Lithium’s kind of a big deal. It powers everything from our gadgets to our cars—really our entire modern world. And that’s not changing any time soon; some analysts estimate that demand could grow up to 25% over the next several years. But how does one harness the power of a metal that bursts into flame every time it gets wet? How do you even get it out of the ground?
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Nobody thinks about batteries—until they’ve run out of juice, of course. But this humble and surprisingly ancient technology has done far more for human civilization than most people realize. More »
Having been riddled with setbacks, including a major recall of faulty batteries supplied to Fisker Automotive, Michigan’s favorite EV battery maker A123 Systems has filed for bankruptcy. It has also announced the sale of its main business units to rival Johnson Controls in a deal pegged at $125 million — a sad fraction of the billion dollars it raised since it launched in 2001 (not least from government grants). It seems that neither fresh lithium ion innovations nor a potential deal with Chinese investors were able to keep the company out of the red, which leaves A123 on the road to nowhere — right behind that other DoE-sponsored hopeful, Ener1.
Continue reading A123 Systems becomes America’s latest EV battery maker to file for bankruptcy
Filed under: Transportation
A123 Systems becomes America’s latest EV battery maker to file for bankruptcy originally appeared on Engadget on Wed, 17 Oct 2012 06:22:00 EDT. Please see our terms for use of feeds.
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Anyone who’s had to recharge an EV — or, for that matter, any mobile device with a very big battery — knows the pain of waiting for hours while a lithium-ion pack tops up. South Korea’s Ulsan National Institute of Science and Technology has developed a conduction technique that could cut that charging time down to less than a minute. By dousing the nanoparticle materials of the battery in a graphite solution that’s then carbonized, the researchers make a web of conductors that all start charging at once; current batteries have to charge towards the center slowly, like a not-very-edible Tootsie Pop. The immediate goal is to develop a secondary battery for an EV that could provide extra mileage in a matter of seconds. Here’s hoping that the Ulsan team’s fast-charging battery is more viable than others and spreads to just about everything — we’d love to have EVs and laptops alike that power up in as much time as it takes to fill a traditional car at the pump.
[Image credit: iFixit]
Filed under: Transportation, Science
Korean carbon-coated lithium-ion battery could cut recharge times down to minutes originally appeared on Engadget on Wed, 15 Aug 2012 19:31:00 EDT. Please see our terms for use of feeds.
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