Contents
Part 1 Power Generation and Distribution Systems
Chapter 1 Integration of Hybrid Distributed Generation Units in Power Grid
Chapter 2 Optimal Location and Control of Multi Hybrid Model Based Wind-Shunt FACTS to Enhance Power Quality
Chapter 3 Modeling of Photovoltaic Grid Connected Inverters Based on Nonlinear System Identification for Power Quality Analysis
Chapter 4 Reliability Centered Maintenance Optimization of Electric Distribution Systems
Chapter 5 Power Quality Improvement by Using Synchronous Virtual Grid Flux Oriented Control of Grid Side Converter
Part 2 Disturbances and Voltage Sag
Chapter 6 Power Quality and Voltage Sag Indices in Electrical Power Systems
Chapter 7 Electrical Disturbances from High Speed Railway Environment to Existing Services
Part 3 Software Tools
Chapter 8 Design of a Virtual Lab to Evaluate and Mitigate Power Quality Problems Introduced by Microgeneration
Chapter 9 Understanding Power Quality Based FACTS Using Interactive Educational GUI Matlab Package
Chapter 10 A Power Quality Monitoring System Via the Ethernet Network Based on the Embedded System
Part 4 Industrial Applications
Chapter 11 Some Basic Issues and Applications of Switch-Mode Rectifiers on Motor Drives and Electric Vehicle Chargers
Chapter 12 Battery Charger with Power Quality Improvement
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