Twirling Tower Powers Itself and 10 Others
Jeremy Gutsche — May 15, 2007 — Eco
References: ecogeek.org
Our friends at ecogeek point us to the Windscraper, designed by David Fisher. The Windscraper is a self powered building where each floor spins independently in the sky. The result is that Windscraper can power itself along with 10 other similarly sized buildings. BONUS: The more dizzy you get, the more power you're generating.
I'm not sure if I'm sold by the spinning floor 'thing', but the idea of a self sustaining building is intriguing. For a more feasible design, check out the Bahrain World Trade Center, a building with Integrated Wind Turbines.
I'm not sure if I'm sold by the spinning floor 'thing', but the idea of a self sustaining building is intriguing. For a more feasible design, check out the Bahrain World Trade Center, a building with Integrated Wind Turbines.
Trend Themes
1. Self-powered Buildings - The design of self-powered buildings, like the Windscraper, opens up opportunities for sustainable and eco-friendly structures.
2. Vertical Wind Turbines - The use of vertical wind turbines, as seen in the Windscraper, offers a disruptive innovation in renewable energy generation for buildings.
3. Spin-off Technology - The development of spin-off technologies from the Windscraper, such as rotational power generation systems, presents new opportunities for energy-efficient solutions.
Industry Implications
1. Architecture - The field of architecture can explore the integration of self-powered technologies like the Windscraper into future building designs.
2. Renewable Energy - The renewable energy industry can leverage the concept of vertical wind turbines, as showcased by the Windscraper, to enhance sustainable energy generation for various applications.
3. Power Generation - The power generation sector can benefit from spin-off technologies derived from the Windscraper, enabling more efficient and innovative methods of electricity production.
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