Hydrogen fuel-cell cars have not progressed as fast as some companies had predicted 10 or 15 years ago.
No carmaker sells a fuel-cell vehicle in any kind of volume, but plug-in electric cars are on sale in North America, Europe, and Asia, with tens of thousands sold (and likely more than 100,000 within 18 months).
The list of manufacturers aggressively pursuing hydrogen-fueled vehicles has dwindled to three: Toyota, Mercedes-Benz, and Honda.
Cars coming in 2014 and 2015
Toyota has announced plans to put a fuel-cell vehicle on sale by 2015, though its price may be higher than the original target of $50,000.
That car was previewed by the FCV-R Concept shown over the last year, but volume is only expected to be in the "tens of thousands" during the 2020s.
Daimler just last week said it would sell small numbers of its B-Class F-Cell compact starting in 2014, using the next-generation B-Class as a base.
It will also launch a larger hydrogen-fueled vehicle coming the following year, the company's U.S. manager of advanced product planning, Sascha Simon, told Automotive News.
The company has now leased roughly 35 B-Class fuel-cell prototypes to drivers in the Los Angeles area, with more on the way. Lease cost is $850 per month.
Compliance cars only?
Honda was actually the first maker to release a so-called "production" fuel-cell car, its FCX Clarity model, into the market in 2008.
Volumes for that lease-only vehicle, however, are measured in dozens per year. So we wouldn't really call it a volume-production vehicle.
And the company has said very little lately about its future plans for fuel-cell vehicles.

Actress Q'orianka Kilcher poses next to a Honda FCX Clarity at the 2007 Los Angeles Auto Show.
Enlarge PhotoAt least in North America, however, all of these cars are likely to be sold in volumes just sufficient to meet California's Zero-Emission Vehicle mandates.
In other words, like low-volume electric cars announced by several makers for 2012-2014, they'll only be "compliance cars" meant to meet legal requirements.
GM dials down
Meanwhile, General Motors has dialed down its fuel-cell program, which fielded the world's largest test of hydrogen-fueled vehicles under the "Project Driveway" test program.
Five years ago, that project put more than 100 Chevrolet Equinox crossovers, converted to run on electricity from a hydrogen fuel cell, on the roads for testing by consumers, media figures, celebrities, and other influential test drivers.
Now those cars have largely been withdrawn, and some of the hydrogen fueling stations that served them--in White Plains, New York, and Culver City, California, for instance--are shuttered.
The fuel-cell research team has been folded into GM's broader vehicle electrification program, which is focusing on range-extended electric cars like the Chevrolet Volt (and small numbers of all-electric compliance cars like the Chevrolet Spark EV).
Known challenges
The challenges of hydrogen fuel-cell vehicles are by now well-known, including:
Five-year-old show car?
It's probably telling that at last week's 26th annual Electric Vehicle Symposium in Los Angeles, many attendees remarked on the dearth of fuel-cell electric vehicles.
We only saw two there, and from the VIN visible in the windshield, the maroon Honda FCX Clarity on the show floor was the third one ever built--from 2007 or thereabouts.
Is hydrogen "the fuel of the future"--and, as the joke goes, destined to remain that way forever?
We think it's too early to tell. But we'll be curious to see whether fuel-cell cars actually hit the roads in 2015 and, more importantly, in what kind of volumes.
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It's going to take a crapload of spin to make fuel cells look like a smarter purchase than an electric car.
Pity the poor fool that bought an 8-track battery car, when mp3 fuel cell cars are on the way.
Many hybrid-electric vehicles have reached mileages well over 200,000 in grueling taxi use. Just two examples:
http://www.greencarreports.com/news/1020431_more-proof-that-batteries-last-ford-escape-hybrid-taxis-retire-with-300000-plus-miles
and
http://www.greencarreports.com/news/1063767_ford-hybrids-prove-durability-by-racking-up-most-taxi-miles
They were test stations. All that is needed now is standardization on psi and nozzles.
Yes, GM did do that; they foresaw a “chicken-or-egg” question over which to do first: establish H2 fueling stations w/ no cars to buy the fuel, or build electric cars, powered by H2 fuel cells w/ no H2 to fuel them with. (Continued)
We can do that. We already heat homes with gas. My own sister does that in Massachusetts; passing through the countryside, we can see that many homes (and other buildings) have those big fuel tanks; the market is there. GM can get a second chance. Ford or Chrysler might like it. So might our promising newcomer: Tesla Motors. (Continued)
In the challenges part I also miss storage. Hydrogen storage is a huge challenge, and probably the reason why there is no EV/FC combination proposed yet by competitors.
However, the campaign against hydrogen mainly focuses on fuel cells. As fuel cells improve, the campaign expands to the other portions of the hydrogen segment neglecting the advancements in those areas. Of course, you already knew this. [grin]
Peace
As far as infrastructure -- the US already produces enough hydrogen for 110 million vehicles. The only effort is the last mile of adding a hydrogen pump to existing stations -- this requires standardization of the nozzles and psi. But not much more.
In my interview, I was startled to learn that the B-Series F-Cell driver who lives in Hollywood has to drive 25 miles to Torrance to refuel her hydrogen-powered Mercedes-Benz, for instance.
It's slightly more than a "last mile" problem. The White Plains, NY, hydrogen fueling station cost almost $2 million and took 2 years, because no local zoning codes now cover H2 fueling. The minimum national grid of 15,000 stations (even at half that cost) would thus run $15 billion or more.
in 4 years Better Place have built a working infrastructure and are giving me car 275 this week.
Which is real and which is the illusion?
Hydrogen’s cost has become much less, now that a new organic catalyst has been developed that replaces the very expensive platinum, as a catalyst.
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