Wind Powered Charging Station

Sustainable charging solution using wind power and recyclable materials

Project Details

Role: Designer & Engineer
Duration: 6 months
Type: Personal Project
Focus: Sustainability

Key Responsibilities

Wind Turbine Design Charging Station Recyclable Materials Prototyping & Testing

Project Overview

The Challenge

Fuel prices have always been on a rise, making sustainable transportation critical. However, alternative sustainable modes require reliable electricity infrastructure which is limited and insufficient. The challenge is providing affordable, eco-friendly charging solutions that don't further strain Ghana's limited electricity supply.

Solution - Wind Powered Charging Station
Problem - Limited Electricity Infrastructure

The Solution

Build a wind-powered charging station constructed from scrap metals and recyclable materials. This solution provides sustainable charging infrastructure that reduces dependency on the grid, gives purpose to e-waste, and offers a cost-effective alternative to traditional electricity-dependent charging systems.

Project Gallery

Explore the design and implementation process

CAD Model of Wind Powered Charging Station

CAD Model Design

3D CAD model showing the complete design structure

Machining Process of Charging Station

Machining (prototyping)

Manufacturing process of components

Machining Process

Assembly and Testing

Fabrication using recyclable materials

Wind Turbine Testing

Full Design

Wind turbine and electrical system testing

Impact & Results

This project demonstrates how sustainable engineering can address multiple challenges simultaneously

100%
Renewable Energy
Zero
Grid Dependency
Upcycled
Materials Used

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