Book
Interconnecting Issues of PV/Wind Hybrid System with Electric Utility
(2011)
Abstract
Design of photovoltaic Wind Energy System Hybrid Electric Power System (PV/WES HEPS) has many issues if we take all economical and technical parameters into account. The Book presents a complete design and simulation of a PV/WES HEPS to be interconnected with utility grid, UG. The proposed design of PV/WES HEPS is based on energy balance, minimum price of gener¬ated kilo watt hour (kWh), maximum power point tracking for PV and WES by using an artificial intelligence technique. This Book presents also a possible circuit topology and controller design for a grid- connected DC-AC power converter. In this Book we present a study, describe a control strategy for interconnection of hybrid system with electric utility accompanied with or without battery storage using artificial intelligence techniques and also a fuzzy logic technique to calculate and assess the reliability index for each HEPS configuration under study.
Keywords
- Renewable energy,
- Wind,
- Photovolatic,
- Design,
- Artificial Intelligence
Disciplines
Publication Date
Winter March, 2011
Editor
Adel A. Elbaset and H. H. El-Tamaly
Publisher
LAP Lambert Academic Publishing
ISBN
SBN 978-3-8443-0868-6
Citation Information
Adel A. Elbaset and H. H. El-Tamaly, "Interconnecting Issues of PV/Wind Hybrid System with Electric Utility",LAP Lambert Academic Publishing, ISBN 978-3-8443-0868-6, paperback, 264 Pages, 2011.
Design of photovoltaic Wind Energy System Hybrid Electric Power System (PV/WES HEPS) has many issues if we take all economical and technical parameters into account. The Book presents a complete design and simulation of a PV/WES HEPS to be interconnected with utility grid, UG. The proposed design of PV/WES HEPS is based on energy balance, minimum price of gener¬ated kilo watt hour (kWh), maximum power point tracking for PV and WES by using an artificial intelligence technique. This Book presents also a possible circuit topology and controller design for a grid- connected DC-AC power converter. In this Book we present a study, describe a control strategy for interconnection of hybrid system with electric utility accompanied with or without battery storage using artificial intelligence techniques and also a fuzzy logic technique to calculate and assess the reliability index for each HEPS configuration under study.
http://www.amazon.com/Interconnecting-Issues-Hybrid-Electric-Utility/dp/3844308687