SUBJECT SYLLABUS
Biểu mẫu 3
(Major: Power & Energy Engineering )
1. Title :Advanced Power System Analysis.
2. Lecturers : Dr. Hồ văn Hiến
3. Specialized department : Power system Department
4.Course prerequisites:
5.Parallel course:
6.Goals : This course provides an advanced knowledge in power system analysis .
7. Description : Main topics : Model of power system :Admittance bus matrix YBUS,
Impedance bus matrix ZBUS – Load flow study – Contingency analysis – State estimation
of power system
6. Content :
Topics
CHAPTER 1: Admittance bus matrix
1.1 Branch and node admittances .
1.2 Mutual coupled branches in YBUS .
1.3 Modification of YBUS
1.4 The network incidence matrix and YBUS
1.5 The method of successive elimination
1.6 Triangular factorization
CHAPTER 2 : Impedance bus matrix
2.1 YBUS and ZBUS matrices
2.2 Thevenin’s theorem and ZBUS .
2.3 Modification of an existing ZBUS .
2.4 Direct determination of ZBUS .
2.5 Calculation of ZBUS elements from YBUS .
2.6 Power loss invariant transformations .
2.7 Mutully coupled branches in ZBUS .
CHAPTER 3 : Power-flow solutions
3.1 The Power-Flow problem
3.2 The Gauss-Seidel method
3.3 The Newton-Raphson method
3.4 Regulating transformers
3.5 The fast decoupled power-flow method
CHAPTER 4 : ZBUS methods in contingency analysis
4.1. Adding and removing multiple lines
4.2. Piecewise solution of interconnected systems .
4.3. Analysis of single contingencies
4.4. Analysis of multiple contingencies
Contact hours
sum lecture Problem
9
6
3
9
6
3
9
6
3
9
6
3
CHAPTER 5 : State estimation of power sytems
5.1 The method of least squares
5.2 Statistics, errors and estimates
5.3 Test for bad data
5.4 Power system state estimation
5.5 The structure and formation of Jacobian HX
9
6
3
45
30
15
9. Texbooks :
1. Power system analysis – John J.Grainger , William D. Stevenson – Mc Graw
Hill - 1994.
2. Power system analysis – Hadi Saadat – MC Graw Hill - 1999
10. Method of evaluation :
Evaluation
Final examinatiom
Number of time
%
1
100%