TK623 : Optimization of charging an electric vehicle system in an isolated network containing distributed generation Resources
Thesis > Central Library of Shahrood University > Electrical Engineering > MSc > 2017
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Abstarct: Now days need of energy developing, decreasing of fossil fuel, environmental pollution that their source is fossil fuel, heating weather, greenhouse effect and so on has increased the speed of using renewable energies that among them photovoltaic(PV) energy and wind energy have developed more than others. In the renewable energy system like PV system and wind turbine system because of having any pollution and don’t need of fuel for producing energy , maximum power should be extracted because by this method the high cost of using them approximately will be paid. Different maximum power point tracking (MPPT) in the wind system and PV system extract maximum power from them.
Electric vehicle can be charged by small renewable source like wind turbines or PV in the time of stopping in the parking and their battery will be charged. In this system the major issue is maximum power point tracking from wind energy source or sun energy source in away that providing the most power from these source that could increase the charging of battery. In this these searching maximum power point in a producing power isolated system for charging of electric vehicle station has been done. In this producing power system is being supposed there are two source of renewable energy including wind turbine and PV for charging electric vehicle battery in the parking. By using MATLAB software different algorithm for solving optimization problem will be checked. At the end by using the result the best optimization algorithm that has a better and faster response for achieving the answer will be selected as suitable algorithm.
Keywords:
#Electric Vehicle #Distributed Generation #Battery Charging #Maximum Power Point Tracking
Keeping place: Central Library of Shahrood University
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Keeping place: Central Library of Shahrood University
Visitor: