The Aero-Flip Blade Wind Turbine Reduces Sound and Cost
Amelia Roblin — July 14, 2012 — Eco
References: behance.net
Many of the controversies surrounding the introduction of wind turbines into residential areas just might be solved in this Aero-Flip Blade concept. With a couple of the major complaints being noise level and cost, Bruce Lin has worked to improve upon existing models.
After quite a bit of experimentation with different arrangements of fins, the designer settled on a simplified setup that lacked the fuss of too many blades. The benefits to the resultant prototype included a reduction in the amount of material used, a decrease in the number of moving parts and and altogether more efficient system of generating electricity. Six long vanes form an eggbeater type of vertical axis wind turbine. The real innovation behind the Aero-Flip Blade is its hinged fins that catch gusts from no matter which angle they approach.
After quite a bit of experimentation with different arrangements of fins, the designer settled on a simplified setup that lacked the fuss of too many blades. The benefits to the resultant prototype included a reduction in the amount of material used, a decrease in the number of moving parts and and altogether more efficient system of generating electricity. Six long vanes form an eggbeater type of vertical axis wind turbine. The real innovation behind the Aero-Flip Blade is its hinged fins that catch gusts from no matter which angle they approach.
Trend Themes
1. Simplified Wind Turbine Design - The Aero-Flip Blade concept simplifies wind turbine design by reducing the number of blades, resulting in improved efficiency and cost-effectiveness.
2. Decreased Noise Level - The Aero-Flip Blade wind turbine addresses the controversy surrounding noise levels by reducing the sound generated during operation, making it more community-friendly.
3. More Efficient Electricity Generation - The hinged fins of the Aero-Flip Blade wind turbine allow it to catch gusts from any angle, resulting in increased efficiency in generating electricity.
Industry Implications
1. Renewable Energy - The Aero-Flip Blade wind turbine disrupts the renewable energy industry by offering a simplified and more efficient design, potentially leading to wider adoption of wind power.
2. Green Technology - The Aero-Flip Blade wind turbine presents an opportunity for disruptive innovation in the green technology industry by addressing noise concerns and improving overall efficiency.
3. Residential Construction - The community-friendly aspect of the Aero-Flip Blade wind turbine creates disruptive innovation opportunities for the residential construction industry, allowing for the integration of wind energy solutions in housing communities.
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