posted
May 17, 2011 by News Gatherer
(PhysOrg.com) – Katru Eco-Energy, headed by founder and inventor, Suresh Varan has developed a new type of wind turbine order to catch the winds that fly in all directions at the top of tall buildings, and unlike IMPLUX The conventional devices, as it is called, it can capture wind from any direction whatsoever, ie without having to change position or acute. The IMPLUX accomplishes this feat through horizontal turbine blades are at the top of a vertical shaft and rotated by the wind that is pushed up by Suresh what they call a "fluid dynamics door .."
The IMPLUX, in development for several years and recently tested in Singapore, is based on a central chamber that is designed to catch the wind coming from every direction and then push up the turbine, speed up, not allowing any to escape. Considering a vertical axis wind turbine as its main rotor is arranged vertically, and while not the first to integrate this technology is unique because it has horizontal slats, and is likely the first to be tested by the Honda team Formula 1 to validate its unique ability to capture the wind and stick to it rather than let any leak on the other side.
Suresh, who was in the design of mechanical systems (as the first hybrid drives sunroof, air conditioning on board a commercial building in Queensland, Australia) for over 25 years, said he began working in design, having spent much time working on roofs and noting that there was not much wind almost constantly flying around, and I thought it should be a way to capture and exploit.
The result is a wind that has only one moving part, is much quieter than most other turbines and not hurt the birds because they are too large to pass through the sides of the sheet. That is pretty cool too. After reviewing the then current ideas in order to catch the wind, hit Suresha the idea of building a fence of any kind, or the hull, fin-shaped "walls" that has allowed air transport the room, but because of the angle, the force would have to flow upward inside the chamber, rather than allow to enter and exit the opposite: everything the wind (or at least 87% of it) then flow upward, horizontal slats connected to the turbine, which spins, producing electricity.
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