Smart Solar Vehicle
Abstract
Problem Statement
The Smart Solar Vehicle project aims to create an eco-friendly transportation solution that harnesses solar energy to power electric vehicles. In response to the growing concerns about climate change and the dependency on fossil fuels, this project was initiated to demonstrate the viability and efficiency of renewable energy in everyday mobility. By integrating advanced solar panels, energy-efficient components, and smart technology, the vehicle optimizes energy consumption and enhances user experience. The project began with extensive research into solar energy systems, electric vehicle technologies, and sustainable practices. Design and prototyping phases included developing a lightweight, aerodynamic vehicle structure and implementing a user-friendly interface that monitors energy performance in real time. The successful culmination of the project resulted in a fully operational prototype that not only showcases the technological advancements in renewable energy but also highlights potential applications in urban transportation. Key achievements include a significant reduction in carbon emissions, extended driving range on solar power, and increased public awareness of sustainable transport solutions. This project not only represents a step toward sustainable mobility but also paves the way for future innovations in green technology, contributing to a cleaner environment for future generations.
Current modes of transportation within institutional settings such as university campuses are often inefficient and environmentally unsustainable. Conventional vehicles, even electric ones powered from the grid, may not address the specific mobility needs of such localized environments. Furthermore, integrating renewable energy with autonomous systems in transportation remains a technological and financial challenge. There is a need for a prototype vehicle that can demonstrate the integration of solar power with intelligent autonomous systems. Such a vehicle must be able to perform essential functions such as obstacle detection, path navigation, and real-time monitoring, all while operating independently from non-renewable energy sources. The Smart Solar Vehicle project aims to fill this gap by developing a low-cost, solar-powered autonomous vehicle prototype. The project will demonstrate how embedded systems, machine vision, and renewable energy can be combined to create a practical solution for campus transportation.
Component Diagram
Connection Diagram
Demo Video
Flow Diagram
Demo Video
Component Diagram
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Demo Video
Connection Diagram
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Demo Video
Watch the demo video below for a guided walkthrough of the project's key features and functionality. It offers a clear look at the system's interface, workflow, and how it performs in real-world scenarios.
Demo Video
Architecture Diagram
Explore the project’s source code on GitHub to dive deeper into its structure, logic, and implementation. The repository includes all files, documentation, and version history for those interested in the development process.
View the project poster for a visual summary of the concept, and methodology. It highlights the key components, architectural diagrams, and project outcomes in a concise, easy-to-understand format designed for quick review.
Project Poster
View the project poster for a visual summary of the concept, and methodology. It highlights the key components, architectural diagrams, and project outcomes in a concise, easy-to-understand format designed for quick review.
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GitHub Link
Explore the GitHub repository for a complete view of the code, architecture, and implementation process. It provides version history, modular structure, and technical insight in a clear and accessible format.