solar-power posts
We've seen Energizer dabble in portable charging solutions before, but we've yet to see it go all out like this. Thanks to a newfound partnership with XPAL Power, the company famous for making drum-toting bunnies famous has issued several new wares in its Energi To Go line. The rechargeable power packs and emergency chargers -- over ten of 'em in all -- will all ship by July of 2009 and will include devices for PMPs, PNDs, portable DVD players, netbooks and digicams. There's even an AP Charger that mounts your iPhone (à la mophie's Juice Pack Air), and the SP line consists only of solar-driven power packs designed to rejuvenated your iPod, camera and pretty much any other handheld device. There's no mention of price just yet, but as with anything Energizer, you can go ahead and brace for sticker shock.
75-megawatt solar plant to power "first solar city" in Florida
Given that Florida has accurately been coined The Sunshine State, it's not at all shocking to hear that America's first "solar city" will be built in the state's southwest corner. Or, at least that's the plan. According to a new report, West Palm Beach-based Kitson & Partners is currently developing a new city near Charlotte County, which will get juiced by a massive 75-megawatt solar plant. Said plant will cost around $300 million to build and will be installed by Florida Power & Light; if all goes well, homes will begin construction on a sizable plot of land dubbed Babcock Ranch by 2011. If things don't go so well, we're told that the actual power plant will still be erected and fed into the larger grid. In other words, Florida's gettin' some solar power, with or without this newfangled concrete jungle.
[Via Fark]
[Via Fark]
IKEA starts selling totally hip SOLIG solar lighting devices
We've heard the excuse a gazillion times: "Yo, I want to go solar, but like, where do you even buy this stuff? Oh snap, 0 percent financing on a Hummer H2!" Finally, you can have a solid answer to that very quip (the first part, at least), as household megastore IKEA has begun stocking (in store; online is coming soon) a new series of solar-powered lighting supplies. The SOLIG series contains a handful of solar light sticks, orbs, garden lights, chain globes and even posts, all of which will surely brighten your outdoor patio, flower bed or Earth-friendly RV. Now, if only it were simple to relocate your life to southern Arizona in order to enjoy these more effectively...
[Via Inhabitat]
[Via Inhabitat]
MIT team develops solar car, boldly calls it Eleanor
When you name a custom built vehicle Eleanor, it better be good. It better be really good. But in fairness, the machine concocted by MIT's Solar Electric Vehicle Team is actually one of the more stellar creations we've seen on wheels. The newest iteration is a touch taller than prior versions and should be more comfortable to operate. Additionally, designers managed to increase the frontal area by 30 percent, all while keeping the drag area exactly the same. The juice comes from six square meters of monocrystalline silicon solar cells, and reportedly, the car can run all day long (providing the sun shines brightly the entire time) at a steady speed of 55 miles per hour. Eleanor will be competing later this year in the World Solar Challenge in Australia, and in preparation, the team is hoping to drive it across America this summer. So yeah, if you've ever wanted a summer to try hitchhiking, this would be it.
[Via Wired]
[Via Wired]
SunCat batteries boast built-in solar charging wrappers
Solar chargers are a dime a dozen, but who honestly feels like carrying around rechargeable cells and a recharger? Guru Knut Karlsen has conjured up a far superior idea, and rather than just working up a few drawings and making us all feel dumb for not thinking of this first, he went out and proved that solar-charging batteries are definitely ready for production. In essence, he wrapped four C size NiMH rechargeable batteries with a few samples of flexible solar cells; by using a conductive silver pen and some flat wires from a broken Canon lens, he made a connection solid enough for trickle charging to occur. Moving forward, he'd like to install a capacity gauge as well as a method for faster charging, but we'd say this ain't half bad for a first attempt.
[Via Inhabitat, thanks Sarvesh]
[Via Inhabitat, thanks Sarvesh]
Energizer's Rechargeable Solar Charger gets detailed, pictured
You don't usually equate CES with big time Energizer introductions, but this year is going to be different. While our fingers are still crossed that a 50-foot drum-toting bunny is seen storming around in the Vegas heat, we do know that said outfit will be bringing along its minty fresh Zinc Air Prismatic batteries, not to mention the newly unveiled Rechargeable Solar Charger. The above pictured device will boast a USB port to power an assortment of devices, and it can also be charged from an AC outlet if you just can't seem to locate the sun. Better still, its weatherproof nature should make it suitable for argonauts, and it'll only run $49.99 with a pair of rechargeable cells when it lands next summer.
Solar Vertical Lamp: one more reason to close the blinds
Could everyone just dole out a round of golf claps for Yoon-Hui Kim and Eun-Kyung Kim? Swell, thanks. These two designers have conjured up something that any second-rate hotelier (we kid... kind of) would love, as the Solar Vertical Lamp provides an eco-friendly (and eye-catching) alternative to those drab lamps from the 1980s. With the blinds open, you'll hardly notice anything unusual, but all the while tiny solar pads are being charged up; when time comes to shut these very blinds, a lighting instrument appears to brighten the otherwise darkened room. Brilliant, right?
[Via Inhabitat]
[Via Inhabitat]
Sharp shows off 52-inch solar-powered LCD TV at CEATEC
We've seen some fairly fascinating things at CEATEC this year, but this one could be the biggest game-changer of 'em all, if you'll allow us just one buzzword. The LED-backlit 52-incher you see above comes attached to a not-at-all convenient solar floor panel which presumably provides at least some of the energy required to power this thing. We've no clue how close the design is to being viable for the commercial realm, but we'd say Sharp's definitely headed in the right direction here.
KDDI au concept phones explained and pictured

Japanese firms to partially propel cargo ship via solar panels
First things first -- when we say "partially" propel, we mean partially. Nippon Yusen and energy distributor Nippon Oil are teaming up to spend around $1.37 million in order to equip a car-hauling cargo ship with 328 solar panels. Rather than just provide energy for the crew's on board entertainment system, it will be the first solar installation to actually produce a smidgen of power for the boat's engine. If successful, the panels would provide 0.2% of the ship's energy consumption for propulsion, and they're hoping to raise that to a whopping 1% by 2010. Gives a whole new meaning to "baby steps," huh?Brando's Solar Mini Clip Fan ruins your shot at picking up friends
Unless you're strolling through Disneyland (or Dollywood, we suppose), we can't imagine anyone not giving you an awkward stare when you approach them with this on. Brando has triumphed once more by offering up the Solar Mini Clip Fan, which does a remarkable job of explaining itself. For those who can't understand what's going on here, it goes like this: clip on the fan, get out in the sun, experience a mild breeze on your brow and enjoy the solitariness. Obliterate your shot at being the life of the party for just a Hamilton.
[Via Coolest-Gadgets]
[Via Coolest-Gadgets]
Tri-Solar LED Flashlight: because three panels are better than one
Nah, it's no Mag-Lite, but the Tri-Solar LED Flashlight should handle most minor lighting needs. The unit can operate with one LED on, three LEDs on or all three LEDs flashing (you know, in case you realize the car you just hopped in is now making a beeline for the Bates Motel). Because a single solar panel can only catch so much sunlight, this one has a trifecta of cells that fold out and generate juice for the bulbs. Not too bad for $32, particularly when you realize that it doubles as a weapon.
[Thanks, Joe]
[Thanks, Joe]
Fresno-Yosemite International taps into solar power
Never heard of Fresno-Yosemite International? Thanks to this low-key airport now housing the largest solar installation of any airport in the entire United States, you have now. Arriving passengers will notice the panels a half-mile out, as they cover about seven football fields worth of land and will eventually result in taxpayer savings of $11 million. The 2-megawatt farm has been churning out clean energy for the past month, and electricity from the installation helps to run "everything from airport lighting to tower communications." FYI's aviation director even noted that it would "produce about 40% of its annual electrical requirement." If you're worried that other locales won't follow suit, don't be -- a similar, albeit smaller system is already in the works at DEN.
[Via Gadling, thanks Trowa]
[Via Gadling, thanks Trowa]
Ricoh erecting 47 x 126-foot solar and wind-powered billboard in Times Square
Ever walk through Times Square and wonder how much electricity all those flashy billboards are soaking up? No? Well, Ricoh has, and now they're doing something about it. Ricoh Company Ltd. of Tokyo is erecting a 47 x 126-foot billboard at Seventh Avenue and 42nd Street that will be completely powered by the sun and wind. Fueled by 45 solar panels and four wind turbines, the billboard won't even need a backup electric generator. On days that the sun and wind aren't enough to power it, it will simply go dark. In the end, the billboard is said to reduce carbon dioxide usage by 18 tons a year. The billboard will go live in December, or just in time for the sun to go dark.
Sharp solar panels to be used in two Japanese mega plants
Sharp has certainly been an integral part of these solar installations before, but the latest endeavor by the city of Sakai and the Kansai Electric Power Company isn't anything to sneeze at. The initiative will see a pair of "mega solar plants" constructed, one of which will crank out around 10,000 kW while the other outputs 18,000 kW. Once the plants go online in 2011, expectations are that CO2 emissions will decrease on the order of 10,000 tons per year. Of course, a staggering ¥5.0 billion ($46.5 million) will be coughed up in order to make it happen, but you can bet Mother Earth will certainly see it as money well spent.
[Via CrunchGear]
[Via CrunchGear]




























