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1 BACKGROUND
1.0 Introduction
1.1 Electric Energy
1.2 Fossil-Fuel Plant
1.3 Nuclear power Plant
1.4 Hydroelectric Power Plant
1.5 Other Energy Sources
1.6 Transmission and Distribution Systems
1.7 The Deregulated Electric Power Industry
2 BASIC PRINCIPLES
2.0 Introduction
2.1 Phasor Representation
2.2 Complex Power Supplied to a One-port
2.3 Conservation of Complex Power
2.4 Balanced Three-Phase
2.5 Per Phase Analysis
2.6 Balanced Three-Phase Power
2.7 Summary
3 TRANSMISSION-LINE PARAMETERS
3.0 Introduction
3.1 Review of Magnetics
3.2 Flux Linkages of Infinite Straight Wire
3.3 Flux linkages many-Conductor Case
3.4 Conductor Bundling
3.5 Transposition
3.6 Impedance of Three Phase Lines Including Ground Return
3.7 Review of Electric Fields
3.8 Line Capacitance
3.9 Determiation of Line parameters Using Tables
3.10 Typical Parameter Values
3.11 Summary
4 TRANSMISSION-LINE MON DELING
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5 TRANSFORMER MODELING AND THE PER UNIT SYSTEM
6 GENERATOR MODELING I(MACHINE VIEWPOINT)
7 GENERATIOR MODELING II(CIRCUIT VIEWPOINT)
8 VOLTAGE CONTROL SYSTEN
9 NETWORK MATRICES
10 POWER FLOW ANALYSIS
11 AUTOMATIC GENERATION CONTROL AND THE NEW MARKET ENVIRONMENT
12 UNBALANCED SYSTEM OPERATION
13 SYSTEN PROTECTION
14 POWER SYSTEM STABILITY
APPENDICES
SELECTED BIBLIOGRAPHY
INDEX