In article ,
says...

wrote in message ...

On Thu, 08 Mar 2012 10:04:11 -0500, Oscar wrote:

On 3/8/2012 8:49 AM, wrote:
On Wed, 7 Mar 2012 22:53:44 -0800, "Califbill"
wrote:

wrote in message ...

On Wed, 07 Mar 2012 14:25:15 -0500, wrote:

On 3/7/2012 1:33 PM, iBoaterer wrote:
In web.com,
says...

On 3/7/2012 8:46 AM, iBoaterer wrote:
In ,
says...

In ,
says...

On Sun, 4 Mar 2012 18:57:23 -0500, wrote:

In ,
says...

On Sun, 4 Mar 2012 10:00:39 -0800, "Califbill"
wrote:

wrote in message
...

On Sun, 4 Mar 2012 10:36:10 -0500,
wrote:

In ,
says...

http://deathby1000papercuts.com/2012...lectric-lemon/


Told you, and you laughed...snerk Sometimes it pays to
look
at the
world with an open mind...

Has nothing to do with the technology and everything to do
with
the
sales.

It has everything to do with the COST of the technology tho.

Basically the problem is battery cost vs price.
These things are rich man's toys. If saving money is your
objective,
buy a Cruze and put the left over $20,000-30,000 toward gas.

I understand the government will subsidize your electric car
purchase
to make that price delta look more attractive but that does not
reduce
the cost, it only transfers it to people who can't afford to
buy
one.


-----------------------------------
Very true. Look at the subsidy for a Tesla. Average income of
a
Tesla
buyer? $250k. As to technology. In 1919 an electric car got
30
miles to
the charge. What does a Volt get? 30 miles. Not a lot of
technology
improvement in nearly a 100 years. Still down to battery
technology. Plus
where is the power to charge going to come from? They say no
pollution.
What about that coal or oil fired generating plant?

Actually they had a range of about 100 miles, but you'd probably
bitch
about the 20 mph top speed, the eisenglass windows, and no
gasoline
backup.

It appears that the same problems they were having 100 years ago
with
electric vehicles are the same problems they have today.

http://inventors.about.com/od/estart...c-Vehicles.htm

The initiation of mass production of internal combustion engine
vehicles
by Henry Ford made these vehicles widely available and affordable
in
the
$500 to $1,000 price range. By contrast, the price of the less
efficiently produced electric vehicles continued to rise. In
1912,
an
electric roadster sold for $1,750, while a gasoline car sold for
$650.

I'm waiting on the fuel cell. You people talk like the Wright
Brothers
were idiots for not building the 747, first. Maybe Edison should
have
invented the halogen bulb, first.

You will notice that the Wright brothers plane runs on the same
fuel
that today's 747 runs on.

I don't know where you came up with that gem of misinformation,
but
it
is demonstrably totally wrong. (Like the rest of your assertions.)

The response you'll type to this will be possible because of all
of
the money spent 50+ years ago on the space program, which a lot
of
people said was idiotic and useless.

http://en.wikipedia.org/wiki/History_of_the_Internet

Things change and the gas station as we know it is on the same
path
as
the blacksmith at the end of the 19th century.

The fueling station will not change for another 50 years.

You will soon be proven wrong. Look for LPG light trucks and cars
in
the next model year or so, with road tractors soon to follow. It
will
be a small leap to add electrical power.

http://www.extraordinaryroadtrip.org/research-
library/technology/liqufied-petroleum/ad-draw.asp

The drawbacks of LPG include:

In cold conditions, below 32 degrees Fahrenheit, starting
could
be a
problem because of the low vapor pressure of propane at low
temperatures.
One gallon of LPG contains less energy than a gallon of
gasoline.
The driving range of a propane vehicle is about 14 percent lower
than
a
comparable gasoline-powered vehicle.
LPG is generally higher priced than other fuel alternatives
such
as
CNG and gasoline.
There are over 4,000 LPG refueling sites in the US, more
than
all of
the other alternative fuels combined. Most of these stations,
however,
are not readily available to consumers on a 24/7 basis. This is one
of
the reasons why most on-road applications are bi-fuel vehicles,
which
burn LPG and gasoline.



http://en.wikipedia.org/wiki/File:Energy_density.svg

You will notice that the Lion battery is way down near 0,0.

The Lion battery's days are numbered. Better technology is just
around
the corner.

They are working on the heat problem. They haven't come up with
anything
better, NiMh isn't any better. The plastic batteries are not ready
for
prime time. And the ceramic batteries are not cost effective to
manufacture.

LPG is NOT higher priced than gasoline.

By what measure?

Cost.

Cost per gallon? Cost per pound? Engineers are supposed to be precise
and un ambiguous. So far you ain't doin so good.

Does it matter? Considering the current respective costs, cheaper is
cheaper.

At this time it is cheaper per gallon.

At this time it is cheaper per pound.

At this time it is cheaper in cost per distance covered.

At this time it is cheaper in BTU consumed.

It is cheaper to use as a fuel.
----------------------------------------
Cost per MPG? LPG is about $3+ around here.

$3 ? It costs $60 to fill a 20# grill tank? Holy crap! I can get one
filled, retail, for a little over $14.00, including tax.

I buy 33# for about the same price including tax, delivered. (This
company won't do consumer tanks.) Who knows what the stuff really
costs? And what the markup is.

Realize that $3 per gallon at 4 1/2 gallons equals $13.50

Maybe we need clarification on whether it is $3.00 per gallon or $3.00
per pound. Normally, one purchases LPG per pound, not gallon. Tanks
are size by pound, not gallon. Buying a gallon of product, without
control of density, is pretty lame.

In any case, when buying small quantities, you are paying about twice
what the product can be bought for (retail) in larger quantities.

----------------------------
I have never bought by the pound. The tank is a weight defined tank, but
every pump has a gallon meter to charge you when you purchase a fill.

It doesn't matter in this case. We are talking about two different
things with two different theoretical amounts of energy produced. For
one to be "cheaper" than the other, it would have to have the ability to
produce X amount of energy for less cost than the other. That is what
LPG does.