Eskişehir Osmangazi Üniversitesi
Eskişehir Osmangazi Üniversitesi
Eskişehir Osmangazi Üniversitesi
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<strong>Eskişehir</strong> <strong>Osmangazi</strong> University Electrical-Electronics Engineering Department<br />
COURSE INFORMATION FORM<br />
SEMESTER<br />
Fall<br />
COURSE CODE 151227457 COURSE NAME POWER SYSTEMS ANALYSIS I<br />
WEEKLY COURSE PERIOD<br />
COURSE<br />
SEMESTER<br />
THEORY PRACTISE LABORATORY Credit ECTS TYPE LANG.<br />
Fall 3 0 0 3 5 Elective EN<br />
Basic<br />
Science<br />
COURSE CATEGORY (Credit Distribution)<br />
Basic Engineering Includes Design Electrical-Electronics<br />
Engineering<br />
3<br />
Social<br />
Science<br />
IN TERM<br />
EXAMS<br />
ASSESMENT CRITERIA<br />
EXAM NAME EVALUATION TYPE %<br />
1 st Mid Term WRITTEN 30<br />
2 nd Mid Term WRITTEN 30<br />
Other Exam 1<br />
Other Exam 2<br />
Other Exam 3<br />
Other Exam 4<br />
Other Exam 5<br />
Other Exam 6<br />
Other Exam 7<br />
Other Exam 8<br />
FINAL EXAM WRITTEN 40<br />
EXCUSE EXAM<br />
PREREQUISITE(S)<br />
COURSE DESCRIPTION<br />
COURSE OBJECTIVES<br />
CONTRIBUTION TOWARDS<br />
PROFESSIONAL EDUCATION<br />
COURSE OUTCOMES<br />
TEXTBOOK<br />
Description of electric power system, balanced three-phase systems,<br />
power transformers, transmission line parameters, steady state<br />
operation of transmission lines, symmetrical components.<br />
This course will help the students to understand the theory and the<br />
techniques involved in the modeling and analysis of power system<br />
components and networks. Moreover, they will learn how such<br />
modeling and analysis is used in the design and planning of power<br />
systems.<br />
Students who learn the essential elements of electric power system<br />
and understand the specifications required for the design and planning<br />
of electrical power network can work in the projects that are related to<br />
power system area. This course also provides strong background for<br />
graduate level power system courses.<br />
1. Learn the analysis of balanced three-phase systems. 2. Learn the<br />
modeling and analysis of power transformers. 3. Learn the<br />
transmission line parameters. 4. Learn the modeling and the analysis<br />
of the transmission lines. 5. Perform the transmissions line voltage<br />
regulation and the loadability analysis. 6. Apply the line compensation<br />
techniques. 7.Learn symmetrical component methods and analyze the<br />
unbalanced three-phase systems.<br />
J. D. Glover, M. S. Sarma "Power System analysis and Design,"<br />
Brooks/Cole publishing, 3rd edition, 2002.<br />
Ders Bilgi Formu 1/217<br />
151227457 POWER SYSTEMS ANALYSIS I
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