Handbook of Power Systems Engineering with Power Electronics Applications, Second Edition

Description

Content: Chapter 1 Overhead Transmission Lines and their Circuit Constants (pages 1–27): Chapter 2 Symmetrical Coordinate Method (Symmetrical Components) (pages 29–52): Chapter 3 Fault Analysis by Symmetrical Components (pages 53–67): Chapter 4 Fault Analysis of Parallel Circuit Lines (Including Simultaneous Double Circuit Fault) (pages 69–89): Chapter 5 Per Unit Method and Introduction of Transformer Circuit (pages 91–125): Chapter 6 The ?—?—0 Coordinate Method (Clarke Components) and its Application (pages 127–143): Chapter 7 Symmetrical and ?—?—0 Components as Analytical Tools for Transient Phenomena (pages 145–152): Chapter 8 Neutral Grounding Methods (pages 153–168): Chapter 9 Visual Vector Diagrams of Voltages and Currents under Fault Conditions (pages 169–181): Chapter 10 Theory of Generators (pages 183–240): Chapter 11 Apparent Power and its Expression in the 0—1—2 and d—q—0 Domains (pages 241–249): Chapter 12 Generating Power and Steady?State Stability (pages 251–261): Chapter 13 The Generator as Rotating Machinery (pages 263–279): Chapter 14 Transient/Dynamic Stability, P–Q–V Characteristics and Voltage Stability of a Power System (pages 281–299): Chapter 15 Generator Characteristics with AVR and Stable Operation Limit (pages 301–317): Chapter 16 Operating Characteristics and the Capability Limits of Generators (pages 319–352): Chapter 17 R–X Coordinates and the Theory of Directional Distance Relays (pages 353–377): Chapter 18 Travelling?Wave (Surge) Phenomena (pages 379–410): Chapter 19 Switching Surge Phenomena by Circuit?Breakers and Line Switches (pages 411–458): Chapter 20 Overvoltage Phenomena (pages 459–473): Chapter 21 Insulation Coordination (pages 475–530): Chapter 22 Waveform Distortion and Lower Order Harmonic Resonance (pages 531–540): Chapter 23 Power Cables and Power Cable Circuits (pages 541–571): Chapter 24 Approaches for Special Circuits (pages 573–589): Chapter 25 Theory of Induction Generators and Motors (pages 591–628): Chapter 26 Power Electronic Devices and the Fundamental Concept of Switching (pages 629–649): Chapter 27 Power Electronic Converters (pages 651–693): Chapter 28 Power Electronics Applications in Utility Power Systems and Some Industries (pages 695–745):