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.
We got the low-down (well, at much of a low-down as one can get from thematic designers) on KDDI's latest au concept phones here at CEATEC, and the themes are -- are you sitting down? -- space and soup atomic elements. No, we didn't make that up. If you're still with us, hit the break for some pictures and explanations.
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?
Just over a year ago, we passed off a far-out proposal that would turn highways into wind farms. Now, however, the state of Oregon is proving that such feats are actually within reach as it breaks ground on the first so-called "solar highway" demonstration project. The project will be installed at the Interstate 5 and Interstate 205 interchange in Tualatin, where it will cover around 8,000 square feet and produce 112,000 kilowatt hours per year. The total cost for the 104-kilowatt solar photovoltaic system is $1.3 million, and believe it or not, it should be completed and operational in December of this year.
Just under two years ago, researchers at Boeing-Spectrolab managed to achieve 40.7% solar cell efficiency. Two years later, scientists at the US Department of Energy's National Renewable Energy Laboratory have demonstrated their nerve by trumpeting an all new world record... one that's 0.1% points better than the last. Yes, your new record now sits at 40.8% -- tremendous progress, wouldn't you say? Looking outside of the numbers, you'll find that these cells differ "significantly" from the prior record holders, which enable them to be thinner, lighter, cheaper and altogether swanker. That's it for now folks -- come back in a couple years, we hear 40.9% is just around the bend.
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.
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.
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.
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.
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.
Roberts may get ridiculed for its design cues, but one thing's for sure: it sticks to its guns. The latest patently ugly (but sort of cute) DAB radio to emerge from its lair is the solarDAB, which predictably gets energized by the sun. The unit packs a top-mounted solar panel along with a "level indicator on the display screen that shows the strength of the solar level being absorbed." Once the rechargeable batteries are fully juiced, said radio will blast out tunes for a whopping 27 hours. You should be able to secure one in a variety of colors here soon for £79.99 ($158).
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.
Famed chip maker Intel is doing more than just buying up Renewable Energy Certificates like they're going out of style. It's cranking things up with a spin-off outfit that will soon be creating photovoltaic cells for solar module makers. Intel Capital is pouring some $50 million into SpectraWatt Inc., and it's being joined by Cogentrix Energy, PCG Clean Energy and Technology Fund and Solon AG. Aside from making that dough, the new company will also "concentrate development efforts on improvements in current manufacturing processes and capabilities to reduce the cost of photovoltaic energy generation," and if everything goes smoothly, it should break ground on its manufacturing and development facility in Oregon in 2H 2008 (with product shipping in mid-2009).
For those fortunate enough to be planning a trip to this year's Glastonbury, you can rest assured that forgetting your mobile charger won't be the worst thing that could possibly happen. Reportedly, Orange will erect a seven-meter high recharge Pod tent in which patrons can stop by and reinvigorate their winded handset. Said tent will boast 500-watt solar panels and a 500-watt wind turbine in order to generate electricity for the lifeless phones, and Orange is hoping to juice up 100 devices per hour. If only such conveniences were everywhere...
Look out, modders -- the venerable Altoids tin is making a comeback. Shortly after the YBox2 rekindled our love for the immensely versatile box, along comes James G. Watt with yet another fantastical creation. The device you're gazing at above is a solar-powered theremin, which is good for making all sorts of cacophonic sounds anywhere that sunlight is abundant. For those unfamiliar with such gizmos, head on past the break for an admittedly strange sounding demonstration.
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?
Just over a year ago, we passed off a far-out proposal that would turn highways into wind farms. Now, however, the state of Oregon is proving that such feats are actually within reach as it breaks ground on the first so-called "solar highway" demonstration project. The project will be installed at the Interstate 5 and Interstate 205 interchange in Tualatin, where it will cover around 8,000 square feet and produce 112,000 kilowatt hours per year. The total cost for the 104-kilowatt solar photovoltaic system is $1.3 million, and believe it or not, it should be completed and operational in December of this year.
Just under two years ago, researchers at Boeing-Spectrolab managed to achieve 40.7% solar cell efficiency. Two years later, scientists at the US Department of Energy's National Renewable Energy Laboratory have demonstrated their nerve by trumpeting an all new world record... one that's 0.1% points better than the last. Yes, your new record now sits at 40.8% -- tremendous progress, wouldn't you say? Looking outside of the numbers, you'll find that these cells differ "significantly" from the prior record holders, which enable them to be thinner, lighter, cheaper and altogether swanker. That's it for now folks -- come back in a couple years, we hear 40.9% is just around the bend.
