Daily Debrief: Is Honda's fuel cell design the answer to $4.50 a gallon gas?
Earlier this week, Honda began building the first hydrogen fuel cell-powered car for commercial use. In green-tech circles, this has become quite the big deal--not the least reason being that the auto's only emission is water. Oh, and did I mention that the car will get more than 70 miles per hour?
But even though the Honda FCX Clarity, which runs on hydrogen and electricity, is a study in how high tech is changing car design, it's not the only approach. Earlier, I spoke with CNET's Brian Cooley about what the future holds.
Charles Cooper has covered technology and business for more than 25 years. Before joining CNET News, he worked at the Associated Press, Computer & Software News, Computer Shopper, PC Week, and ZDNet. E-mail Charlie. 




Lets face it gas is still the cheapest, best way to get around...
Hybrids cost to much, even at 25g, when you can get the same with just the 4 banger, and loose 8mpg, and retain 10grand in cost diffrence.. 10 grand is alot of gas...
Flex fuel, is just stupid... yea! lets make food costs go through the roof so we can run our cars on corn... Brilliant!!!
Full electric... Hmm, unless you charge your car with sun or wind power, guess what? Chances are your "Clean" car is being charged by coal or natural gas...
What we need to do, is make the government, drop the requirements to reach a certain saftey requirement, so that car makers can make cars lighter... Lighter cars require less HP and thus burn less gas... I think it should be up to the consumer on what they would rather, not the big wigs who dont care if it costs 5bucks a gallon... Chances are they have stock in it anyway!
Last year I bought a Toyota Camry. The reason was that magic number on the window ... 34 MPH hwy. Like an idiot, I believed it.
To make a long story short, I wasn't getting anywhere near that on my car. I returned it to the dealer and found a couple times it was a computer problem. Once that was fixed, I still couldn't get near the 34. I was stuck between 26 and 28 MPG hwy. I returned to the dealer only to be told the EPA had re-evaluated all cars and lowered the expected mileage. Sure enough, when I went out on the lot and looked at the Camry's, all of them had changed to 26 - 28 hwy. AMAZING! Now why didn't they do that in the first place and I wouldn't be driving this 4 banger when I had a car getting 24-26 on the highway. That might answer your question about the difference between 1991 and today.
Coop, fix the article!
(I just LOVE him)
There are no large pools of hydrogen waiting to be pumped out of the ground. Most commercial hydrogen is made from natural gas or other hydrocarbon feedstocks. Unless the hydrogen comes from a clean source it is no better than oil as far as carbon dioxide emissions are concerned.
IF we produce hydrogen by hydrolysis of water, (using electricity to split water into hydrogen and oxygen), it will be "green" only if the electricity source is green (wind, solar, geothermal, wave). But even then, it may more energy efficient to use the electricity to directly charge a battery, rather than create hydrogen.
Whether someone will come up with an energy sensible method of creating hydrogen is yet to be seen. For us to bet all on a hydrogen future is foolish until we know we have a viable way to cleanly and efficiently make hydrogen.
What is foolish is our utterly complete reliance on current sources which are both self injurious AND depletable.
Indeed, Hydrogen fuel is but a battery. But, betting on us to find clean ways of charging that battery may well push us to do so. In this catch-22, someone has to be forward-thinking enough to make the first move.
Kudos to Honda and the other companies and organizations that dare push the envelop in this arena.
Haven't you heard of the Air Car? It has a motor powered by compressed air. That's right air. Readily available. Just need to compress it into an onboard storage bottle.
http://www.popularmechanics.com/automotive/new_cars/4251491.html
http://zeropollutionmotors.us/
Much cheaper than a Honda fuel cell with a smaller carbon footprint.
The Japanese have also recently announced an H2O car although that is in the very early stages of development.
We have SUVs and Hummers because that segment of the auto industry magically missed the government's auto standards years ago, when passenger cars were forced to meet certain mileage standards. Given no gov. regulations, the auto builders respond to what the population wants -- big, powerful machines. A few points:
1. It was only when the gasoline got so expensive that folks demanded better economy...but as soon as the "gasoline shortage" of the 1970s was over, they all went right back to their big gas-guzzling cars.
2. Until folks stop buying all of those vehicles, they will continue to be built.
3. If the notion that auto companies could build them lighter and more economical by their own initiative, we'd already have this problem solved.
4. If we suddenly had $2 gasoline again, folks would go right back to their Hummers and massive SUVs and would be more than happy to do so.
Broad usage of fuel cell vehicles and fuel cell powered mobile electronics rely on two PGM metals, platinum and palladium, which are in short supply and will be more so in the near future. There are two great North America based mining companies who can benefit greatly.
Read these articles for a detailed analysis:
http://seekingalpha.com/author/mark-anthony
I am currently driving a Prius and I wish I can drive a hydrogen fuel cell car very soon!
Instead of subsidizing Big Oil, we should be subsidizing the infrastructure of this technology. There's mention of "natural gas" needed to build these small refueling stations. I believe that natural gas is vaporized steam, super-energized by a certain radio frequency. Since this car is 2nd or 3rd generation already, this latest model was greatly improved with a bigger battery.
The price to manufacture these cars will come down once they're mass-produced. They're quite lightweight, compared to the typical automobile of today. Reducing the weight with a small electric engine, battery and 4 gallon fuel tank, allowed more room inside the sedan. Thus, these cars should be considerably cheaper to buy, once they are massed produced. Right now, the factory in Irvine, CA produces only one car a month.
Right now, a lightweight car for $2,500 is in production in India, designed by a Frenchman who wants to share the technology with every country to produce their own--and put people back to work--instead of exporting the cars. This particular car runs on air compression. Most of us have an air compressor in our garage and simply requires an adaptor handle and recharges quicker than the FCX. This car is very bare bones, no frills, just cheap transportation.
The Problem: Hydrogen Power sounds like a great idea on paper. Sounds great on the news too.
The Reality: Won't happen unless you prefer to live green and backrupt
The Best solution: Hybrids + Fuel efficiency. America's best bet is to CONSERVE OIL.
http://www.americansolutions.com/
- by empryean June 21, 2008 9:25 PM PDT
- Right, GM and Ford made electric cars from 1996 to 2001 then shredded them in a metal grinder. Today, the electric car can and should be mass manufactured. An electric car, the size of a Malibu, can go 200 miles on a charge and go 75 mph. Yes, the charge takes 6 to 7 hours, but so many Americans can fit within that framework that millions of gas cars could be taken off the highways...not 5 or ten years from now, but right now. The demand is so swollen it fixing to explode like a water ballon and when somone like Tesla Motors starts cranking them out, they will make billions. The electric car's time is now.
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