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| Contents | |
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| Preface | |
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| Central Operation and Control of Power Systems | |
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| General | |
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| Control Center of a Power System | |
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| Digital Computer Configuration | |
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| Automatic Generation Control for a Power System | |
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| Area Control Error | |
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| CPS1, 1 Minute Average | |
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| CPS2, 10 Minute Average | |
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| Disturbance Conditions | |
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| Operation without Central Computers or AGC | |
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| Parallel Operation of Generators | |
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| Network Power Flows | |
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| Oversimplified Power Flow (dc Power Flow) | |
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| Area Lumped Dynamic Model | |
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| Problems | |
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| References | |
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| Elements of Transmission Networks | |
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| Phasor Notation | |
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| Symmetrical Component Transformation | |
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| Floating Voltage Base Per-Unit Systems | |
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| Overhead Transmission Line Representation | |
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| Inductance of Long Parallel Conductors | |
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| Balanced Three-Phase Lines | |
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| Unbalanced Lines | |
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| Capacitance of Transmission Lines | |
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| General Method to Determine Aerial Transmission Line Parameters | |
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| Transformer Representation | |
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| Wye-Delta and Phase-Shift Transformers | |
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| Multiple-Winding Transformers | |
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| Synchronous Machine Representation | |
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| Steady-State Synchronous Machine Equivalent | |
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| Short-Circuit Characteristics | |
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| Transient Time-Frame Synchronous Machine Equivalent | |
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| Subtransient Time-Frame Synchronous Machine Equivalent | |
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| Problems | |
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| References | |
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| Bus Reference Frame | |
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| Linear Network Injections and Loads | |
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| Bus Impedance Matrix for Elements without Mutual Coupling | |
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| Adding a Tree Branch to Bus p | |
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| Adding a Tree Branch to the Reference | |
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| Adding a Cotree Link between Buses p and q | |
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| Adding a Cotree Link from Bus p to Reference | |
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| The Bus Admittance Matrix | |
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| Bus Impedance Matrix for Elements with Mutual Coupling | |
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| Inversion of the Y[subscript BUS] Matrix for Large Systems | |
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| Tinney's Optimally Ordered Triangular Factorization [3] | |
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| Tinney's Schemes for Near-Optimal Ordering | |
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| Several Iterative Methods for Linear Matrices | |
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| Gaussian Iteration | |
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| Gauss-Seidel Iteration | |
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| Problems | |
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| References | |
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| Network Fault and Contingency Calculations | |
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| Fault Calculations Using Z[subscript BUS] | |
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| Approximations Common to Short-Circuit Studies | |
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| Fault Calculations Using the Y[subscript BUS] Table of Factors | |
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| Contingency Analysis for Power Systems | |
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| Contingency Analysis for Power Systems | |
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| Contingencies Using Z[subscript BUS] in a Superposition Method | |
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| Z[subscript BUS] Line Contingency Method | |
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| Using the Y[subscript BUS] Table of Factors for Contingencies | |
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| Double Contingencies Using Y[subscript BUS] Table of Factors (Balanced Case) | |
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| Problems | |
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| References | |
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| Power Flow on Transmission Networks | |
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| Slack Bus | |
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| Z[subscript BUS] Formulation for Load-Flow Equations | |
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| Gauss or Gauss-Seidel Iteration Using Y[subscript BUS] | |
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| Newton-Raphson Iterative Scheme Using Y[subscript BUS] | |
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| Approximations to the Jacobian in the Newton-Raphson Method | |
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| Adjustment of Network Operating Conditions | |
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| Operational Power Flow Programs | |
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| Problems | |
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| References | |
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| Generator Base Power Setting | |
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| Economic Dispatch of Generation without Transmission Line Losses | |
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| Economic Dispatch of Generation with Line Losses | |
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| On-Line Execution of the Economic Dispatch | |
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| Day-Ahead Economic Dispatch with a Variable Number of Units On-Line | |
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| Power Transmission Line Losses for Economic Dispatch | |
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| Utilizing the Load-Flow Jacobian for Economic Dispatch | |
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| Economic Exchange of Power between Areas | |
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| Economy A Program | |
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| Problems | |
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| References | |
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| State Estimation from Real-Time Measurements | |
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| The Line Power Flow State Estimator | |
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| State Estimation and Noisy Measurements | |
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| Monitoring the Power System | |
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| Determination of Variance [Sigma superscript 2] to Normalize Measurements | |
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| Problems | |
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| References | |
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| Conductor Resistance and Rating | |
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| Index | |