Abstract
Abstract: The basic idea behind a solar electric car is to utilise the power that is stored in a battery both during and after a solar panel charge. Due to the fact that they don't release any greenhouse gases or other pollutants while in operation, solar automobiles are made with environmental protection in mind. Solar-powered cars have the ability to rapidly minimize the demand on fossil fuels, which would slow their depletion and reduce the negative effects of climate change. In this project, we'll investigate how a charge controller can be used to control the flow of electricity produced by a solar panel array into a battery pack. The stored energy will subsequently be used to power a PMS motor, which will drive the car. The direction and speed of the car's movements will be under our control via a motor controller. Additionally, we'll talk about the procedure for assembling the car's mechanical components. Finally, we'll demonstrate how to attach the electrical system to the car's mechanical frame.
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