‫جامعة القصيم – كلية الهندسة‬
EE 343
Power Systems Analysis
Course First Day Material
Semester No. 362
Spring Semester 1436/1437
Prepared by: Dr. Elsaid Elaraby
TABLE OF CONTENTS
Subject
I. Course Identification and General Information ......................................................
II. Course Objectives ......................................................................................................
III. Course Learning Outcomes ....................................................................................
IV. Course Schedule
V. Course Materials ........................................................................................................
VI. Course Instructor .....................................................................................................
EE 343 Course First Day Material
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I. Course Identification and General Information
1
Title and code
Power Systems
2
Program(s) on which the course is given
Electrical Engineering
3
Level of programs
Level 6
4
Prerequisite
EE 340
5
Credit hours (Theoretical, Tutorial, practical)
3 (3, 1, 0)
6
Course Instructor
Dr. Elsaid Elaraby
Analysis, EE 343
7- Catalog Description
Per unit system; Power system matrices: bus admittance matrix – bus impedance matrix; Load flow analysis:
Gauss-seidel method – Newton-Raphson method; Economic operation of thermal generators: neglecting line
losses – including line losses; Symmetrical faults: Thevenin’s method – Bus impedance matrix method; Unsymmetrical faults: symmetrical components – Thevenin’s method – Bus impedance matrix method; Stability
analysis: steady state stability – transient stability – equal area criterion.
8- Student Performance Assessment Methods
Method of assessment
Percentage of total
04 %
1
Attendance
2
Quizzes
10 %
3
Homework and Reports
08 %
4
Two Mid Term Exams
2×15 %=30 %
5
Final Exam
50 %
Total
(Note: 2% Bonus are given to student who attends more than 95%
of classes without violating the 100%-total limit )
100 %
9- Text Book and References
Text Book
- Saadat, “ Power system analysis”, McGraw Hill, 2nd edition.
References
- Grainger and Stevenson, “Power System Analysis”, McGraw Hill
Semester No. 362 - Spring Semester 1436/1437
EE 343 Course First Day Material
Page 3 of 4
II. Course Objectives
The objectives are:
a. To develop the student understanding regarding Understand the appropriate method used to
calculate a complete fault analysis for a power system.
b. To develop the knowledge of the students regarding the main components of a power system (generation, transmission & distribution).
c. To develop the skills of the students regarding the stability assessment of a power system
subjected to a disturbance.
d. To give the students an understanding of per unit system and its importance to the power
system analysis.
e. To develop the student understanding regarding the power flow problem and the different
methods used to solve it.
f. To develop the skills of the students regarding the application of the economic operation
methodology to a power system.
III. Course Learning Outcomes
Students who successfully complete the course will acquire the following knowledge & skills:
1. The basic components of a power system and their representations using per unit system.
2.
The methodology of power flow solution and control.
3.
The theory for the economic operation of thermal power stations.
4.
The power system fault analysis methodologies.
5.
The concepts of power system stability analysis.
6.
Solving problems of an existing power system.
IV. Course Schedule
1st
2nd
3rd
th
4 - 6th
7th
8th
9th
10th& 11th
12th& 13th
14th
15th
16th
Revision and general background
Power system per unit representation
Power system per unit representation & System matrices
Power system power flow solutions & control
Introduction to power system economics
Power system economic operation without losses
Power system economic operation with losses
Power system symmetrical faults
Power system unsymmetrical faults
Introduction to Power system stability
Power system stability- equal area criterion
Final Exam
Semester No. 362 - Spring Semester 1436/1437
EE 343 Course First Day Material
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V. Course Material
Several documents used in EE 343 including this first day material, course notes, sheets and assignments are available for downloading from the following web site:
http://qec.edu.sa/eng/students/lectures/lectureres.asp
The student should print all the material that is used in the course.
VI. Course Instructor
1
Personal Data
Dr. Elsaid Elaraby
Name
Date and Place of Birth 25/10/1970 , Egypt
elaraby@qec.edu.sa
e-mail
Mobile
2
Academic Degrees
Degree
PhD
Major
Electrical Engineering
MSc
BSc
Electrical Engineering
Electric Machines &
Power Systems
Institute
Hiroshima University, Hiroshima,
Japan
Suez Canal University, Egypt
Suez Canal University, Egypt
Semester No. 362 - Spring Semester 1436/1437
Date
2004
1997
1992