Embedded Files
Prototype 3D Model Design of Electric Car
Prototype Model of Electric Car Implemented
Introduction
Welcome to our award-winning capstone project from the Faculty of Engineering at American International University–Bangladesh (AIUB). Titled "Design and Implementation of an Autonomous Electric Car," our project aims to revolutionize sustainable transportation by integrating advanced autonomous technology with renewable energy sources.
As a team of four passionate engineers, we have designed and built an innovative electric vehicle that harnesses solar and wind power, along with a regenerative braking system, to enhance energy efficiency and minimize reliance on external charging infrastructure. This eco-friendly approach not only reduces carbon emissions but also paves the way for a smarter, greener future in electric mobility.
Recognized with the prestigious Dean’s Award, our project stands as a testament to innovation and sustainability in modern engineering. Through cutting-edge technology and intelligent automation, we are redefining the future of autonomous electric vehicles.
Key Highlights
Dean’s Award-Winning Project
Built-in Renewable Energy Charging
Smart Power Management System
Regenerative Braking System
Project Overview
The world is shifting toward sustainable energy solutions, and electric vehicles (EVs) are leading this transition. Our project focuses on designing an Autonomous Electric Car that integrates multiple renewable energy sources (solar, wind, and regenerative braking) to optimize power usage and reduce carbon footprints.
Project Objectives
Primary Goals:
Develop an affordable, eco-friendly electric vehicle.
Utilize renewable energy sources for self-charging capabilities.
Reduce dependence on external power grids.
Secondary Goals:
Implement an aerodynamic vehicle design for efficiency.
Integrate an autopilot feature for autonomous driving.
Develop a foldable solar panel system for enhanced energy capture.
Google Sites
Report abuse