Previous ed. published as: Electrical power systems. New York : IEEE, 1995.

Includes bibliographical references (p. 385-389) and index.

Preface -- Chapter 1: INTRODUCTION -- 1.1 A Brief History of Electric Power Systems -- 1.2 The Structure of the Power System -- 1.3 Outline of the Text -- Chapter 2: BASICS OF ELECTRIC ENERGY SYSTEM THEORY -- 2.1 Introduction -- 2.2 Concepts of Power in Alternating Current Systems -- 2.3 Three-Phase Systems -- 2.4 The Per Unit System -- 2.5 Electromagnetism and Electromechanical EnergyConversion -- 2.6 Permeability and Magnetic Field Intensity -- 2.7 Flux Linkages, Induced Voltages, Inductance, and Energy -- 2.8 Hysteresis Loop -- 2.9 Eddy Current and Core Losses -- 2.10 Energy Flow Approach -- 2.11 Multiply Excited Systems -- 2.12 Doubly Excited Systems -- 2.13 Salient-Pole Machines -- 2.14 Round or Smooth Air-Gap Machines -- 2.15 Machine-Type Classification -- 2.16 P-Pole Machines -- 2.17 Power System Representation -- Problems -- Chapter 3: POWER GENERATION AND THE SYNCHRONOUS MACHINE -- 3.1 Introduction -- 3.2 The Synchronous Machine: Preliminaries -- 3.3 Synchronous Machine Fields -- 3.4 A Simple Equivalent Circuit -- 3.5 Principal Steady-State Characteristics -- 3.6 Power-Angle Characteristics and the Infinite Bus Concept -- 3.7 Accounting for Saliency -- 3.8 Salient-Pole Machine Power Angle Characteristics -- Problems -- Chapter 4: THE TRANSFORMER -- 4.1 Introduction -- 4.2 General Theory of Transformer Operation -- 4.3 Transformer Connections -- Problems -- Chapter 5: ELECTRIC POWER TRANSMISSION -- 5.1 Introduction -- 5.2 Electric Transmission Line Parameters -- 5.3 Line Inductance -- 5.4 Line Capacitance -- 5.5 Two-Port Networks -- 5.6 Transmission Line Models -- Problems -- Chapter 6: INDUCTION AND FRACTIONAL HORSEPOWER MOTORS -- 6.1 Introduction -- 6.2 Three-Phase Induction Motors -- 6.3 Torque Relations -- 6.4 Classification of Induction Motors -- 6.5 Rotating Magnetic Fields in Single-Phase Induction Motors -- 6.6 Equivalent Circuits for Single-Phase Induction Motors -- 6.7 Power and Torque Relations -- 6.8 Starting Single-Phase Induction Motors -- 6.9 Single-Phase Induction Motor Types.

Problems -- Chapter 7: FAULTS AND PROTECTION OF ELECTRIC ENERGY SYSTEMS -- 7.1 Introduction -- 7.2 Transients during a Balanced Fault -- 7.3 The Method of Symmetrical Components -- 7.4 Sequence Networks -- 7.5 Line-to-Ground Fault -- 7.6 Double Line-to-Ground Fault -- 7.7 Line-to-Line Fault -- 7.8 The Balanced Three-Phase Fault -- 7.9 System Protection, An Introduction -- 7.10 Protective Relays -- 7.11 Transformer Protection -- 7.12 Transmission Line Protection -- 7.13 Impedance-Based Protection Principles -- 7.14 Computer Relaying -- Problems -- Chapter 8: THE ENERGY CONTROL CENTER -- 8.1 Introduction -- 8.2 Overview of EMS Functions -- 8.3 Power Flow Control -- 8.4 Power Flow -- 8.5 Stability Considerations -- 8.6 Power System State Estimation -- 8.7 Power System Security -- 8.8 Contingency Analysis -- 8.9 Optimal Preventive and Corrective Actions -- 8.10 Dynamic Security Analysis -- Chapter 9: THE PRESENT AND FUTURE OF ELECTRIC ENERGY SYSTEMS -- 9.1 Introduction -- 9.2 Challenges Facing the System -- 9.3 Blackouts and their Impact -- 9.4 Mitigating and Coping -- REFERENCES -- INDEX.

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