Course Description: This course is the part of MS Energy Power System course titled “Advanced Power System Analysis”. The course will provide a rigorous understanding of electrical power system such as, per unit system of calculations, modelling of transformers, generators, and loads, understanding of one-line diagram, bus admittance matrix, load flow analysis, different type of faults and artificial intelligence (ai) in power system. advanced power system analysis is a core-course in the electrical engineering program and is a pre-requisite for several other technical electives. The students are also acquainted with the applications of optimal power flow by introducing different methods of economic dispatch and energy conservation.

The course follows the following schedule: Week 1 Introduction to the electric power system, review of phasors and three-phase power Week 2 Models for transformers, generators, and loads Week 3 Per unit system of calculations: Selection of base and change in the base of per unit quantities, node equations, one-line diagram and Problem Solution Week 4 Bus admittance matrix: Importance and formulation Week 5 Bus admittance matrix: Problem solution Week 6 Load Flow Analysis: Importance, Static load flow equations, Gauss-Seidel Method Week 7 Load Flow Analysis: Application of Gauss-Seidel Method for load flow studies and Problem Solution using GS method Week 8 Load Flow Analysis: Newton Raphson Method, Application of Newton Raphson Method for Load Flow Studies Week 9 Load Flow Analysis: Problem Solution using NR method Week 10 Introduction to faults in power system, Type of Faults, Symmetrical/ Balanced faults Week 11 Methods for the analysis of Symmetrical Fault: First order method Week 12 Methods for the analysis of Symmetrical Fault: Bus Impedance Matrix method Week 13 Symmetrical Components: Introduction and mathematical computation Week 14 Unbalanced fault analysis: L-G, L-L, L-L-G faults Week 15 Optimal Power Flow: Economic Dispatch, Energy Conservation Week 16 Artificial Intelligence (AI) in Power System

Recommended Readings

Power System Analysis, latest edition by Hadi Saadat, 2010 Power Systems Analysis and Design 6th Edition, J. Duncan Glover, 2016