeczne
He/she is able to work and cooperate in a team, assuming various roles in it, is aware of the responsibility for his/her own work and is ready to follow the rules of teamwork and take responsibility for jointly carried out tasks.
Powiązane efekty kierunkowe:
IE1A_K03
Metody weryfikacji:
Przygotowanie projektu
Sprawdzenie na zajęciach - odpowiedź ustna
Weryfikacja na podstawie sprawozdania

Kompetencje społeczne
Can appropriately identify priorities to achieve a task defined by him/her or others.
Powiązane efekty kierunkowe:
IE1A_K04
Metody weryfikacji:
Przygotowanie projektu
Sprawdzenie na zajęciach - odpowiedź ustna
Weryfikacja na podstawie sprawozdania

Power Electronics and Drives IE-SI7O>PEaD

Koordynatorzy przedmiotu

<b>Ocena końcowa</b>

<b>Wymagania wstępne</b>

<b>Literatura podstawowa</b>

<b>Literatura uzupełniająca</b>

<b>Inne informacje</b>

Efekty kształcenia