FOREWORD
PREFACE
PART 1 GENERAL BACKGROUND
1 GENERAL CHARACTERISTICS OF MODERN POWER SYSTEMS
1.1 Evolution of elecric power systems
1.2 Structure of the power system
1.3 Power system control
1.4 Design and operating criteria for stability
References
2 INTRODUCTION TO THE POWER SYSTEM STABILITY PROBLEM
2.1 Basic concept and definitions
2.1.1 Rotor angle stability
2.1.2 Voltage stability and Voltage collapse
2.1.3 Mid-rerm and long-term stability
2.2 Classification of stability
2.3 Historical review of stability problems
References
PART 2 EQUIPMENT CHARACTERISTICS AND MODELLING
3 SYNCHRONOUS MACHINE THEORY AND MODELLING
4 SYNCHRONOUS MACHINE PARAMETERS
5 SYNCHRONOUS MACHINE REPRESENTATION IN STABLITY STUDIES
6 AC TRANSMISSION
7 POWER SYSTEM LOADS
8 EXCITION SYSTEMS
9 PRIME MOVERS AND ENERGY SYPPLY SYSTEMS
10 HIGH-BOLTAGE DIRECT-CURRENT TRANSMISSION
11 CONTROL OF ACTIVE POWER AND REACTIVE POWER
PART 3 SYSTEM STABILITY :physical aspects,analysis,and inprovement
12 SMALL-SIGNAL STABILITY
13 TRANSIENT STABILITY
14 VOLTAGE STABILITY
15 SUBSYNCHRONOUS OSCILLATIONS
16 MID-TERM AND LONG-TERM STABILITY
17 METHODS OF IMPROVING STABILITY
INDEX