The Vibro-Wind Piezoelectric Pads now provide a more eco-friendly form of electricity. Critics held that wind turbines took up too much space, were too noisy and presented harm to winged animals such as birds, bats and bees. Therefore, engineers from Cornell University invented Vibro-Wind oscillators as electricity generators that present virtually no harm to the environment.
The oscillators can be put atop any structure, and contain 25 foam pads that form a square and vibrate as wind or even a simple breeze passes through them. The vibration is then converted into electricity. The simplistic design of the Vibro-Wind Piezoelectric Pads allow it to be built for significantly less than the larger turbine counterparts. The design is simple, yet effective.
Vibrating Energy Structures
The Vibro-Wind Piezoelectric Pads are Eco-Friendly
Trend Themes
1. Eco-friendly Electricity Generation - The Vibro-Wind Piezoelectric Pads provide an environmentally-friendly alternative to traditional wind turbines.
2. Compact and Noiseless Energy Generation - Vibro-Wind oscillators offer a solution to the concerns of space occupation and noise pollution associated with wind turbines.
3. Innovative Energy Harvesting Technology - The conversion of wind vibration into electricity through Vibro-Wind Piezoelectric Pads showcases a disruptive innovation opportunity in renewable energy.
Industry Implications
1. Renewable Energy - The Vibro-Wind Piezoelectric Pads can be applied in the renewable energy industry as a sustainable and efficient electricity generation method.
2. Construction - The ability to integrate Vibro-Wind oscillators into existing structures offers opportunities for the construction industry to incorporate renewable energy solutions in building design.
3. Environmental Conservation - The Vibro-Wind Piezoelectric Pads provide an innovative solution for minimizing harm to wildlife, creating potential applications in the environmental conservation industry.