Improvisation of Electric Vehicle Charging using PV Module and Efficient Wind Turbine

The effect of global warming is increasing day by day because of the usage of non-renewable fossil fuel and Internal Combustion engines. To decrease the effect the concept of using electric vehicles has been gaining popularity in recent years but it will raise the power demand in the grid. To reduce the power demand usage, renewable energy sources come into the picture. In this proposed design, solar panels and wind turbines are on the top of the vehicle, which allows them to collect energy while the vehicle is in motion. The energy collected is then stored in batteries and power the vehicle's motor. The solar panels and wind turbines work together to maximize energy production. When the vehicle is moving, the wind turbines generate electricity, and when the vehicle is stationary, the solar panels generate electricity. The design also incorporates a wing-like structure that helps to reduce drag and increase the efficiency of the vehicle. The wing structure is made of lightweight materials such as carbon fiber and is designed to be adjustable to optimize the vehicle's aerodynamics. This concept has the possible to suggestively decrease the carbon footprint of transportation in addition provide a sustainable and efficient means of transportation.