Helical Wind Turbine

The Helical Wind Turbine is a practical vertical axis wind energy project designed to demonstrate how wind power can be converted into mechanical and electrical energy. Unlike traditional horizontal wind turbines, this helical design rotates smoothly regardless of wind direction, making it highly efficient in low and variable wind conditions.

This project uses a twisted blade (helical) structure mounted on a vertical shaft, which helps reduce vibration, noise, and startup resistance. As wind flows over the curved blades, continuous rotational motion is produced, clearly illustrating principles of renewable energy, aerodynamics, and torque balance.

The turbine is mounted on a strong metal support frame, ensuring stability during operation and making it suitable for repeated demonstrations in classrooms, labs, and exhibitions. This model is ideal for explaining vertical axis wind turbine (VAWT) technology, which is widely studied for urban and small-scale wind power generation.

NOTE : The picture is only meant to show what it looks like. The final product's size may be slightly different. The color of the input materials may also change depending on what is available, but the variation does not affect how the product works. The final product won't look as appealing as the picture since it's just for the student project.