Published Paper Details:

This paper describes the sun and wind energy based in reality charging mechanism (SWCM) to generate the electricity for charging the battery packs of electrical motors (EVs). The renewable charging station consists of each the sun photovoltaic (PV) modules and a wind generator. The SWCM immensely reduce the requirement of fossil fuels to generate energy which leads to noticeably decreased CO2 and CO associated emissions. The renewable resources collectively with wind and solar has been modelled using single diode version and an analytical modelling has been finished for wind energy technology. The simulation version has been evolved in MATLAB-Simulink for the proposed SWCM. The I-V and PV trends of the sun panel were studied beneath numerous irradiance levels and outstanding parameters of wind turbine has been studied below extremely good loading (1 kW and 3 kW) conditions. There are unidirectional direct modern-day-day (DC) to DC converters are related to the PV modules and the wind turbine and 6 bidirectional DC-DC converters are associated with 10 charging elements which offers charging to the electrical vehicle. To stability the burden call for, the proposed device is hooked up to the grid through a 3 section bidirectional DC-AC (alternating contemporary-day) inverter. The received effects display that the proposed renewable charging mechanism is appropriate for EV charging therefore developing pollution loose surroundings.