Department of EEE Faculty of Engineering
Course Profile
I. Course Code: EEE 333
II. Course Title: Power System Analysis
III. Credit: 3 IV. Pre-
Requisite:
EEE 318, EEE 325 V. Contact
Hours: Lecture- 3 hours/week VI. Course Objectives:
The objectives of this course are
a. To develop the concept of Inductance and Capacitance of Transmission Lines.
b. To represent the elements of a power system including generators, transmission lines, and transformers.
c. To formation of Ybus & Zbus.
d. To solve power flow problems by application of the Gauss-Seidal methods and Newton method.
e. To analyse a network under both balanced and unbalanced fault conditions and interpret the results.
f. To develop the knowledge of power system stability involving two machine systems.
VII. Course Outcome (COs):
Sl. No.
COs
(Upon successful completion of this course, students
should be able to)
CorrespondingPOs
Bloom’s taxonomy domain/leve
l*
Delivery Methods
&
activities
Assessmen t tools
C A P
CO 333- 1
Demonstrate the basics of Power System, inductance and capacitance & Analyze per unit quantities.
PO1
2,4 - - Lectures, Tutorials
CT1 Mid-term Exam CO 333-
2
Develop the knowledge of power system using bus impedance matrix and load flow analysis.
PO2
3 - - Lectures, Tutorials
CT2 Mid-term Exam
©Daffodil International University
Semester: Summer Year: 2021
Level/Term: 3-1,3-2,3-3,2-2,2-3
Department of EEE Faculty of Engineering
CO 333- 3
Analyze different problems
using symmetrical
components Transformation, symmetrical faults and unsymmetrical faults.
PO2
4 - - Lectures, Tutorials
CT3
Final Exam
CO 333- 4
Evaluate the concept of steady state and transient stability.
PO2
5 - - Lectures, Tutorials
CT4
Final Exam
* C: Cognitive, P: Psychomotor; A: Affective
VIII. Course Plan with Detail Description:
Session Contents COs
Week 1 Overview of power systems engineering & Modeling &
representation of the system components used in power system. 1 Week 2 The concept of Inductance & capacitance of Transmission Lines. 1 Week 3 Per unit quantities, change of base, Power system modelling. 1
Week 4 Bus admittance matrix. 2
Week 5 Types of buses, formation of power flow equations using Ybus matrix
& Power flow studies – Gauss-Seidel 2
Week 6 Introduction of balanced fault. 3
Week 7 Analysis of power system using symmetrical components
transformation. 3
Week 8 Symmetrical fault analysis 3
Week 9 Unsymmetrical fault analysis. 3
Week 10 Unsymmetrical fault analysis (Math). 3
Week 11 Understand the concept of steady state stability. 4 Week 12 Understand the concept of transient stability. 4
IX. Evaluation Policy:
Marks
Distribution:
Attendance Quiz
Assignment Presentation Mid-term exam Final Exam
10%
15%
10%
10%
25%
30%
Total 100%
Grading System: As per DIU rule
©Daffodil International University
Department of EEE Faculty of Engineering
X. Resources:
Textbook(s):
[1] Elements of Power System Analysis, 4th Ed. Willaim D. Stevenson, Jr.
[2] Power System Analysis, Hadi Saadat.
[3] Modern Power System Analysis, D P Kothari & I J Nagrath.
[4] Online Materials [5] Google Classroom
[6] Blended learning system (Moodle)
XI. Course Link in Moodle/Google Class Room:
https://elearn.daffodilvarsity.edu.bd/course/view.php?id=11484 Google Class Room:
DAY- 3-1 (PC) & 3-3 (CC) : ttkfrhu EVE- 3-2 (PC) : klnenis
EVE- 3-1 (PC) & 2-3 (PC) : kfhnyqa EVE- 2-2 (PC) : 4t2affq
EVE- 3-1 (CC) : 725yyuk
XII. Course Instructor(s):
Name: Mahzuba Islam Designation: Sr. Lecturer
Email: [email protected] Cell: 01670964222
©Daffodil International University
Department of EEE Faculty of Engineering
©Daffodil International University
