Quite a few companies have tried their hand at portable renewable energy charging devices, resulting in some clever ideas like solar messenger bags and mini solar generators. But it seems like there still hasn't been a perfect solution for recharging your gadgets with renewable energy while you're on the go. Well, the new K3 Charger from Kinesis Industries may just be the best solution yet.
The charger, set for release in June, is the size of a flashlight and generates both solar and wind power to charge your gadgets. The K3 can recharge cell phones, iPods, iPhones and digital cameras through a USB port and various adapters.
The combination of solar and wind means you're not out of luck if one or the other is unavailable when you need a charge or, if you'd rather just charge it before you leave the house, it also comes with an AC adapter. The small size also allows easy transport in a backpack or even a purse.
The company claims that a fully charged K3 can charge a cell phone more than five times, so you may be able to get rid of that car adapter and just keep one of these in your glove compartment from now on. Pricing information is still unavailable.
via Inhabitat

written by Garo, April 24, 2009
Nice little device. Can't you just picture the mercedes-benz emblem on the hood with a twirling one? :)
written by Beth, April 24, 2009
written by Carl, April 24, 2009
A human powered generator seems more practical-- just attach it to one of those portable exercise machines sold in infomercials. A few minutes of ab-flexing and you can quick charge a fast battery, then slow charge a phone.
There are solar/hand-crank radio-flashlight-charger combos for $25.
written by Xoby, April 26, 2009
It wouldn't be made from plastics would it? It wouldn't be made in China would it? It wouldn't consume more energy in its manufacture than it ever could generate by itself in use could it?
It wouldn't be designed for the GreenTard market would it?
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I mean, that would probably be not that energy effective since the car then needs more gasoline to support the break in airodynamics.