Hybrid Energy Production System with PV Array and Wind Turbine and Pitch Angle Optimal Control by Genetic Algorithm (GA)
Publish place: 26th International Power System Conference
Publish Year: 1390
Type: Conference paper
Language: English
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PSC26_064
Index date: 17 March 2012
Hybrid Energy Production System with PV Array and Wind Turbine and Pitch Angle Optimal Control by Genetic Algorithm (GA) abstract
In the 21st century because of expensive fossil fuels, usage of clean energy such as solar energy, wind energy, etc is going to more applications. In this paper a hybrid energy production system with PV array and wind turbine has been modeled. Wind and PV power plants are not sustainable like fuel energy production , thus this hybrid system must be connect to support the power generator. In this paper Maximum Power Point Tracker (MPPT) has been used for operating PV in maximum power. This article focuses on modeling a photo voltaic connected to fixed speed wind turbine established on Synchronous Generator (SG) and support with distribution system. In order to have an optimal control on pitch angle in high speed of wind, genetic algorithm has been used.
Hybrid Energy Production System with PV Array and Wind Turbine and Pitch Angle Optimal Control by Genetic Algorithm (GA) Keywords:
Wind Turbine , Photo Voltaic (PV) , Genetic Algorithm (GA) MPPT , 12Pulses Inverter , Optimal Control
Hybrid Energy Production System with PV Array and Wind Turbine and Pitch Angle Optimal Control by Genetic Algorithm (GA) authors
Hossein Hosseini
Engineering Department of Urmia
Morteza Farsadi
Engineering Department of Urmia
Mohsen Khalilpour
Engineering Department of Mohaghegh
Navid Razmjooy
Young Researchers club, Majlesi branch
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