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Want Tesla's home battery soon? Go to Vermont
Tesla's upcoming Powerwall battery might be sold out through mid-2016, but you might get one as soon as January... if you live in the right state, that is. Vermont's Green Mountain Power will offer the home energy pack to residents who want to save the environment (and lighten the load on the electrical grid) by generating and storing their own electricity. If you share the battery with GMP, you can either get a $31.76 credit on your bill (if you buy the Powerwall for $6,500 outright) or pay $37.50 per month with no money down. You can also buy the Powerwall without sharing it, if you'd rather keep all that juice to yourself.
Mishmash TV show created to judge power consumption
Accurately measuring exactly how much juice your HDTV is consuming has been all the rage of late, and now, "television manufacturers and broadcasters have produced what may be the world's most boring TV program to measure energy consumption on new-generation televisions." Apparently, the International Electrotechnical Commission (IEC) is looking to "have a standard way of measuring how much energy plasma and LCD TVs use," and there seems to be no better way to accomplish the goal than to edit together a ten-minute clip consisting of bits from soap operas, nature programs and sports which the tested sets would play. No word yet on whether this highly-anticipated programming will hit HD DVD or Blu-ray, though.
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.
'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]
Prius hack utilizes Vehicle-to-Grid technology to power your crib
For those of you Prius owners who felt the novelty of a hybrid vehicle was finally wearing off, a whole host of new hacks are starting to emerge, which should go quite a ways in expanding the utility of your gas-sipping whip. When you're not cruising around at the tune of 116 mpg, you can purportedly flip the power in reverse and actually juice up your house with your ride. A prototype system being demonstrated by California's Pacific Gas and Electric Company utilizes Vehicle-to-Grid (V2G) technology to actually send power in reverse to energize a few in-home lights, appliances, and of course, Wii exercise sessions. Potentially more interesting is the possibility to actually "sell back energy to the utility during hot afternoons when demand is highest and most costly to avoid blackouts." No word just yet on when this stuff will be rolled out en masse, but if you needed just one more reason to plunk down for a Prius, it doesn't get much better than this.[Via The Raw Feed]
Survey sez LED lit parking garages seem safer
We had a sneaking suspicion that there was an ulterior motive behind Raleigh getting lit up as the "world's first LED city," and aside from savings tons of dough on energy bills over the next decade or so, it seems to make motorists feel a good bit safer, too. According to a before and after survey conducted by Mindwave Research, the number of respondents who "perceived the garage as very safe increased by 76-percent after the LED fixtures were installed." Admittedly, the newfangled lighting certainly added a new level of brightness to the situation, and the number of individuals who gave the garage an overall rating of "excellent" increased by 100-percent in response. The (unnecessarily lengthy) survey also added a few more minor figures to further prove that LED lighting is simply superior to the other stuff , but we're not yet sure if Cree will successfully use this ammunition to grab even more contracts to freshen up the city lights.
University of Edinburgh crafts energy efficient FPGA supercomputer
Considering that ATI and NVIDIA don't seem to be making any substantial strides in reducing the amount of energy required to run their products, it's a tad surprising to hear of an entire supercomputer running a bit leaner than the competition. Hoping on the ever-growing green bandwagon, University of Edinburgh developers are at it again, this time crafting an uber-speedy machine that's reportedly "ten times more energy efficient and up to 300 times faster than its traditional equivalents." Based on field programmable gate arrays (FPGA), the chips are not only very difficult to program, but they can currently only be used "to perform very specific tasks." Of course, the creators are more interested in the extreme number crunching and power saving abilities than anything else, and while no commercial uses have been identified just yet, the machines could purportedly be used in fields such as "drug design, defense and seismology."[Via CNET]
Motorola to roll out cellphone-charging bicycle in "emerging markets"
Here's one we weren't exactly counting on seeing. Motorola's cheif executive Ed Zander rolled into a packed room here at CES on a bright yellow bicycle, topped off by having Queen's "Bicycle Race" cranked in the background. Yes, oddly enough, Motorola is coming out with a self-branded bike for "emerging markets," which translates into countries where energy sources are scarce. While the company has seen declines here in America due to a very saturated handset market, nearly 5 million folks per month are going mobile in China, thus the need to penetrate those potentially lucrative third world areas. The vehicle will sport a cellphone charging system to provide a way to energize those handsets so intently desired all around the globe. As expected, a cradle on the handlebars would house the mobile, while the motion of the pedals would generate electricity to recharge its battery pack. While this might not sound convenient or even worthwhile in a place like America, "more than 500 million Chinese people rely on bicycles as their primary mode of transportation," which could also mean that half a billion folks in China will soon be cruising the streets while doubling as an AC adapter.[Via Textually]
