Tab Article

Preface

Part 1. : Restoration Overview
Chapter 1.01. : Power System Restoration—A Task Force Report
Chapter 1.02. : Power System Restoration—The Second Task Force Report
Chapter 1.03. : Analytical Tools for Power System Restoration—Conceptual Design
Chapter 1.04. : System Operations Challenges
Chapter 1.05. : Power System Restoration Issues
Chapter 1.06. : Special Considerations in Power System Restoration
Chapter 1.07. : New Approaches in Power System Restoration
Chapter 1.08. : A Hierarchical Interactive Approach to Electric Power System Restoration
Chapter 1.09. : Special Consideration in Power System Restoration—The Second Working Group Report
Chapter 1.10. : Steam Plant Startup and Control in System Restoration
Chapter 1.11. : An AGC Implementation for System Islanding and Restoration Conditions
Chapter 1.12. : Analytical Tool Requirements for Power System Restoration
Chapter 1.13. : A Framework for Power System Restoration Following a Major Power Failure

Part 2 : Restoration Techniques
Chapter 2.01. : Cold Load Pickup
Chapter 2.02. : Physically Based Modeling of Cold Load Pickup
Chapter 2.03. : Blackstart Utilization of Remote Combustion Turbines, Analytical Analysis, and Field Test
Chapter 2.04. : Overvoltage Control During Restoration
Chapter 2.05. : Reactive Capability Limitation of Synchronous Machines
Chapter 2.06. : An Approach to Standing Phase Angle Reduction
Chapter 2.07. : Nuclear Plant Requirements During Power System Restoration
Chapter 2.08. : Protective System Issues During Restoration
Chapter 2.09. : Remote Cranking of Stream Electric Stations
Chapter 2.10. : Optimizing Generator Reactive Power Resources
Chapter 2.11. : Asymmetry Issues in Power System Restoration
Chapter 2.12. : Frequency Response of Prime Movers During Restoration
Chapter 2.13. : Energizing High and Extra-High Voltage Lines During Restoration

Part 3 : Restoration Planning
Chapter 3.01. : System Restoration Plan Development for a Metropolitan Electric System
Chapter 3.02. : Role of Interactive and Control Computers in the Development of a System Restoration Plan
Chapter 3.03. : System Restoration—Deploying the Plan
Chapter 3.04. : Power System Restoration Planning
Chapter 3.05. : A Systematic Method for Power System Restoration Planning
Chapter 3.06. : From Generic Restoration Actions to Specific Restoration Strategies
Chapter 3.07. : Estimating Restoration Duration

Part 4 : Restoration Training
Chapter 4.01. : Development of a Large-Scale Dispatcher Training Simulator and Training Results
Chapter 4.02. : Dispatcher Training Simulators—Lessons Learned
Chapter 4.03. : The Uses of an Operator Training Simulator for System Restoration
Chapter 4.04. : An Advanced Transportable Operator Training Simulator
Chapter 4.05. : Restoration Simulator Prepares Operators for Major Blackouts
Chapter 4.06. : Bulk Power System Restoration Training Techniques
Chapter 4.07. : Experiences Using the Dispatcher Training Simulator as a Training Tool
Chapter 4.08. : Verification of an Advanced Power System Restoration Support System Using an Operator Training Simulator
Chapter 4.09. : Evaluating a Restoration Tool Using Consolidated Edison's Training Simulator
Chapter 4.10. : System Restoration Guidelines : How to Set-up, Conduct, and Evaluate a Drill
Chapter 4.11. : Power System Restoration Training Questionnaire Results

Part 5 : Specific System Restoration
Chapter 5.01. : Low Voltage Bulk Power System Restoration Simulation
Chapter 5.02. : Summary of System Restoration Plan for the Pacific Northwest Power System
Chapter 5.03. : Field Experiences in Reenergization of Electrical Networks from Thermal and Hydro Units
Chapter 5.04. : System Restoration at Philadelphia Electric Company
Chapter 5.05. : Service Restoration Following a Major Failure on the Hydro-Quebec Power System
Chapter 5.06. : Policies for Restoration of a Power System
Chapter 5.07. : Restoration in Sweden and Experience Gained from the Blackout of 1983
Chapter 5.08. : Simulation and Field Tests of the Black Start of a Large Coal-Fired Generating Station Utilizing Small Remote Hydro Generation
Chapter 5.09. : Power System Restoration Incorporating Interactive Graphics and Optimization
Chapter 5.10. : Simulations and Field Tests of a Reactor Coolant Pump Emergency Start-up by Means of Remote Gas Units
Chapter 5.11. : Major Incidents on the French Electric System : Potentially and Curative Measures Studies
Chapter 5.12. : Black-start and Restoration of a Part of the Italian HV Network : Modeling and Simulation of a Field Test
Chapter 5.13. : Interactive Long-Term Simulation for Power System Restoration Planning
Chapter 5.14. : Analysis of the Power Blackout of June 8, 1995 in the Israel Electric Corporation

Part 6 : Knowledge-Based Systems
Chapter 6.01. : Development of a Knowledge-Based System for Power System Restoration
Chapter 6.02. : Development of a Guidance Method for Power System Restoration
Chapter 6.03. : The Development of Power System Restoration Methods for a Bulk Power System by Applying Knowledge Engineering Techniques
Chapter 6.04. : Implementation of a Real-Time Expert System for a Restoration Guide in a Dispatching Center
Chapter 6.05. : Guiding a Power System Restoration with an Expert System
Chapter 6.06. : Knowledge-Based Systems as Operational Aids in Power System Restoration
Chapter 6.07. : Operational Experience and Maintenance of a On-Line Expert System for Customer Restoration and Fault Testing
Chapter 6.08. : A Knowledge-Based Method for Making Restoration Plan of Bulk Power System
Chapter 6.09. : Generation Capability Dispatch for Bulk Power System Restoration : A Knowledge-Based Approach
Chapter 6.10. : Expert System Requirements for Power System Restoration
Chapter 6.11. : Tie Line Utilization During Power System Restoration
Chapter 6.12. : Power System Restoration by Joint Usage of Expert System and Mathematical Programming Approach
Chapter 6.13. : A Petri Net Algorithm for Scheduling of Generic Restoration Actions
Chapter 6.14. : Hierarchical Time-Extended Petri Nets as Generic Tool for Power System Restoration
Chapter 6.15. : Decision Aid Function for Restoration of Transmission Power Systems : Conceptual Design and Real Time Considerations

Part 7 : Distribution System Restoration
Chapter 7.01. : Adaptation of the Simplex Algorithm to Modeling of Cold Load Pickup of a Large Secondary Network Distribution System
Chapter 7.02. : Statistical Synthesis of Physically Based Load Models with Applications to Cold Load Pickup
Chapter 7.03. : Effects of Cold Load Pickup at the Distribution Substation Transformer (R. Wilde).
Chapter 7.04. : An Expert System Operational Aid for Restoration and Loss Reduction of Distribution Systems
Chapter 7.05. : A New Algorithm for Service Restoration in Distribution Systems
Chapter 7.06. : Heuristic Search Approach to Distribution System Restoration
Chapter 7.07. : Distribution Transformer Overloading Capability under Cold-Load Pickup Conditions
Chapter 7.08. : MARS : An Aid for Network Restoration After a Local Disturbance
Chapter 7.09. : An Analytical Approach for Step-by-Step Restoration of Distribution Systems Following Extended Outages
Chapter 7.10. : Knowledge-Based Behavior Interface : Its Application to Power Restoration Support System
Chapter 7.11. : An Object-Oriented Approach for Implementing Power System Restoration Package
Chapter 7.12. : Distribution System Design Optimization for Cold Load Pickup
Chapter 7.13. : Distribution Feeder Reconfiguration for Service Restoration and Load Balancing
Chapter 7.14. : Application of Expert System to Power System Restoration in Sub-control Center

Author Index
Subject Index
About the Editor
About the Authors