Right now there are only two primary sources for batteries for
hybrid or pure electric cars, Nickle Metal Hydride, or
Lithium-Ion. NiMH are the most common now because of cost, the
LiIon are coming on strong because of their lighter weight and
ability to store and release a much larger charge. But how about
the chemistry behind it, what's up with Lithium
supply long term?
This greasy solution yields the substance that makes modern
life possible: lithium. The lightest of all metals, lithium is
the key ingredient in the rechargeable batteries that keep cell
phones and laptops humming. Chile is the Saudi Arabia of lithium.
According to the U.S. Geological Survey, this single ancient lake
bed contains 27% of the world's reserve base of the
metal. ed.z.: Flooded lead acid and supercaps for the cheap
electric cars. The other stuff is good for the very high medium
to high end cars, but neither is going to be powering the 15
grand cheap electric commuter cars. Not with those numbers in the
article. And 40-50 grand for an electric car to save some on
gasoline isn't going to work past a smaller niche market, and
not in this economy.
China, which produces 23% of the world's lithium carbonate
but most of it at a far higher cost than Chile does, recently
started extracting brine cheaply from a Tibetan salar.
Presumably resources are a contributor to China's
annexation/invasion of Tibet. If Chile is the "The Saudi
Arabia of Lithium" then Tibet must be the "The Iraq of
Lithium"?
That's the thing, we need affordable electric vehicles (pure
EV with at least 40 mile range or like affordable diesel electric
PEV) starting 2009, 10. Right now that is flooded lead acid (golf
cart batteries, low in power but cheap, suitable for like 10-20
miles "around town" type cars, NEVs), NiMH and LiIon
(suitable for hybrids or plug in normal vehicles right now), they
are all production ready in mass quantities. Thin film cheap
printable solar panels are in development as well, but what
limited supplies exist that are being produced are all spoken for
in advance, like the nanosolar stuff, they might as well be
unobtanium. I don't know what the current (pun intended)
status is of the flooded lead acid/supercap hybrid batteries,
hopefully they are REAL soon now. If ten to twenty years the
other battery tech is good enough for mass adoption, swell, but
industry has a robust relationship with the others as the status
quo at this time. Those are doable. We've seen the insane
price swings with conventional petroleum, we need a transition
stage with vehicles now, in a big way, hundreds of thousands to
millions of vehicles, before that happens again, or perhaps even
worse, an emergency much larger Mideast war for example could
about bankrupt the world worse than what is happening now if gulf
oil shipments went offline in large part for any extended period,
like months or even years, which could happen. In other words,
more research is still good and warranted, but it is "good
enough" now to get the ball rolling past a couple hundred
expensive electric vehicles a year. We need the electric Model A,
get the ball rolling in the affordable commuter and light truck
areas. And 40/50 (proposed Volt price range) to 100 grand is not
"affordable" in any large part now, they need to be
like 20 grand, skip the bling and the bloat and heated DVD trays.
They have to be loads closer to conventional entry level
inexpensive cars that exist today in price to get economies of
scale ramped up quickly.
Every crisis forces a technological change for the better.
Batteries research was dead for almost 100 years until it was
needed for space travel... Now that it's needed for OUR
travel - and to save our financial systems, everyone is FINALLY
doing basic battery research.
I know times are bad, but people need to remember that
"bad" times are a necessity to WAKE-PEOPLE-UP! And
cause us to FORCE the change necessary... even when the largest
NOnational corporations attempt to stop progress (like buying the
NiMH technology patents)... and many other patents we don't
even know about.
It is time for global energy change.... and we must stick
together and be POSITIVE. Let's all go to www.Change.gov and
tell the President Elect what should really be done... Let's
all be positive and not only share information with our peers,
but with a government that actually has set-up a website to
LISTEN to our ideas. For other interesting topics like the one
here: please visit: www.HiddenBuzz.com
By the Numbers for Electric Car Batteries
Right now there are only two primary sources for batteries for hybrid or pure electric cars, Nickle Metal Hydride, or Lithium-Ion. NiMH are the most common now because of cost, the LiIon are coming on strong because of their lighter weight and ability to store and release a much larger charge. But how about the chemistry behind it, what's up with Lithium supply long term?
This greasy solution yields the substance that makes modern life possible: lithium. The lightest of all metals, lithium is the key ingredient in the rechargeable batteries that keep cell phones and laptops humming. Chile is the Saudi Arabia of lithium. According to the U.S. Geological Survey, this single ancient lake bed contains 27% of the world's reserve base of the metal. ed.z.: Flooded lead acid and supercaps for the cheap electric cars. The other stuff is good for the very high medium to high end cars, but neither is going to be powering the 15 grand cheap electric commuter cars. Not with those numbers in the article. And 40-50 grand for an electric car to save some on gasoline isn't going to work past a smaller niche market, and not in this economy.