solarpanels
Latest
Casio's solar-powered Pathfinder watch plays the green card twice
Plotting their latest spread of watches this spring, Casio executives decided it was time to "go green." Some poor schmuck in R&D took them at their word. Thankfully for mother nature, the Casio Pathfinder PRG110C-3 is more than meets the eye; the watch -- suited for argonauts needing an altimeter, barometer, thermometer and digital compass -- also has a miniature solar cell built into its face to automatically recharge the battery. Though Casio's claim that this last will cut down on the three billion batteries Americans trash each year seems a little reaching -- watch batteries last a lot longer than a AA -- the timepiece does help the planet some merely by being packaged in recyclables. The $250 device will be available exclusively from Amazon, and yeah, the color you see here is the color you'll get.
Caption contest: solar suits, or the future of punishment for eco-abusers?
We get the impression that these guys are really just putting the pressure on "evil corporations" to stop grounding mountains in the everlasting search for coal, but it's not really the environmental activism that caught our attention here. Rather, it's the fact that we're 84.3 percent certain we saw these exact same characters in a Daft Punk video back in college. Seriously -- check the video out after the break and tell us we're loony. Josh T.: "Totally off the grid in regard to both power and girlfriends." Thomas: "And now Solar Sprockets, we dance!" Joe: "You have to go as far as Brussels to find a Devo tribute act worth its salt." Richard Lai: "In the future, humans won't need to eat." Paul: "Sure, they know how to capture the electricity, but do they know what to do with it?" Justin: "In the future, all bands will play the washboard." Laura: "Did anyone make a Beastie Boys joke yet?" Darren: "SABOTAGE." Richard Lawler: "This is not what Boston meant when they said I take what I find."
CoolerBot photographs nature, gets its power from it
If you're into real life bunny wabbits and other such wildlife, but not a fan of the cold, wet and windy outdoors, what do you do? We'd say just boot up the console and shoot you some pixelated peoples, but Steve Norris' idea might be just a tad more practical. He has authored the above mobile snap-station, which is equipped with an infrared video camera, a Nikon DSLR, and pairs of motors, 10Ah batteries, and solar panels. Power flows from the latter into the former to turn wildlife stalking into a pleasurable pastime for even the most indoorsy of folks. Video demonstration of the hardware after the break.
ReNu solar panels announced for iPhone charger, sound dock, LED desk lamp
Sure, we've been frustrated by solar-powered iPhone chargers and amused by the irony of solar-powered lamps in the past, but that doesn't mean we're not looking forward to the day when we can meet our gadgets power needs without relying on fossil fuels. That's why we're pleased to note that a company called ReNu has just announced a solar panel that can be used to charge your iPhone or iPod, power the device's sound dock, or even keep your desk light shining sans mains power. Featuring a modular design, the panel can dispatched to your window to soak up the rays for 10 or 20 hours (depending on the amount of sunlight it receives) and then returned to your dock for about nine hours of music playback, recharge your iPhone (twice!), or provide about four hours of light with the LED desk lamp. Of course, most people are going to hang this thing in the window once, forget about it, and then spend the next several years powering their devices with the included AC adapter -- but at least they're trying, right? Available for pre-order now, the ReNu solar panel ($199) and the Renu panel / iPod dock combo ($249) both ship in February 2010, while the Side Light desk lamp ($89) ships in next March, and the Sound Dock ($149) should see the light of day sometime in April. Hit the read link to place that order, but not before peeping the galley below. %Gallery-76533% [Via TreeHugger]
Dell and Envision Solar refashion parking lot into clean energy farm, EV recharge station (video)
Dell has added a shiny new feather to its cap today with the announcement of a freshly completed Solar Grove renewable energy installation. The system is composed of 512 solar panels, which provide shelter for 56 cars, and are capable of harvesting 131,000 kWh of energy per year. This power will be primarily used in the adjacent Round Rock HQ, but CleanCharge stations will also be available should you wish to juice up your electric vehicle on Mother Nature's finest. No matter how much Dell might have splashed out to bring this integration together, we can't help but suspect that the smug satisfaction of getting free energy -- both in pecuniary and ecological terms -- must be priceless. Video awaits after the break.
DIY Solar Flyer motorcycle tearing around Phoenix, Arizona
Phoenix area resident and motorcycle enthusiast Richard Gryzch got tired of gassing up his bike all the time, and he decided to do something about it. Rather than getting a fancy electric motorcycle, he modded one for himself -- making an electric bike that is seemingly covered in solar panels. The motorcycle uses no gas, goes up to about 90 miles per hour and has a range of around 50 miles. There are very few details about the inner workings of the bike, so we're loathe to say it's 100 percent solar, but Richard does plan on extending his bike's range of 300 miles. Hit the read link to watch an extremely tiny video of Richard and his bike.
DS Lite solar panel mod lets you leave the PSU at home
If you've got some 60 x 60 solar panels, a few diodes, some scotch tape, and a little time on your hands, you may never need to plug in your DS ever again. According to "dark sponge," a poster over at Instructables, you can convert the Lite into a solar-powered wonder that will obviate the need for your standard PSU, and make your green leaning friends, er... green with envy. The mod involves slapping panels on both the bottom and top of the device which -- when wired in parallel -- get 6 volts of power at 80 mA, which is apparently perfect for a trickle charge. The only downside is you'll have to leave the device face down for a bit, and it's advised to keep it out of the sun all day. Still, it's an excellent mod that doesn't seem too difficult to execute, and ends up saving hassle and energy... and who can knock that? [Via SlashGear]
Next-gen Prius now official, uses solar panels to keep car cool
The very shoe-like 2010 Toyota Prius has made its official debut at this week's Detroit Auto Show. The company estimates it'll have a 50 MPG rating -- up from 46 MPG in the previous model -- and there's a bigger, 1.8-liter four-cylinder engine for improved highway mileage. In addition to Power and Eco driving modes, EV Drive will let you run on battery alone for about a mile, which if nothing else should provide a little extra push for getting to the gas station when you've held off for too long. One of the coolest (literally) new features is the optional solar panels in the moonroof that will generate power for circulating air and keeping the interior temperature from going too high. If that's not enough, there's a remote-controlled A/C system that can run on battery alone and lets you set the temperature before you get in. Check out the read link for more specs and the full press release.
Inexpensive solar panels nearly ready for commercialization
We've been inching closer to low(er) cost solar panels (for the mainstream public to enjoy) for some time now, and apparently, AVA Solar Inc. is just about ready to start cranking out units that "will cost less than $1-per watt by the end of next year." The technology was reportedly developed by Colorado State University's Professor W.S. Sampath, and production is slated to begin soon in a "200-megawatt factory" that could employ some 500 individuals. Of note, it was said that the "cost to the consumer could be as low as $2 per watt," but even that figure purportedly rings up at about half the cost of current options.[Via Slashdot, image courtesy of CSU]
Pink solar cells provide green power on the cheap
The race to build a cheaper solar cell continues to produce results, as researchers at Ohio State have developed a nanotech solar cell with a unique pink color that they say will one day be able to produce as much power as traditional silicon cells for a quarter of the cost. The dye-sensitive solar cells, or DSSCs, get their pink color from a mixture of ruthenium and either titanium or zinc oxide particles that absorb sunlight, while nanowires link the particles to provide power transfer. So far the team have gotten the cells to produce half as much power as traditional cells, but the next step is to start using nanowire "trees" to improve efficiency to equal or surpass those levels. No word on when we'll see this tech hit the market, but surely the prospect of a hot pink solar Cadillac isn't too far off.[Photo is of an unrelated DSSC concept from New Zealand]
Sharp solar panel system installed at AT&T Park
While you were busy watching Vladimir Guerrero take home the Home Run Derby crown two nights ago (not to mention the All-Star game last night), you may not have been aware that AT&T Park was feeding uber-clean energy back into the grid serving PG&E's customers throughout northern and central California. Sure enough, the home of the San Francisco Giants is now also home to 590 Sharp solar panels located in three separate areas of the stadium, which combine to generate some 120-kilowatts of electricity. The size of the entire array is reportedly "equivalent to approximately 40 residential solar systems," and while this system won't conjure up as much power as the CIS Solar Tower, it will certainly make good use of the ballpark during the off-season.[Via EETimes image courtesy of MatrixCS]
New Zealand peeps imitate plants to do solar on the cheap
Obviously, scientists didn't exactly originate the idea of harvesting energy from the sun when they started slapping together solar cells -- plants have been up on this whole photosynthesis mojo for a good long while. Now some researchers at Massey University in New Zealand have developed a range of synthetic dyes from organic compounds that closely mimic the light harvesting that goes on in nature. Other scientists have been pursuing similar solar techniques, but there's a major difficulty in getting the dyes to pass the energy on for actual use. After 10 years of research, the Massey scientists claim to have "the most efficient porphyrin dye in the world." Benefits of the dyes over traditional silicon-based solar panels include the ability to operate in low light, 10x cheaper production, and flexible application -- starting with canvassing roofs, walls and windows, but eventually moving on to wearable items that can charge your electronics stash. A working prototype for "real applications" should be ready in a couple years.[Via The Raw Feed]
