Distributed Energy Systems: Design, Modeling, and Control [Paperback]

This book provides the insight of various topology and control algorithms used for power control in distributed renewable energy power conversion systems. It covers control algorithms of power filtering including modeling and simulations, and hybrid power generation system including adaptive/model predictive/fuzzy/AI based controllers.1 Introduction; 2 Design and Performance Analysis of Grid Connected Hybrid-Distributed Generation Using DIgSILENT PowerFactory; 3 Active, Passive and Hybrid Filters in DG Systems for Power Quality Improvement; 4 A Performance Review of Control Algorithms for VSC to Improve the Power Quality Features in Single-Phase Wind-Based Distributed Generation; 5 Variable Speed Wind and Hydro Power-Based Distributed Generation for Remote Electrification; 6 Modelling of Energy Sources and Loads for Distributed Power Generation; 7 Hardware Development of Three-to-Three Phase Indirect Matrix Converters; 8 Grid-Interactive Solar Energy Conversion Systems; 9 Multifunction Grid-Interactive Solar Photovoltaic Water Pumping System for Water Pumping and Distributed Generation Application; 10 Fixed-Speed Wind and Solar Power System with Multifunctional Voltage Source Converter; 11 DROGI-FLL-Based Control Algorithm for Coordinated Operation of 3P4W Wind/Solar Hybrid System; 12 Intelligent Proportional Integral-Sliding Mode Control for Standalone Variable-Speed Wind Energy Conversion Systems; 13 Lithium-Ion Batteries: Characteristics, Modelling and Application; 14 A Complete Battery Management System of Li-Ion Batteries in Electric Vehicle Applications; 15 Comprehensive Analysis of Ultracapacitors; 16 Energy Scheduling and Flexibility Quantification ilÃÈ