Apartment-Friendly Greenerator Collects Solar and Wind Energy
Katie Cordrey — October 18, 2010 — Eco
References: coroflot
Jonathan Globerson's concept design of an apartment-friendly Greenerator that collects solar and wind energy from apartment balconies is an exciting idea for personal power generation. The clever design uses flexible photo-voltaic solar panels to harness the sun's energy and magnetic repulsion in place of bearings in the wind generator.
The apartment-friendly Greenerator provides micro-power generation that can help supply daily electrical needs. Globerson's invention is a practical way to encourage distributed power generation and to make positive environmental impact.
The apartment-friendly Greenerator provides micro-power generation that can help supply daily electrical needs. Globerson's invention is a practical way to encourage distributed power generation and to make positive environmental impact.
Trend Themes
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Micro-power Generation — The apartment-friendly Greenerator provides an innovative solution for micro-power generation, allowing individuals to generate their own electricity.
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Distributed Power Generation — Globerson's concept design promotes distributed power generation, offering an alternative to centralized energy systems and encouraging self-sustainability.
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Flexible Solar Panels — The innovative use of flexible photo-voltaic solar panels in the Greenerator design opens up opportunities for integration in various portable and small-scale power generation applications.
Industry Implications
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Renewable Energy — The Greenerator concept aligns with the renewable energy industry by providing a scalable and apartment-friendly solution for on-site power generation.
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Sustainable Housing — The Greenerator can disrupt the sustainable housing industry by offering residents a practical way to generate their own electricity and reduce their carbon footprint.
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Green Technology — The concept of the Greenerator falls within the realm of green technology, providing an innovative solution for harnessing solar and wind energy in urban environments.
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