500mi IBM Air-battery?  A benign virus to improve li-air pack (video)

http://hpr2.org/post/electric-cars-drive-demand-cheaper-more-powerful-batteries
Electric Cars Drive Demand For Cheaper, More Powerful Batteries
November 14, 2013

[image  / Imprint Energy
http://mediad.publicbroadcasting.net/p/shared/npr/201311/245228798.jpg
A prototype of a flexible battery from Imprint Energy, one of 40 companies
working on battery technology in the San Francisco Bay Area.


Audio   
http://pd.npr.org/anon.npr-mp3/npr/atc/2013/11/20131114_atc_14.mp3?orgId=150&topicId=1019&ft=3&f=245060918
4:01min
]

If there's one person you'd expect to have an electric car, it's Venkat
Srinivasan. He's in charge of battery research at the Lawrence Berkeley
National Laboratory in California.

"I'm actually in the market for a new car and would love to buy an electric
car," he says. "But there are practical problems."

Srinivasan is driving around the lab's campus in a mini-electric car, sort
of like a golf cart. But there aren't many full-size versions that would
work for his daily 70-mile commute. The Nissan Leaf goes about 75 miles
before it needs charging. Tesla's sedan can go 300 miles, but it's pricey.

"What we want to do is get cars that go 200 miles, but you can buy them for
the cost of, say, a Toyota Corolla or Toyota Camry," Srinivasan says. "Where
we are today in battery technology, we need a lot more work before we can
get there."

Lithium-ion batteries — the ones in today's electric cars and cellphones —
have come a long way in the past 20 years, packing twice as much energy in
the same amount of space.

But compared to semiconductors, Srinivasan says, "that evolution is very,
very slow" — computer chips have doubled in speed every 18 months.

Srinivasan says lithium-ion batteries have improved about as much as they
can. What's needed is a whole new technology.

The Time Investment

Christine Ho, co-founder of Imprint Energy in Alameda, Calif., shows me a
battery that's the size of a postage stamp. It's paper-thin and bendable.

"A lot of our customers, and I think just consumers in general, they just
want things to be thinner," she says.

Lithium-ion batteries don't perform well when they're paper-thin, so Ho came
up with a new type of battery chemistry using zinc. Ho says her battery
could show up in laptops, electric cars and, because it's flexible, wearable
electronics like a cellphone on your wrist.

Imprint Energy is one of 40 companies working on battery technology in the
Bay Area. Many are startups that have tapped into millions of dollars of
Silicon Valley venture capital.

But building hardware takes longer than building software, Ho says — and
software is what Silicon Valley is used to.

"The investment community has really had a challenge with how long it takes
for these technologies to be mature enough that they'll be accepted," she
says.

But the potential payoff is so large that big corporations are also getting
in the game.

At IBM's Almaden Research Center in San Jose, Calif., Bryan McCloskey holds
up a test battery that has two little tubes sticking out of it.

"You're feeding a gas into your battery on one side," he says. "This gas
just happens to be air, ambient air."

Today's batteries produce energy through self-contained chemical reactions,
but IBM's battery would use oxygen from the air. That makes it smaller and
more powerful.

McCloskey says it could take a decade to develop, but IBM is hoping the
battery will take cars 500 miles on a single charge.

"If you could envision powering every single car in America with a battery
that has IBM stamped on the side of it, that has a huge market," he says.

An International Battery Race

But there's tough competition in the market from other countries like China,
South Korea and Japan. Two U.S. battery companies have already folded, and
they had the help of federal grants from the Department of Energy.

The agency has put $2 billion into battery development, including a national
research hub that's working with Lawrence Berkeley National Lab. Srinivasan
says its goal is a "moon shot": to make a battery that holds five times more
energy at one-fifth of the cost — within the next five years.

He says the key is getting the technology into the hands of U.S. companies
quickly.

"What we're trying to do here in the long term is trying to find a way to
create a battery industry in the United States," he says. "Today in the
United States, we don't do much battery manufacturing, and so we've lost all
those jobs."

[CA's] San Jose State University is launching a battery curriculum to train
workers for those new jobs. Classes begin in the spring.
[© 2013 KQED Public Media, © 2013 Hawaii Public Radio-HPR2]
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Public EVSE .4mi from LBNL



http://www.greencarreports.com/news/1088487_bio-batteries-researchers-use-viruses-to-improve-electric-car-energy-storage-video
Bio Batteries: Researchers Use Viruses To Improve Electric-Car Energy
Storage (Video)  Nov 15, 2013 - MIT say that a benign virus could be the
next step in improving lithium-air battery technology ...
[video
http://www.youtube.com/watch?v=pUVrUIV4xu4
]




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