CHARGING ELECTRIC VEHICLE THROUGH HYBRID SOLAR WIND RENEWABLE ENERGY SOURCES
DOI:
https://doi.org/10.48047/Keywords:
Buck-Boost converter, charging station, MPPT, Battery, solar wind energy, PV panel.Abstract
Solar and wind energy based charging mechanism for electric vehicle is described in this
paper.The wind generator and solar photovoltaic is contained in the charging station.It will greatly
reduce the co carbon-di-oxide emission and also fossil fuel requirement.They have been modeled
using single diode model and analytical modeling.For the proposed system simulation is done in
the MATLAB-simulink.The pv module and wind turbine is connected with DC-DC
converters.The bidirectional DC-DC converters connected to ten charging points that provides
charging to Electric vehicles through invertor.The proposed system is connected to the grid
inorder to balance the load demand.This provides pollution free environment.
Solar and wind energy charging mechanism with efficient MPPT DC-DC converter is
presented.The load demand,power flow from different sources, the battery is charged by injecting
surplus power from the grid when pv panel has insufficient power,with the help of relay connected
to microcontroller it is achieved.From wind generator transformer coupled bridge convertor is
used to generate power where as from solar Buck-Boost convertor is used to generate power.The
battery connected to the relay,when energy is generated from solar,the relay acts as open circuit if
not it act as closed circuit.This method provides pollution free environment.
