The Electric Power Engineering Handbook

Volume 01
	Front Cover
	Contents
	Preface
	Editor
	Contributors
	Chapter 1 - The Per-Unit System
	Chapter 2 - Symmetrical Components for Power System Analysis
	Chapter 3 - Power Flow Analysis
	Chapter 4 - Fault Analysis in Power Systems
	Chapter 5 - Computational Methods for Electric Power Systems
	Chapter 6 - Characteristics of Lightning Strokes
	Chapter 7 - Overvoltages Caused by Direct Lightning Strokes
	Chapter 8 - Overvoltages Caused by Indirect Lightning Strokes
	Chapter 9 - Switching Surges
	Chapter 10 - Very Fast Transients
	Chapter 11 - Transmission System Transients: Grounding
	Chapter 12 - Transient Recovery Voltage
	Chapter 13 - Surge Arresters
	Chapter 14 - Insulation Coordination
	Chapter 15 - Planning Environments
	Chapter 16 - Short-Term Load and Price Forecasting with Artificial Neural Networks*
	Chapter 17 - Transmission Plan Evaluation: Assessment of System Reliability
	Chapter 18 - Power System Planning
	Chapter 19 - Power System Reliability
	Chapter 20 - Probabilistic Methods for Planning and Operational Analysis
	Chapter 21 - Engineering Principles of Electricity Pricing
	Chapter 22 - Business Essentials
	Chapter 23 - Power Semiconductor Devices
	Chapter 24 - Uncontrolled and Controlled Rectifiers
	Chapter 25 - Inverters
	Chapter 26 - Active Filters for Power Conditioning
	Chapter 27 - FACTS Controllers
	Chapter 28 - Power Electronics for Renewable Energy
	Back Cover
Volume 02
	Front Cover
	Contents
	Preface
	Editor
	Contributors
	Chapter 1 - Theory and Principles
	Chapter 2 - Power Transformers
	Chapter 3 - Distribution Transformers
	Chapter 4 - Phase-Shifting Transformers
	Chapter 5 - Rectifier Transformers
	Chapter 6 - Dry-Type Transformers
	Chapter 7 - Instrument Transformers
	Chapter 8 - Step-Voltage Regulators
	Chapter 9 - Constant-Voltage Transformers
	Chapter 10 - Transformers for Wind Turbine Generators and Photovoltaic Applications
	Chapter 11 - Reactors
	Chapter 12 - Insulating Media
	Chapter 13 - Electrical Bushings
	Chapter 14 - Tap Changers and Smart Intelligent Controls
	Chapter 15 - Loading and Thermal Performance
	Chapter 16 - Transformer Connections
	Chapter 17 - Transformer Testing
	Chapter 18 - Load-Tap-Change Control and Transformer Paralleling
	Chapter 19 - Power Transformer Protection
	Chapter 20 - Causes and Effects of Transformer Sound Levels
	Chapter 21 - Transient-Voltage Response of Coils and Windings
	Chapter 22 - Transformer Installation and Maintenance
	Chapter 23 - Problem and Failure Investigation
	Chapter 24 - On-Line Monitoring of Liquid-Immersed Transformers
	Chapter 25 - U.S. Power Transformer Equipment Standards and Processes
	Back Cover
Volume 03
	Front Cover
	Contents
	Preface
	Editor
	Contributors
	Chapter 1 - Wind Power
	Chapter 2 - Photovoltaic Fundamentals
	Chapter 3 - Advanced Energy Technologies
	Chapter 4 - Water
	Chapter 5 - Hydroelectric Power Generation
	Chapter 6 - Synchronous Machinery
	Chapter 7 - Thermal Generating Plants
	Chapter 8 - Distributed Utilities
	Chapter 9 - Concept of Energy Transmission and Distribution
	Chapter 10 - Transmission Line Structures
	Chapter 11 - Insulators and Accessories
	Chapter 12 - Transmission Line Construction and Maintenance
	Chapter 13 - Insulated Power Cables Used in Underground Applications
	Chapter 14 - Transmission Line Parameters
	Chapter 15 - Sag and Tension of Conductor
	Chapter 16 - Corona and Noise
	Chapter 17 - Geomagnetic Disturbances and Impacts upon Power System Operation
	Chapter 18 - Lightning Protection
	Chapter 19 - Reactive Power Compensation
	Chapter 20 - Environmental Impact of Transmission Lines
	Chapter 21 - Transmission Line Reliability Methods
	Chapter 22 - High-Voltage Direct Current Transmission System
	Chapter 23 - Transmission Line Structures
	Chapter 24 - Advanced Technology High-Temperature Conductors
	Chapter 25 - Power System Loads
	Chapter 26 - Distribution System Modeling and Analysis
	Chapter 27 - Power System Operation and Control
	Chapter 28 - Hard to Find Information (on Distribution System Characteristics and Protection)*
	Chapter 29 - Real-Time Control of Distributed Generation
	Chapter 30 - Distribution Short-Circuit Protection
	Chapter 31 - Metering of Electric Power and Energy
	Chapter 32 - Basic Electric Power Utilization: Loads, Load Characterization and Load Modeling
	Chapter 33 - Electric Power Utilization: Motors
	Chapter 34 - Linear Electric Motors
	Chapter 35 - Introduction
	Chapter 36 - Wiring and Grounding for Power Quality
	Chapter 37 - Harmonics in Power Systems
	Chapter 38 - Voltage Sags
	Chapter 39 - Voltage Fluctuations and Lamp Flicker in Power Systems
	Chapter 40 - Power Quality Monitoring
	Back Cover
Volume 04
	Front Cover
	Contents
	Preface
	Editor
	Contributors
	Chapter 1 - How a Substation Happens
	Chapter 2 - Gas-Insulated Substations
	Chapter 3 - Air-Insulated Substations: Bus/Switching Configurations
	Chapter 4 - High-Voltage Switching Equipment
	Chapter 5 - High-Voltage Power Electronic Substations
	Chapter 6 - Interface between Automation and the Substation
	Chapter 7 - Substation Integration and Automation
	Chapter 8 - Oil Containment*
	Chapter 9 - Community Considerations*
	Chapter 10 - Animal Deterrents/Security
	Chapter 11 - Substation Grounding
	Chapter 12 - Direct Lightning Stroke Shielding of Substations*
	Chapter 13 - Seismic Considerations
	Chapter 14 - Substation Fire Protection
	Chapter 15 - Substation Communications
	Chapter 16 - Physical Security of Substations
	Chapter 17 - Cyber Security of Substation Control and Diagnostic Systems
	Chapter 18 - Gas-Insulated Transmission Line
	Chapter 19 - Substation Asset Management
	Chapter 20 - Station Commissioning and Project Closeout
	Chapter 21 - Energy Storage
	Chapter 22 - Role of Substations in Smart Grids
	Back Cover
Volume 05
	Front Cover
	Contents
	Preface
	Editor
	Contributors
	Chapter 1 - Transformer Protection
	Chapter 2 - The Protection of Synchronous Generators
	Chapter 3 - Transmission Line Protection
	Chapter 4 - System Protection
	Chapter 5 - Digital Relaying
	Chapter 6 - Use of Oscillograph Records to Analyze System Performance
	Chapter 7 - Systems Aspects of Large Blackouts
	Chapter 8 - Power System Stability
	Chapter 9 - Transient Stability
	Chapter 10 - Small-Signal Stability and Power System Oscillations
	Chapter 11 - Voltage Stability
	Chapter 12 - Direct Stability Methods
	Chapter 13 - Power System Stability Controls
	Chapter 14 - Power System Dynamic Modeling
	Chapter 15 - Wide-Area Monitoring and Situational Awareness
	Chapter 16 - Assessment of Power System Stability and Dynamic Security Performance
	Chapter 17 - Power System Dynamic Interaction with Turbine Generators
	Chapter 18 - Wind Power Integration in Power Systems
	Chapter 19 - Flexible AC Transmission Systems (FACTS)
	Chapter 20 - Energy Management
	Chapter 21 - Generation Control: Economic Dispatch and Unit Commitment
	Chapter 22 - State Estimation
	Chapter 23 - Optimal Power Flow
	Chapter 24 - Security Analysis
	Back Cover