This book fills a void in the existing power systems literature, providing an unusually comprehensive, detailed treatment of the dynamics and control of large electric power systems.
Part I : Modeling The Structure and Components
Chapter 1 : Quasistationary Phasor Concepts
Chapter 2 : Analytical Dynamic Model of the Power System
Chapter 3 : Models for Computer-Aided Analysis and Control
Part II : Analysis of Stationary and Dynamic Processes
Chapter 4 : Stationary Analysis
Chapter 5 : Analysis of Linearized (Small-Signal) Dynamics
Chapter 6 : Introduction to the Concepts and Structure of Comprehensive Power-System Dynamics
Chapter 7 : Smooth Nonlinear Dynamics of the Large Power System
Chapter 8 : Dynamic Computation Analysis on Realistic Size (Thousands of Buses) Systems with Real-Life Examples
Chapter 9 : Large Smooth Systems with Embedded Discontinuous Nonlinear Constraints
Chapter 10 : Beyond Quasistationarity and the Lumped-Parameter Model
Part III : Control and Stabilization
Chapter 11 : Primary Control of Electric Power Systems
Chapter 12 : Stationary Generation Control (Ignoring Congestion)
Chapter 13 : Stationary Generation Control (with Congestion)
Index
