Volkswagen is intent on becoming the world’s leading automaker by 2018 and that means being the top dog in every segment, including hybrid and electric vehicles. In fact, the automaker is so serious about its electric car efforts that it recently announced plans to start building its own electric powertrains, and enlisted the help of Tesla co-founder Martin Eberhard.
Eberhard is the electric vehicle engineering director at Volkswagen’s Electronics Research Laboratory (ERL) in Palo Alto, California, and speaking recently with Autocar he predicted that within the next 10 years electric vehicles will have a range of 500 miles or more. He went on to explain that at the point the further development of fast charging infrastructure will be unnecessary as most drivers rarely drive more than 500 miles in a day.
At ERL, Eberhard’s main focus is the development of the lithium-ion battery packs for the Golf blue-e-motion and E-Up all-electric vehicles--both of which are destined for trials and eventual sale in the U.S. The batteries being developed at ERL are the 18650-type lithium-ion cells commonly found in laptops and they will also be used for the more premium Audi e-tron electric vehicles as well.
Eberhard explained that the common 18650-type battery is at the forefront of electrical storage technology. There’s also a cost factor; the 18650-type battery, for example, costs about half of that used by the Nissan Leaf.
Incidentally, in addition to electric drive systems, the engineers at ERL are also working on new driver assistance systems and human-machine interface technologies, as well as improving the multimedia functionality and connectivity for the different Volkswagen Group brands. Some of its latest developments, for example, are the autonomous Audis that competed in the DARPA Challenge as well as the Google Earth functionality for the sat-nav systems featured in the new Audi A8 and A7 models.
[Autocar]
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By Bret Posted: 8/13/2010 8:42am PDT
By James Posted: 8/13/2010 8:43am PDT
By Bob Sullivan Posted: 8/13/2010 8:51am PDT
By Eletruk Posted: 8/13/2010 10:07am PDT
The bigger issue is really why does somebody need 500 miles in an EV? Electric Vehicles are much better suited for commutes and urban driving. And really, who is sitting in their car driving for 9 hours (55 MPH) straight? You have to take breaks every once in a while, and while you do, why not recharge?
By James Posted: 8/13/2010 11:26am PDT
By B-Man Posted: 8/14/2010 12:32pm PDT
By cdspeed Posted: 8/14/2010 12:43pm PDT
By cdspeed Posted: 8/14/2010 1:24pm PDT
By David Posted: 8/15/2010 3:44pm PDT
By Stephen_B Posted: 8/16/2010 8:49am PDT
The idea of using cheap energy dense batteries has merit. If enough of them are in parallel, they are also power dense. Laptop batteries are optimized for energy density. Obviously, they receive a lot of research attention. One possible scenario is that they maintain a price advantage over quick charging batteries while storing more energy and becoming cheaper.
By Jeff N Posted: 8/16/2010 12:12pm PDT
"The first generation Leaf will only use 6KW or 13Amps to charge."
I'm pretty sure the Leaf's internal charger, like the Volt's, is only capable of handling around 3.3KW. That also roughly matches 240V x 13A.
I heard a Nissan executive comment on NPR last Friday that supporting 6KW would cost more and they waiting for customer feedback before upgrading to handle 6KW.
By B-Man Posted: 8/16/2010 9:44pm PDT
By David Posted: 8/17/2010 5:59pm PDT
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