Power System Analysis | Syllabus | College Platform - NITH
Electrical EngineeringEE-322
EE-322core Course
Power System Analysis
4 Credits
7 Modules
Updated 12/31/2024
01
Introduction:
3 Lectures
Nature and scope of power system studies power system restructuring power
system computation and control Smart grid concept
02
Power system Components modelling:
4 Lectures
Mathematical model of transmission lines
tap
changing transformer
generator and loads.
03
Topological Analysis of Power Networks:
6 Lectures
Primitive impedance and admittance matrices
system graph for transmission network relevant concepts in graph theory network
representation network matrices network reduction.
04
Bus Impedance Algorithm:
6 Lectures
Partial network addition of link(s) addition of branch(es) removal
of elements implementation of bus building algorithm 3-phase Z-bus formation.
05
Short Circuit Studies:
6 Lectures
Types of faults short circuit studies of large power system networks
calculating system conditions after the occurrence of fault direct short circuit i.e. bolted faults.
Comparison between symmetrical components and phase coordinate method of short-circuit
studies.
06
Power Flow Studies:
5 Lectures
Mathematical model of power flow studies Solution techniques: Gauss
Seidel method Newton-Raphson method fast decoupled load flow method comparison of
solution technique.
07
Stability Studies:
5 Lectures
Types of stability swing equation point by point method mathematical
models for transient stability simulation equal area criteria direct numerical integration method.