Lancaster University Students' Design is City-Friendly
References: lancaster.ac.uk & dezeen
Nicolas Orellana and Yaseen Noora — students of Lancaster University in England, have come up with a compact wind turbine, whose eco-friendly design has the potential to "take urban energy-harvesting to another level." The innovation is specifically catered to the dynamic metropolitan environment both with regard to material construction and form.
Dubbed the O-Wind Turbine, the silhouette is specifically made to be dynamic, adaptable and durable. Nicolas Orellana and Yaseen Noorani envision their creation to be hung from balconies or the sides of buildings. The compact wind turbine is made to be omnidirectional through sliced vents onto its surface. When in contact with wind, the piece "spins the sphere on a single axis like a globe" which, in turn, generates energy.
The O-Wind Turbine is a design that will surely add to sustainable practices and one, which will allow for citizens to be more cost-effective in their own homes.
Dubbed the O-Wind Turbine, the silhouette is specifically made to be dynamic, adaptable and durable. Nicolas Orellana and Yaseen Noorani envision their creation to be hung from balconies or the sides of buildings. The compact wind turbine is made to be omnidirectional through sliced vents onto its surface. When in contact with wind, the piece "spins the sphere on a single axis like a globe" which, in turn, generates energy.
The O-Wind Turbine is a design that will surely add to sustainable practices and one, which will allow for citizens to be more cost-effective in their own homes.
Trend Themes
1. Compact Wind Turbines - There is a growing trend for smaller and more adaptable wind turbines designed for urban environments, which presents opportunities for companies to develop eco-friendly and cost-effective solutions.
2. Omnidirectional Turbines - The ability to capture wind energy from all directions presents opportunities for innovative companies to create compact turbines with greater efficiency and adaptability.
3. Urban Energy-harvesting Solutions - As more people move to cities and demand sustainable energy solutions, there is a growing need for businesses to develop innovative and cost-effective methods of harvesting energy within urban environments.
Industry Implications
1. Renewable Energy - The development of compact and cost-effective wind turbines presents an opportunity for companies in the renewable energy industry to expand their offerings and capitalize on the growing demand for sustainable energy solutions.
2. Architecture - Architects and designers can collaborate with wind turbine manufacturers to incorporate innovative and adaptable turbines into building structures, creating eco-friendly and cost-effective solutions for urban environments.
3. Home Building Materials - As more homeowners seek to reduce their energy costs and carbon footprint, there is an opportunity for companies in the home building materials industry to develop materials that can accommodate wind turbines and other sustainable energy solutions.
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