Toyota's confidence in H2 technology remains as strong as ever. The company has released a new commercial that says it's not a matter of if we all start driving hydrogen cars, but when. In fact, the 70-second spot calls 2015 the turning point for the alternative powertrain technology.
Maybe we should just admit that the future is unpredictable, especially the hydrogen economy. Just recently, we've seen Toyota predict the cost of hydrogen will be between $5-and-$7 per kilogram in the future. UC Davis also recently released a report that says hydrogen can be inexpensive in the future, but that likely continued fracking for natural gas will be necessary. But what if it isn't?
At a cost of up to $2 million to install a station and barely any hydrogen vehicles on the roads, it might seem like the payback time on a hydrogen refueling setup would be quite long. However, First Element Fuel (FEF) thinks that it will only take five years to make a profit selling H2 to paying customers.
If California is going to sink millions upon millions to expand its hydrogen-refueling infrastructure, shouldn't at least some of that infrastructure be operated by a company that actually produces hydrogen fuel? Why, yes, and that's the case with Linde North America. The company has announced it will build two publicly-accessible hydrogen stations in Northern California, courtesy of a $4.3 million grant from the California Energy Commission (CEC).
Hydrogen Is The Fuel Of The Future, And Always Will Be!
Last year Elon Musk came straight out and said fuel cells are so bullsh*t. A couple months ago Slashdot ran an article asking where the future of automobiles was going: Fuel Cell or Battery Electric Vehicles. Mercedes, BMW, Mitsubishi, Renault / Nissan and of course Tesla are fully invested in battery powered electric vehicles, and yet somehow hydrogen fuel cells continue to be brought up as a viable alternative.
Japan's prime minister has a lead foot, apparently. Prime Minister Shinzo Abe recently had a photo op with Toyota's first production hydrogen fuel cell vehicle, even getting behind the wheel for a spin (no chauffeur for him, so much respect on our part). His primary impression was that the car had great pickup, before settling on the more politically correct view of noting the vehicle's lack of emissions.
Imagine if a little bit of water could make your internal combustion engine run cleaner and more efficiently, and help it produce more oxygen than a tree. That's what the LeefH2 device is designed to help your motor do. HNO Green Fuels, the maker of the LeefH2, wants to turn your engine – and every other combustion engine – into an oxygen farm while reducing particulate matter and getting more power out of your fuel.
Anybody remember the Ford Futura? It wasn't exactly a world-beater of a car, so we don't think the name Toyota's has apparently chosen for its first production fuel-cell vehicle is a tribute of sorts. Though one never knows. Maybe Toyota just likes 18-inch-tall EVs.
Zero-emissions vehicle development has never focused purely on off-the-line acceleration. So when a research executive with Mercedes-Benz parent Daimler says it's Okay that companies like Toyota and Hyundai will have a head start selling hydrogen fuel-cell vehicle, it's somewhat believable. But is Daimler really fine with being two years behind? It appears so.
Standardizing refueling systems isn't a quick process, and a new set of fueling standards for hydrogen stations were about 13 years in the making. But SAE International (SAE stands for Society of Automotive Engineers) said this week that it finally settled on a hydrogen refueling standard for light-duty vehicles. For the record, it's called SAE J2601.
The folks at Toyota in Japan can be pretty blunt about electric-vehicle technology prospects as a viable transportation alternative to the internal combustion engine. Here in the states? Slightly more sanguine.
Setting up a safe and convenient hydrogen infrastructure might not be as difficult as many thought, according to a study by Sandia National Laboratories. In fact, many existing gas stations offer a suitable footprint to store and dispense gaseous hydrogen for fuel cell vehicles. The Sandia study suggests that the current safety code that governs hydrogen fueling stations may be unnecessarily restrictive, and that a new science-based code could optimize hydrogen safety while allowing more places
Denmark will get four new hydrogen fueling stations from Air Liquide. The French company will put two of the hydrogen stations in Copenhagen, one in Aalborg and the fourth in Vejle. The new fueling stations are in addition to two already existing sites in Copenhagen and Holstebro. Read more at The Daily Fusion.
"Showing up is 80 percent of life," Woody Allen once famously said. Ask the students at the Netherlands' Han University of Applied Sciences who competed in the Shell Eco-Marathon Europe, and they may say that the director/actor was understating his point. Because just getting their car to the starting line of the contest was a victory in itself.
Hydrogen cars are on their way, and they aren't bringing harmful emissions with them. That doesn't mean they aren't without their problems. There are safety concerns about storing it under high pressure, whether that's inside the car or in a tank at the fueling station, for example. Also, the challenge of creating a hydrogen infrastructure at a large enough scale to actually make the cars practical is a daunting one. What if there were a safer, easier way to power vehicles with hydrogen? Well, s
A new Minnesota law that requires biodiesel blends goes into effect in just a few days, says KELO. Diesel drivers in Minnesota will be pumping soybeans into their tank beginning July 1. Every year, diesel will be sold as a B10 blend (ten percent biofuel) from April through August, and will scale back to a cold-hardy B5 blend from September through March. The biofuel largely comes from soybean crops grown within Minnesota, and the biodiesel industry pumps more than $900 million into the state eco
Toyota has finally unveiled its FCV hydrogen fuel cell sedan and its Japanese price. We won't have to wait too long to see the first of these revolutionary vehicles on the roads. It will go on sale in Japan in April 2015 and will come to the US and Europe later that summer.