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Filed under: Misc. Gadgets

We all know the internet is not a big truck, and the rolling blackouts in California not that long ago showed our power grid isn’t either. Part of the solution could be a series of tubes, a new type of solar generator from a company called Solyndra that replaces the usual square solar roof panels with something that would make Senator Stevens proud. The company’s photovoltaic rods are able to catch rays from any direction, meaning they don’t need to be tilted to point at the sun. Also, since they’re not shaped like a silicon kite, they don’t need the same big, beefy installation brackets. This cuts installation costs in half and has helped to drive $1.2 billion in orders from eager would-be customers of this three-year-old startup. Want to see ‘em for yourself? Head on down to the Solar Power International Expo next week in sunny San Diego.

[Via Make]

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Source: Tim Stevens

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Filed under: Cellphones, Wearables

There’s certainly no shortage of folks working to incorporate solar cells into clothing and accessories, but a team of researchers from Iowa State University now look to have devised a way to make the wearable technology slightly more discreet, with them using digital textile printing to print fabric that matches the pattern of the solar cells. The solar cells themselves are then attached using a “liquid stitch” method, although that apparently presented its own set of problems, as the application of the cells made it difficult to tie a knot. As the researchers helpfully point out in thier paper, however, a clip-on tie would solve that problem. Combine that with the special pouch for carrying your cellphone, and you’ve got a combo that can’t be beat.

[Via textually.org]

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Source: Donald Melanson

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Filed under: Misc. Gadgets

We’re always up for another way to harvest energy from the sun, but this new nanoantenna material developed by the DoE’s Idaho National Laboratory makes solar panels seem a little passe. The material, composed of tiny gold antennas set in polyethylene plastic is tuned to gather 80 percent of energy from infrared rays in its production version, and can gather energy from the sun, earth, or even your PC’s warmth. The antennas can be tuned to different parts of the infrared spectrum, and the thin material can be sandwiched together to cover the full desired range. Unfortunately, the resulting current generated alternates at rates too high to be converted to DC with current technology — new manufacturing processes will needed — but once that problem is solved, nanoantennas should easily best solar cells in efficiency and production costs.

[Via DailyTech]

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Source: Paul Miller

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Filed under: Household

Think your house is green? Think again. Japan’s own Nihon Telecommunication System has just revealed a line of windowpanes that actually include integrated photovoltaic cells. The windows are aimed at the (ritzy) residential housing market, and folks that snag a few will reportedly be able to power a PC and recharge their cellphones simply by tapping into the energy generated by these units. Additionally, the glass is designed to shun most of the sunlight from coming into your abode, thereby lowering air conditioning costs and satisfying your needs as an introvert. So, what’s the pain for helping out Mother Earth? Around $1,900 per square meter of windowpane — ouch.

[Via CrunchGear]

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Source: Darren Murph

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Filed under: Transportation

Although Brent Hatch’s homegrown solar-electric whip looks eerily similar (read: just as ugly) to the SUNN solar car kit, this one was actually created without the help of any pre-packaged parts or sophisticated schematics. After his gas bill rose well over $700 a month (he and his wife have seven kids, after all), he decided to purchase a rather unsightly eight-seater bicycle and figure out a way to enable roof-mounted solar panels to power an electric motor. Nah, the top speed isn’t very impressive, and you certainly wouldn’t want to head out on I-5 with it, but it sure makes picking up the offspring from their nearby school a whole lot less painful on the wallet. Check out the video in the read link for more.

[Thanks, Dave]

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Source: Darren Murph

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Filed under: Laptops

[Via Inhabitat]

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Source: Darren Murph

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Filed under: Robots

Make no mistake, our hearts were fluttering when we finally witnessed WowWee’s FlyTech Dragonfly buzzing about, but there’s just something about this creature that really wins us over. Designed and constructed by James G. Watt, this robotic insect reportedly includes a number of solar cells which provide enough power in sunlight to make the critter’s wings flap. Granted, we aren’t told whether or not it’s mighty enough to deliver loves notes in math class, but we’re digging the concept, regardless.

[Via MAKE]

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Source: Darren Murph

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Filed under: Misc. Gadgets

We’ve seen some pretty out there solar installations, but JAXA, the Japanese space agency, is about to get really far out with its latest project: a space-based solar array that beams power back to Earth. The agency is set to begin testing on the microwave power transmission system on February 20th, with an attempt to beam enough power over the 2.4GHz band to power a household heater at 50 meters (164 feet). That’s certainly not the sort of large-scale sci-fi power system we were hoping for, but fret not — if the tests are successful, JAXA’s plan is to eventually launch a constellation of solar satellites, each beaming power to a 1.8-mile wide receiving station that’ll produce 1 gigawatt of electricity and power 500,000 homes.

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Source: Nilay Patel

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