Pearson5 awarded US Patent for its new power generation system, a combination of water passing over a Pelton wheel and super-heated steam
Pearson5 LLC is a research and development company for renewable energy products
LONDON – 9 August 2012 – Pearson5 LLC, a leading global research and development company for renewable energy products, announces it has been awarded a U.S. Patent number 20120200091 from the U.S. Patent and Trademark Office, an agency of the U.S. Department of Commerce. The patent covers the Pearson5 system that allows for a combination of water passing over a Pelton wheel, and super-heated steam directed to a steam turbine, to control a common shaft engaging an electrical generator. The system is contained within a common housing and is portable for delivery to the most remote locations. The system utilises a twin cylinder concept to simulate the delivery of water to a water turbine. This concept has not previously been used in any form of hydro power generation, and is the only system that uses re-circulation of the water, and does not need to discharge the water at the end of its operating cycle.
“The aim of Pearson5 is to provide renewal energy around the world for agriculture, communications, manufacturing and transportation,” said Sunyo Pearson, Director of Pearson5. “We research and develop innovative ways of alternative power generation products for a variety of applications, and believe that our recently awarded US Patent will help us market that the portability of our power generation systems is essential to advance many societies into the next generation of alternative power generation.”
About Pearson5
Pearson5 LLC is a research and development company/corporation for renewable energy products.
For the last six years Pearson5 LLC, has been researching and developing innovative ways of alternative power generation products for a variety of applications. Pearson5 believes that the portability of a power generation system is key and will advance societies into the next generation of alternative power generation.
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