Student Designed Physics Project Details
Project Information
- Helix Wind Turbine
- Project date : Spring 2023
- Progress Bar : Project Completed
100%
Project Overview
This student-designed project explored the design and optimization of small-scale wind turbines with a focus on voltage output. Using 3D-printed helix and traditional propeller blades, the project tested multiple design iterations, including pulley-driven systems, to evaluate durability, manufacturability, and electrical performance.
The goal was to design and test a functional turbine capable of producing usable voltage, while comparing different blade geometries and fabrication methods for cost, size, durability, and efficiency.
Key Features
3D-Printed Propeller Designs
Produced vertical-axis helix blades and traditional small/large propellers for testing.
Voltage Output Testing
Conducted trials to measure voltage across multiple blade designs, recording averages and performance trends.
Durability & Manufacturing Analysis
Compared fragility, weight, and print quality to assess feasibility for long-term use.
Design Iterations & Lessons Learned
Experimented with pulley systems and higher-output generators, identifying trade-offs between complexity, torque, and efficiency.