Shoe power
April 11, 2011
Bioengineers from the University of Auckland have developed cheap, lightweight rubber power generators that could harvest power if embedded in shoes.
The generators are built with dielectric elastomer generator technology that uses the movements of a flexible, non-conductive material to build up charge in attached electrodes.
A single 110-millimeter-wide, plunger-shaped generator is capable of producing 10 milliwatts of power. The researchers say that the flexible, integrated rubber components are more easily embedded in clothing than existing bulky, heavy dielectric elastomer generators.
Ref.: Thomas G. McKay et al., Soft generators using dielectric elastomers, Applied Physics Letters, April 5, 2011
[ iTnews Hardware ]
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Comments (1)
by ToddRobert
This sounds like a wonderful new invention and I look forward to seeing DEGs in all the newest athletic shoes! But don’t stop there . . . I hope you extend your invention by integrating it in the springs of electric car seats, shock absorbers, engine mounts, bicycle seats, bicycle front and rear fork shocks, etc.
You could also incorporate battery (or capacitor) chargers into the larger versions of the product to store additional unused power for use in existing flashlights, radios, cell phones, etc.