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Eubiq's power track system trumps extension cord
Eubiq's power track system is far from the first unique take on providing power elegantly to an array of devices, but we've got to give props to the unobtrusiveness this installation provides. The system can be mounted along essentially any wall in your domicile, garage, or office, and since juice is constantly flowing through the track, you simply plug in a proprietary adapter, twist, and enjoy your newfound current. Of course, if you're looking to use generally accepted plugs in your country, you'll have to pony up for adapters in order to make it worthwhile. Currently, Eubiq's not handing over any pricing details for you to inspect, but we can imagine that this here system will likely be reserved for the power-hungry and / or affluent sects whenever it lands.[Via Wired]
Report: You suck more than your dad
A new study in the UK entitled "The Ampere Strikes Back" (guffaw) has found us trending towards a gluttonous, energy sucking people. Ok, an even more gluttonous, energy sucking people. If we can oversimplify the matter: our desire to use energy undermines our attempts to conserve it. Fortunately, there's no need to feel guilty; put down the remote and point your Cheeto-stained finger in the direction of "the industry." See, those modern flat panels we're forced to buy consume about 3 times the energy required to power granny's old CRT tube. And those fancy DAB radios? Well, they consume more then 4x the power required to drive the ol' Light Programme back in the day. Fortunately, mobile phone chargers have largely ceased their vampiric ways drawing less than 1 watt on average compared to the 3 to 5 watts seen just a few years ago. We'll take their advice to unplug all our gear once the diesel-powered Engadget home robot is up and working again.
NEC develops M2 LSI chip to conserve energy in cellphones
Hot on the heels of a snazzy new CMOS sensor and newfangled plastics, NEC's engineers are cranking out yet another innovation to make our next phone a lot more useful (for a whole lot longer). The M2 system LSI chip can purportedly "drastically cut the energy used by a cellular phone" by halving the energy needed by each element on the chip. Notably, the firm has suggested that a cellphone battery currently lasting seven hours would be able to maintain that life even if "twice the power is required for high-speed telecommunications." A host of sophisticated technologies and software regulations are behind all the energy conserving magic, but the news you care about is that NEC plans to start shipping samples of the ¥5,000 ($41) device in the very near future, and it should hit a variety of 3G handsets by the year's end. [Warning: Read link requires subscription]
Australian develops diminutive wind turbine for household energy
Generally speaking, wind turbines have been reserved for more macro-scale operations, but a West Australian inventor "believes he has developed a way to generate electricity for homes using wind power." This residential approach utilizes a modular turbine that is minuscule enough to perch atop nearly any roof without causing too much unsightliness, and can create power for the house to consume as the wind pushes its blades. Additionally, Graeme Attey suggests that solar panels could be used in conjunction with his creation, giving you double the renewable energy opportunities (at least during the day). Currently, Mr. Attey's device is being partially funded by the West Australian government, and homeowners who toss one up on their crib could receive a rebate if in fact this is ready for commercialization next year.[Thanks, Strayan]
Ermenegildo Zegna's iSolarX jacket juices up gadgetry
While Ermenegildo Zegna made the plunge into high-end, electronic savvy outerwear last Fall, its newest piece ups the ante by allowing gadgetry that you keep on your person to be charged up whilst out and about -- sans batteries. The Solar JKT is based around Interactive Wear AG's iSolarX technology, and sports a number of solar modules around the neoprene collar that can pass energy through conducting textile leads for storage in a buffer battery or to charge a connected device directly. The jacket can even be switched from 5V to 6V in order to handle a more diverse group of gizmos, and integrated LEDs enable you to quickly view the state of the charge. Sadly, there's no mention of an expected pricetag for this uber-useful garb, but it will likely cater specifically to the affluent set when it hits the market as part of the 2008 Spring / Summer collection.
Belkin unveils new Power Dock AV, iPod charging accessories
Not too long after Belkin threw its name in the iPhone accessory hat, the company has now introduced a number of replacement iPod docks and charging kits. The $49.99 F8Z126 Power Dock AV is essentially a basic silver iPod dock that sports USB connectivity and AV output in order to pipe multimedia to your television set, while the vanilla $34.99 F8Z122 Power Dock strips itself of any video exporting abilities. On the charging side, the $34.99 F8Z152 Charging Kit for iPod consists of an AC outlet to dock connector cable, USB cable, and a cigarette adapter for road trippin', while the $24.99 F8Z121 Power Adapter for iPod offers up just the AC adapter for those strange moments when you can't seem to locate a spare USB port. All four units should be available any moment here in the US, while launches in Asia, Europe, and Australia will be following soon.
HP launches environmentally friendly rp5700 slim desktop PC
As the green trend looms ever larger over the consumer electronics industry, HP is taking full advantage of the opportunity by unveiling the environmentally friendly rp5700 slim desktop PC. The company toots its own horn by boasting about the Electronic Products Environmental Assessment Tool (EPEAT) Gold award that the machine has garnered, and we'd assume that building it from 95-percent recyclable components and packing it in a box made from at least 25-percent post-consumer recycled cardboard had something to do with it. Additionally, the unit sports an uber-efficient power supply and comes with "an optional solar renewable energy source" to extract juice from the sun. As for hardware, you'll find Intel Core 2 Duo chips up to 2.13GHz, up to 4GB of DDR2 RAM, SATA hard drives as large as 250GB, optional RAID 1 setups, and your choice of operating system. Of course, the EPEAT Gold-certified machine steps it down to a Celeron 440 CPU with 512MB of RAM, and while this particular configuration will start at $817, other options are available today from $648 right on up.[Via Slashgear]
Hydrogen separator could power fuel cells from city gas
We've seen power hacks that allow hybrid vehicles to energize your domicile, but even that isn't enough to change how entire cities receive electricity. Now, however, the Japan Fine Ceramics Center (JFCC) has collaborated with Noritake Co. and a few other firms to develop "a high-performance hydrogen separation membrane made from ceramic materials" that can purportedly "attach directly to a gas pipeline to supply hydrogen for fuel cells using city gas as the source." Additionally, the the reaction to generate hydrogen can be carried out at a temperature of around "300-degrees lower than normal," and while current estimations are suggesting that cities won't be powered via this method until closer to 2020, there's always the option for a gigantic solar field to fill the void in the time being. [Warning: read link requires subscription]
Designer dreams big with uber-green Twirling Tower
While the architectural playground that is Dubai isn't running low on innovative buildings, David Fisher is hoping to add yet another skyscraper to the mix with his self-sufficient and energy generating Twirling Tower. The 68-story "combination hotel, apartment, and office" would sport floors that each rotate 360-degrees in the span of about 90 minutes, creating a "constantly changing architectural form." His claims begin to elicit suspicion, however, when a promotional video (seen after the break) for the building claims that it can snag enough wind to not only power the building itself, but to energize ten other similar buildings just like it. Of course, we aren't taking that too seriously considering that he actually mentions that supplying electricity to the floors would be "similar to how a moving train captures power by staying in constant contact with a power source, like an overheard wire or third rail." Nevertheless, Mr. Fisher sure seems determined to get this thing up in the sky, but as with most big dreams in Dubai, moving beyond the drawing board is where things get tough. [Via Inhabitat]
Breath powered USB generator does charging on the go
Hey, we're tired of waiting for wireless charging solutions to actually hit the market just as much as the next guy (or gal), but one inventive soul took that frustration out on a swank DIY project that elicits energy from simply breathing. We've seen the use of hot air in powering gadgets before, but this homegrown USB charger was assembled by simply using "parts scavenged from an old CD-ROM drive, a basic electronic circuit, and a few rubber bands." The chest-worn device was intended to output around one-watt for charging a cellphone, which could purportedly juice it up in just under three hours, but unfortunately for us all, this seemingly brilliant device only mustered about 50mW of energy. Of course, that's still getting somewhere, but we're not exactly keen on wearing this thing around for an entire day in order to add a few battery bars to our mobile. Nevertheless, the creator doesn't look to be giving up on it so soon, and hopefully v2 will allow our breath to add new life to our lappies or electric cars, eh?[Via Slashgear]
Thermoacoustics behind all-in-one cooker, fridge, and generator
Sure, building up a campfire in order to roast some eats in the wilderness could be fun for awhile, but for the reported "two billion people that use open fires as their primary cooking method," we're sure it loses its luster somewhere along the line. The University of Nottingham is hoping to change all that, however, by attempting to develop an all-in-one gizmo that acts as a "cooker, a fridge, and a generator," and relies on biomass fuels for energy. The £2 million ($3.96 million) SCORE (Stove for Cooking, Refrigeration and Electricity) project seeks to create a "wood-powered generator capable of both cooking and cooling food," and it will purportedly rely on thermoacoustics to cut down on pollutants, increase efficiency, and be more reliable to future consumers in Africa and Asia. No word just yet on when this newfangled kitchen appliance will be ready to ship, but a portable version would probably do quite well in the camping market.[Via CNET]
'Layered-layered' materials promise longevous Li-ions
It's been a tick since we've heard details on an emerging battery technology that promises to trounce even the best products currently available, but researchers at the Department of Energy's Argonne National Laboratory have reportedly developed yet another approach to boosting Li-ion capacity and stability. The technology is "based on a new material for the positive electrode made of a unique nano-crystalline, layered-composite structure," which allows an active components to provide for charge storage while residing in an inactive components which assists in keeping the risk of explosion low. Current claims are putting the capacity right around "double that of conventional Li-ion cells," and it could be used in a variety of wares from "mobiles, laptops, pacemakers and defibrillators, or even hybrid / electric vehicles." Unfortunately, there was no timetable as to when scientists expected said technology to actually be available commercially, so until then, we'll consider this yet another promise on pause.[Via I4U]
MasterFlex's CargoBike hauls wares via hydrogen fuel cells
Nah, MasterFlex's fresh new wheels aren't exactly made for easy lugging, but if your legs are all given out, this hydrogen fuel cell-powered bicycle won't rely on fossil fuels to get you around. Designed for easily hauling goods (or rambunctious youngsters) around town, the bike also sports a 250-watt fuel cell system that not only gives your body a rest whilst handling "inner-city logistics," but you can reportedly stroll along for 150 miles at a mind-numbingly slow 3.7-miles per hour if you're in need of fresh air. Interestingly, it seems that the power system can also be channeled to peripheral lighting sources or to "cool transported goods," which should definitely interest those looking to open a mobile drink shop in downtown Phoenix. The bikes are already being utilized in various third world nations, but the pieces are seemingly in place to get these motorized machines to areas of Europe in the very near future.[Via Wired]
Dubai Burj al-Taqa skyscraper to generate all its own energy
A skyscraper in Dubai is being designed so that it generates all of its energy through renewable means such as wind turbines and solar panels. On top of the tower will be a 200 foot turbine that harnesses the power of the wind, and an array of solar panels on the roof and a series of islands that stretches over 161,459 square feet. The tower will also feature a massive solar shield to protect it from the sun, and vacuum glazed glass that will reduce the amount of heat absorbed from the extreme temperatures (up to 50 degrees C / 122 degrees F), presumably meaning less reliance on traditional air conditioning. Talking of air conditioning, the main system for cooling the air inside the tower uses a convection system which pulls in cold air at the ground level, and sucks it up out of the top of the tower. The air conditioning will use seawater, and underground cooling units lower the temperature inside to 18 degrees C / 64.4 degrees F. This building may be a technological beacon for environmentally friendly skyscrapers, but as a commenter on metaefficient points out, new building designs don't do much to solve the inefficiency of older buildings in cities. Although that doesn't mean we can't imagine what it'd be like to work and live in a sea of glass and metal without feeling slightly bad about it.[Via Metaefficient]
Toyota looking to go hybrid-only by 2020?
Be warned, you should certainly take this one with a helping or two of salt, but according to a report over at Motor Authority, Toyota's Masatami Takimoto has at least insinuated that by 2020, hybrid vehicles would account for "100-percent" of the automaker's fleet. Of course, the context of the conversation was surrounding the firm's recent report that it expected to "make as much money on hybrids as it does on conventional gasoline-powered cars by 2010," so all sorts of boasting was likely to be aimlessly floating out of higher-ups' mouths. While making such a bold claim can't be seen as entirely unrealistic, we have to wonder if purely electric whips won't have at least some presence in the mainstream automotive market (and Toyota's lineup) within the next 13 years.[Via Edmunds]
Green Light device purifies air using plantlife
The days of using energy-hogging machines to purify your household air are all but over, at least if Natalie Jeremijenko, Amelia Amon, and Will Kavesh of the Experimental Design Lab have anything to say about it. The Green Light device is a nature lover's dream come true, as it melds LED lighting with "indoor air purification using living plants" in order to pull triple duty as a "chandelier, terrarium, and air filter." The useful creation is slated to be on display at the HauteGreen 2007 expo in New York, and considering that the "entire system is designed with products and parts that are both recycled and recyclable," we'd say it should fit right in.
Solar-powered beambots scurry about, shun batteries
While we wouldn't expect you to create your own city-powering solar tower in just 72 hours, the folks at MAKE have unveiled a sweet weekend project to get the frightened DIY novices in the crowd involved in robotics. The cleverly-dubbed beambot can be created from spare parts junking up your garage (or for the hardcore, your silverware drawer) as well as pre-packaged kits, and best of all, the energy required to bring these machines to life is available for free during standard daylight hours. The solar-powered bots don't do much besides walk around, explore the terrain, and become gradually less active as dawn approaches, but we're sure the more highly trained robotics engineers could bolt on a slingshot and quickly devise an underground beambot fighting championship. Regardless of your plans this weekend, be sure to visit the read link if you're dying for an excuse to cancel 'em.
Spanish solar tower could eventually power an entire city
Just last month we witnessed a gigantic skyscraper / solar tower hybrid that generates a whopping 390-kilowatts of energy, but even that looks like child's play compared to the 40-story solar power plant that resides in Spain. The expansive system consists of a towering concrete building, a field of 600 (and growing) sun-tracking mirrors that are each 120-square meters in size, and a receiver that converts concentrated solar energy from the heliostats into steam that eventually drives the turbines. Currently, only one field of mirrors is up and running, but even that produces enough power to energize 6,000 homes, and the creators are hoping to see the entire population of Seville (600,000 folks) taken care of solely from sunlight. So if you're eager to see what's likely the greenest solar power plant currently operating, be sure to slip on some shades, tag the read link, and peep the video.[Via Wired]
Foster's to aid in first "beer battery" fuel cell project
While it's certainly debatable whether beer is to thank for the explosion in the consumer electronics industry, it looks like we'll be thanking the beverage without hesitation for making our world a little greener. Oddly enough, "scientists and Australian beer maker Foster's are teaming up to generate clean energy from brewery waste water by using sugar-consuming bacteria," and better yet, the University of Queensland will host a microbial fuel cell at a Foster's Group brewery near Brisbane. Essentially, the cell will consume brewery wastes such as sugar, starch, and alcohol, while producing clean electricity by harnessing the energy released from the organic materials coming in. The device is expected to produce two-kilowatts of power, and while hopes are to bring the technology to other breweries and wineries around the country, this iteration should crank up sometime in September.[Via Physorg, thanks Michael T.]
Proposals would turn highways into wind farms
Clogged highways and frustratingly waiting while your gas needle plummets to empty usually doesn't conjure up thoughts of green, but it seems like these very roads could become the source of a lot more energy. Several recent student designs have proposed that major roadways be retrofitted with various forms of wind energy collection devices, ranging from overhead turbines that collect energy from quickly-moving cars below to barrier panels (pictured after the jump) that harness the wind from closely passing vehicles moving in opposite directions. Ideally, the wind energy could then be sent back out to the grid to power nearby communities, light-rail transportation systems, or even intelligent billboards. Of course, most of these ideas are still in the research phase, and even if proven feasible, we can't imagine the up-front costs (or inconveniences of installing these things) to be minor, but we're sure that government subsidies should be able to to lend a helping hand.Read - Barrier panel prototype, via InhabitatRead - Overhead turbine design, via Inhabitat
