Requested research

Literature review: Provide a global overview of all existing types of low-velocity wind generators, both under research and available on the market.

Device scaling: Develop a scaled-up version of the Wind Belt concept capable of powering a cooling fan at night, charging a phone or laptop, or running a small refrigerator.

Technical requirements: Ensure the solution is simple, inexpensive, low-maintenance, and highly efficient.

Collaboration: Maintain regular contact and provide frequent updates to Shawn Frayne, inventor of the Wind Belt.

Background: Wind Belt concept

Wind power converts kinetic energy from the wind into usable energy. Traditional approaches include wind turbines for electricity, windmills for mechanical power, and wind pumps for water. This assignment focuses on generating electricity at low cost and with simple technology.

Globally, many research initiatives explore small-scale wind turbines and devices designed for lower heights. These range from compact windmills that operate at ground-level wind speeds to balcony-mounted units for high-rise apartments. The appeal of these systems lies in their scale, affordability, and accessibility.

The Wind Belt, invented by Shawn Frayne, harnesses the aero-elastic flutter effect. A membrane stretched between magnets oscillates between coils — even at minimal wind speeds. Early prototypes reportedly achieved efficiencies 10–30 times greater than small turbines, at a fraction of the cost.

Further action

This assignment is part of the broader aim to integrate nature-based solutions into daily life, which also includes the development of DIY solar applications and integration of nature-based solutions.

Interested?
If you’d like to work on this assignment, such as for your final-year thesis, send us an email to receive more information or to schedule a meeting.