ONWUKA GODBLESS UGOCHUKWU

DESIGN AND FABRICATION OF A SOLAR-POWERED TRICYCLE UTILIZING AN AC MOTOR FOR SUSTAINABLE URBAN MOBILITY

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Abstract
This project focuses on creating an eco-friendly and energy-efficient transportation option for urban areas. The main objective is to develop a solar-powered tricycle that leverages renewable energy to lower the carbon emissions typically associated with traditional urban transport. The tricycle is equipped with a high-efficiency AC motor powered by energy collected from a solar panel system on the vehicle. The design prioritizes optimal energy use, enhanced efficiency, and the capability to meet urban commuting demands. Key elements of the project include a solar panel array, a power distribution controller for effective energy management, and a durable battery storage system for energy reserves. The AC motor is chosen for its reliability and effective performance at low speeds, providing a smooth and stable ride. Furthermore, the tricycle features a lightweight and user-friendly design to improve comfort and maneuverability in busy urban environments. This initiative presents a novel solution for sustainable urban mobility, serving as a clean alternative to conventional vehicles. It seeks to help mitigate air pollution, reduce reliance on fossil fuels, and encourage the integration of solar energy in transportation. The final tricycle will exemplify the feasibility of solar-powered mobility options in contemporary cities, marking a significant advancement toward green and sustainable urban transportation
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