DYNAMICS AND CONTROL OF LARGE ELECTRIC POWER SYSTEMS

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.

MODELING THE STRUCTURE AND COMPONENTS.

Quasistationary Phasor Concepts.

Analytical Dynamic Model of the Power System.

Models for Computer-Aided Analysis and Control.

ANALYSIS OF STATIONARY AND DYNAMIC PROCESSES.

Stationary Analysis.

Analysis of Linearized (Small-Signal) Dynamics.

Introduction to the Concepts and Structure of Comprehensive Power-System Dynamics.

Smooth Nonlinear Dynamics of the Large Power System.

Dynamic Computation Analysis on Realistic Size (Thousands of Buses) Systems with Real-Life Examples.

Large Smooth Systems with Embedded Discontinuous Nonlinear Constraints.

Beyond Quasistationarity and the Lumped-Parameter Model.

CONTROL AND STABILIZATION.

Primary Control of Electric Power Systems.

Stationary Generation Control (Ignoring Congestion).

Stationary Generation Control (with Congestion).

Index.