Abstract:
Electric bikes have experienced significant growth
due to several factors, including price reductions
and increased climate and environmental
awareness. This trend presents a promising
solution for replacing fossil fuels, with batteries
emerging as a new power source. However,
limitations such as limited mileage, extended
charging times, and the scarcity of charging
stations persist. Renewable solar energy also
significantly reduces the carbon footprint of urban
transportation. The research objective is to
enhance the driving range of electric vehicles
using solar power. This project aims to design a
market-ready solar-powered electric bike using
flexible solar panels and a foldable, adjustable
solar panel mount for on-the-go charging. This
design enables the bike to charge for free when
parked in the sun, reducing dependence on
traditional charging stations, waiting time
reduction and lowering operational costs.
Calculations, analyses, and various tests are
conducted based on technical specifications,
energy consumption requirements, and vehicle
movement using the proposed method.
