Unit 1 Basic Concepts and Review of Classical Methods

7 lecture hours

• 1.1 General 1.2 Power System Stability 1.3 States of Operation and System Security - A Review 1.4 System Dynamic Problems - Current Status and Recent Trends 1.5 System Model 1.6 Some Mathematical Preliminaries [3
• 4] 1.7 Analysis of Steady State Stability 1.8 Analysis of Transient Stability 1.9 Simplified Representation of Excitation Control

Unit 2 Modelling of Synchronous Machine

• 2.1 Introduction 2.2 Synchronous Machine 2.3 Park's Transformation 2.4 Analysis of Steady State Performance 2.5 Per Unit Quantities 2.6 Equivalent Circuits of Synchronous Machine 2.7 Determination of Parameters of Equivalent Circuits 2.8 Measurements for Obtaining Data 2.9 Transient Analysis of a Synchronous Machine 12 Subject Code: 3170915 w.e.f

Unit 3 Excitation and Prime Mover Controllers

9 lecture hours

• 3.1 Excitation System 3.2 Excitation System Modelling 3.3 Excitation Systems- Standard Block Diagram 3.4 System Representation by State Equations 3.5 Prime-Mover Control System 3.6 Examples

Unit 4 Transmission Lines, SVC and Loads

7 lecture hours

• 4.1 Transmission Lines 4.2 D-Q Transformation using α - β Variables 4.3 Loads

Unit 5 Dynamics of a Synchronous Generator Connected to Infinite Bus

10 lecture hours

• 6.1 System Model 6.2 Synchronous Machine Model 6.3 Application of Model 1.1 6.4 Calculation of Initial Conditions 6.5 System Simulation 6.6 Consideration of other Machine Models