Course Syllabus
College
Department
Program
Course Title
Year
Prerequisite(s)
Instructor
Instructor's e-mail
Office Hours
Class Time
Course description
Course Intended
Learning Outcomes
(CILOs)
Engineering and Technology
Electrical Engineering
Bachelor of Electrical Engineering
Electrical Power Systems Lab
Course Number:
2021-2022
Semester:
Electrical Power Systems 2
Eng. Tareq Foqha
tariq.foqha @ptuk.edu.ps, tariq.foqha34@gmail.com
11:00-12:00 Sunday
12:00-15:00 Monday
12:00-15:00 Sunday
Class Room:
14:00-17:00 Tuesday
12110512
Spring
H007
Electrical power systems laboratory designed to directly apply theory
learned in lectures to devices that will be studied in the laboratory. The lab
focuses on all aspects of electrical power systems: power generation,
transmission and distribution lines, protection systems, electric power
management systems and a wide range of electrical measurement systems.
Research projects carried out in this laboratory include generation,
transmission and distribution of electrical energy and all facilities that
guarantee the safe supply of electrical energy. In addition to the
monitoring, control and supervision systems that are studied and followed
in this laboratory.
The laboratory course is intended to provide practical understanding of
power system operation, control and protection. The main goal is to enable
students to apply and test theoretical knowledge they mastered in previous
years of studies. The laboratory course enables them to develop practical
skills in various fields of power engineering in a controlled environment.
A) Knowledge and understanding
1. Understand the behavior and the performance of synchronous
generators under various operating conditions.
2. Understand how a transmission line behaves under different
operating conditions.
3. Understand the operation of a transmission line with insulated and
compensated neutral conductor in condition of ground fault.
4. Understand philosophy of various relays used in power system
protection.
5. Understand basic principle of digital relaying in transmission line
protection.
6. Understand the various methods to improve the system power
factor.
7. Understand the operation of overall power system from generation
to load.
8. Understand the operation of a power system with management
system.
Course Syllabus
B) Intellectual/Cognitive skills
1. Be able to perform experiments which are necessary to determine
the performance and the behavior characteristics of the power
system components;
2. Be able to understand the concept of Matlab Simulink in modeling
of the protection relaying of the generators.
C) Subject specialization and practical skills
1. Identify and formulate engineering problems to solve problems in
the field of electrical power engineering;
2. Specify and evaluate manufacturing of components and equipment
related to electrical power and machines.
D) General and transferable skills
1.
2.
Lab Manual: Electrical Power Systems Lab Manual, 2nd Edition
Textbook(s)
Other required
material (References):
1- Glover, J. D., Sarma, M. S., & Overbye, T. (2012). Power system
analysis & design, SI version. Cengage Learning.
2- J. Chapman, Stephen. Electric machinery fundamentals.
McGraw-hill, 2004.
3- Saadat, H. (1999). Power system analysis (Vol. 2). McGraw-hill.
4- Horowitz, S. H., & Phadke, A. G. (2014). Power system relaying.
John Wiley & Sons.
Assessment Type
Midterm Exam
Reports
Coursework
Research
Matlab Simulink
Final Exam
Total
Work in a group and evaluate the results to prepare the report.
Find information independently.
Details/Explanation of
assessment in relation to
CILOs
A1-A8;
B1-B2.
A1-A8;
B1-B2;
C1-C2;
D1-D2.
A1-A8;
B1-B2.
Weight
Date(s)
30
Week 9
30
During Semester
40
Announced by
Registrar
100%
Course Syllabus
Course Weekly Breakdown
Lab
Activities
Week
Date
Topics Covered
CILOs
1
20/02
Introduction to Electrical Power Systems
Lab
2
27/02
Synchronous Generator Operating Alone
3
06/03
Synchronous Generator Protection
4
13/03
A1-A8
B1-B2;
C1-C2;
D1-D2;
A1-A8
B1-B2;
C1-C2;
D1-D2;
A1-A8
B1-B2;
C1-C2;
D1-D2;
A1-A8
B1-B2;
C1-C2;
D1-D2;
In Midterm,
Final
In Midterm,
Final
In Midterm,
Final
In Midterm,
Final
5
20/03
A1-A8
B1-B2;
C1-C2;
D1-D2;
In Midterm,
Final
6
27/03
7
03/04
Parallel operation of transmission lines
8
10/04
Transmission line in condition of single
line to ground fault
A1-A8
B1-B2;
C1-C2;
D1-D2;
A1-A8
B1-B2;
C1-C2;
D1-D2;
A1-A8
B1-B2;
C1-C2;
D1-D2;
In Midterm,
Final
In Midterm,
Final
In Midterm,
Final
9
17/04
Midterm Exam
10
24/04
11
01/05
12
08/05
13
15/05
Power factor correction using synchrouns
compensator
14
22/05
Simulator of Production, Transmission
and Use of Electric Power
15
29/05
Power Management System
16
05/06
Prepared by:
Head of Department
Date
Parallel operation of two Synchronous
Generators
1. Parallel operation of a Synchronous
Generator with Infinite Bus
2. Transmission line under no-load
condition
Transmission line under different load
conditions
Transmission line protection
Localized PF correction of a single and
three-phase networks
Automatic centralized three-phase PF
correction
A1-A8
B1-B2;
C1-C2;
D1-D2;
A1-A8
B1-B2;
C1-C2;
D1-D2;
A1-A8
B1-B2;
C1-C2;
D1-D2;
A1-A8
B1-B2;
C1-C2;
D1-D2;
A1-A8
B1-B2;
C1-C2;
D1-D2;
A1-A8
B1-B2;
C1-C2;
D1-D2;
Final Exam
Eng. Tareq Foqha
Dr. Mahmoud Ismail
20-02-2022
Signature
Signature
Assessment
In Final
In Final
In Final
In Final
In Final
In Final