Mercedes: Hundreds of Thousands of Hydrogen Cars Coming 12 comments
an article to
-
Font Size:
-
Print
- TweetThis
By Michael Kanellos
FRANKFURT, Germany -- The hydrogen car isn't dead at Daimler (DAI).
Dieter Zetsche, chairman of the German auto maker and the head of Mercedes-Benz, told an audience today during a fanfare at the International Auto Show taking place in Frankfurt that the company is still committed to hydrogen cars.
The company is about to enter into "low volume" production of the F-Cell, Mercedes' hydrogen car, as well as an all-electric smart car.
The market will see hundreds of thousands of them over the next few years from a variety of manufacturers, he added. Germany is also trying to ready a national network of hydrogen filling stations.
Although hydrogen has its skeptics, many still see it as a way to get around one of the more intractable problems with electric cars: the lengthy charge time. A hydrogen tank can be filled in minutes and can continue to charge a car's battery for hundreds of kilometers.
Critics, though, abound. "Personally, I don't see it happening in the next ten to 15 years," said Wolfgang Hatz, who heads up drivetrain research for the Volkswagen group, in a separate interview.
The crowd around the F-Cell was also a lot lighter than the one around the new car Mercedes unveiled today: the SLS AMG, an all-electric coming in 2013. There were at least a thousand people in the room.
Related Articles
|




























Sounds like a supercar with 48kWh of Li-Ion batteries and a motor on each wheel. Sure to cost six figures.
Mark Bern-
I hear your comment frequently. In fact, utilities would profit from electric cars as long as they recharged during off peak hours at night. Very little utility infrastructure would have to be added in this case since there is such a disparity between on and off peak use. Capital utilization would go way up.
You are correct of course that the fuel to generate the extra electricity is not free. From the utility perspective, their base load would increase and the on-off peak fluctuation would decrease. Ideally, over time they would take advantage of this by using less expensive base load fuel sources.
A typical electric car (24 kWh) charging in 6-8 hours is about the same electrical load as a hot water heater or a cooking range. The ratio between electric and gasoline cost per mile is about 1:7.
I haven't seen concrete specifications for one. It all seems like vaporware hype at this point. I'm not talking negative about the possibility that there may be real hydrogen cars in the next 10 years. I'm just in "show me the car" mode.
We have seen this before. Car companies don't like EV's because they last forever and need few replacement parts which greatly lowers their profits.
So they are now trying to pull the Fuel Cell scam again just like the headfake of them in the 80's which failed just like this one will. Why is costs. H2 is very expensive, ineff if total costs are taken into account. H2 itself costs $10/gal equivalent as it's ineff to make, store, transport. No where do they mention that H2 leaks out of 2" of steel along with making it brittle.
Then let's look at foolcells, they are expensive, far more than a 400 mile range lithium battery pack and limited life, the cells becoming poisoned just by the air of fuels used and the heat, etc.
Now look at the alt, EV's. A good EV can be built now using lead batteries that goes 100 miles and can be charged in 15 minutes to 80% charged. With a quality charger they will last 5-8 yrs and only cost $1k to replace and probably less in mass production
By building them in composites but using medium tech FG, Kevlar, etc instead of carbon fiber, using DC motors, controllers and other industrial EV parts, lead traction batteries these can be very cost effective, built for under $11k for a 2 seat sportwagon, $15k for a 4 passenger one. With a 10hp/1000lbs of EV, generator you can get unlimited range at over 100mpg as an option.
But do we get such sensible EV's? No we get needlessly expensive, heavy, future tech that raises the cost as car companies try to prove EV's are not viable.
Such a low drag EV on lithium would need only 60-100wthrs/mile of energy, 40% of those proposed, thus needing 40% of the battery, EV drive, brakes, tires, suspension, etc making EV's very cost effective. But Composite bodies, chassis' don't rust so they won't do them either. Cost of composites is lower than steel because the tooling is many, many times less costly and materials are about the same.
My composite 100 mile range, 80mph EV sportwagon would cost under $12k to produce with a very good profit margin. The body/chassis only costs $2k in low #'s, the battery, EV drive only $2.5k and another $3k for everything else and labor shows this can be done. I've done composites for 35 yrs now so know what I'm talking about. In high production numbers these can cost even less.
Car companies better get their act together as these can be done without them and with the $150bbl oil late next yr will be done. The only question is will it be them or other new car companies.
I will take at least years before the world will find "THE" best way to power a car.
But who will be the winner?
socialpicks.com/stock/... -----talks about deals in canada bus fleet and working with ford and toyota. They have a product that looks good but we will have to see. A lot of corrupt politicians and business dealings with lobbyists are hard at work trying to protect their rice bowls in a lot of technologies right now and which one gets to the finish line first is unknown.
On Sep 16 12:29 AM Road Runner wrote:
> I will believe in hydrogen cars when I see them. And I will believe
> in hydrogen refueling stations when I see them.
>
> I haven't seen concrete specifications for one. It all seems like
> vaporware hype at this point. I'm not talking negative about the
> possibility that there may be real hydrogen cars in the next 10 years.
> I'm just in "show me the car" mode.