The economic and market potential
of hydrogen vehicles remains uncertain.
FCHV - adv models were also placed with the California Fuel Cell Partnership, a public - private partnership organization to promote the adoption
of hydrogen vehicles in California.
Only 100 cars were made, which were leased to high - profile customers, in order to promote the use
of hydrogen vehicles.
California is similarly building out a series
of hydrogen vehicle refueling stations along major roadways in the state.
A hydrogen internal combustion engine vehicle (HICEV) is a type
of hydrogen vehicle using an internal combustion engine.
Not exact matches
Maybe algae will scale up from a few thousand gallons a month to billions
of gallons a day, or solar energy can be converted to
hydrogen, which will then power the planet's 600 million
vehicles via fuel cells; but the market has no way to price the possibility than essential resources will enter permanent depletion declines and that no cheap, scalable substitute exists.
Honda established a division late last year to develop electric
vehicles (EVs) as part
of its long - held goal for lower - emission gasoline hybrids, plug - in hybrids, EVs and
hydrogen fuel cell
vehicles (FCVs) to account for two - thirds
of its line - up by 2030, from about 5 percent now.
Another type
of vehicle will be added to the growing roster
of energy - efficient transportation methods, with Nikola Motor Company's forthcoming Nikola One, a
hydrogen - powered long haul semi-truck unveiled Thursday, Dec. 1, at its headquarters in Salt Lake City, Utah.
Mississauga, Ontario - headquartered Hydrogenics Corporation, a leading developer and manufacturer
of hydrogen generation technology and
hydrogen fuel cell systems, today announced that it has received an order valued at C$ 7.8 million to supply fuel cell power systems for zero - emission
vehicles in China.
The next generation
of fuel is available here — Harris Ranch Inn and Restaurant offers a FirstElement fuel station for
hydrogen - powered FCEV
vehicles.
Measures to support the uptake
of alternative fuelled
vehicles by improving the country's network
of charging and
hydrogen refuelling infrastructure have been set out in the Queen's Speech
One
of their flagship efforts is a lunar rover concept
vehicle called Scarab, which may be the forebear to future generations
of robots that will scour the moon for concentrations
of hydrogen, water, and volatile chemicals that would be critical for supporting a lunar colony.
Rafiee is developing a way to line a
hydrogen vehicle's fuel tank with a one - atom - thick layer
of graphene, essentially a sheet
of single - walled carbon nanotubes that have been opened up and laid flat, so that the tank can better store and release
hydrogen.
The
hydrogen option has evoked conflicting assessments
of feasibility, and no one expects to see
hydrogen - powered
vehicles hit the road in significant numbers within a decade.
The move is designed to increase the use
of zero - emissions
vehicles, or ZEVs: plug - in electrics, hybrid plug - ins and
hydrogen fuel cell cars.
Japanese car - maker Honda has unveiled a
hydrogen - powered concept
vehicle that it says represents the future
of emissions - free driving.
After decades
of testing, automakers are expected to put 50,000
hydrogen fuel cell
vehicles on the roads in California by 2017, according to Dunwoody.
The group found that although fuel - cell
vehicles would produce zero greenhouse - gas emissions during use, the extraction and refinement
of hydrogen fuel would release three to five times as much carbon into the air as is released in procuring and refining gasoline and diesel.
As plug - in electric
vehicle sales continue to putt along, automakers are increasingly pinning their hopes on
hydrogen fuel cells as the clean
vehicle technology
of the future.
Eventually, he adds, the technology might generate
hydrogen at a fueling station or even aboard a
vehicle, thus avoiding the expense and hassle
of storing and transporting
hydrogen gas.
«We think that to get real zero - emission
vehicles, and that's on a well - to - wheel basis, having renewable electricity producing the
hydrogen is really the most environmentally friendly and sustainable way to produce
hydrogen,» said Steve Szymanski, director
of government business for the electrolysis system manufacturer Proton OnSite.
The work, which appears in the November 27, 2014, edition
of Science Express, points to new avenues for producing single - site supported gold catalysts that could produce high - grade
hydrogen for cleaner energy use in fuel - cell powered devices, including
vehicles.
He believes it could also play a role in a future large - scale
hydrogen generator, which would collect the energy from sunlight in huge fields and then run that electric current through water to produce vast amounts
of hydrogen to meet, for example, the demand from a future fleet
of hydrogen - powered
vehicles.
That could then lead to even more fueling stations that can accept
hydrogen and support the continued growth
of the fuel - cell electric
vehicle market.»
Hydrogen has proven notoriously difficult to store in sufficient quantities without placing it under enormous pressure, something that greatly adds to the weight
of a
vehicle and adds a serious explosion hazard.
This seemingly esoteric stunt may have a very practical payoff: it could provide the means to safely store clean - burning
hydrogen gas in a new generation
of nonpolluting
vehicles.
The challenge now, scientists say, is to scale up the process to provide large amounts
of hydrogen for various purposes, such as fueling
vehicles or small generators.
The program is an opportunity for consumers in California, New York State and the District
of Columbia to test about 100
of the company's Equinox sports utility
vehicles powered by
hydrogen fuel cells.
Very efficient
vehicles can get most
of the same benefits without
hydrogen by using today's gasoline / hybrid propulsion.
A glide path would mirror the European model, which brought players together years ago to effectively select «clean diesel» as the
vehicle of the near future, at least until
hydrogen - powered or electric plug - in
vehicles develop.
«Our process also has an important advantage over battery or gaseous -
hydrogen powered
vehicle technologies as many
of the hydrocarbon products from our reaction are exactly what we use in cars, trucks and planes, so there would be no need to change the current fuel distribution system,» said Frederick MacDonnell, UTA interim chair
of chemistry and biochemistry and co-principal investigator
of the project.
Many communities would be better off investing in electric
vehicles that run on batteries instead
of hydrogen fuel cells, in part because the
hydrogen infrastructure provides few additional energy benefits for the community besides clean transportation.
They compared cars that run on batteries versus
hydrogen fuel cells in a hypothetical future where the cost
of electric
vehicles is more affordable.
The liquid
hydrogen / oxygen (LH2 / LOX) fuel can be used to fill the tanks
of manned
vehicles travelling between Earth and Mars.
Hydrogen fuel cell
vehicles are vying with next - generation hybrid car technology (which can be plugged in to recharge its battery rather than relying on the gasoline engine) to be the electric car
of the future.
That is because it is a
hydrogen fuel cell electric
vehicle — one
of 40 such automobiles that U.S. carmaker General Motors provided for motorists to road test.
Nor is the Chevrolet Equinox the first fuel cell
vehicle General Motors (GM) has ever produced: The 1966 Electrovan, an unwieldy and prohibitively expensive fuel cell van that never made it out
of the lab, was the first
of about 40 or so
hydrogen - fueled
vehicles that have been built by the U.S. carmaker.
This synthesis route is capable
of developing alternative catalysts
of noble metals for many eco-friendly technologies such as fuel cell
vehicles,
hydrogen generation from water and CO2 reduction.
«Safe new storage method could be key to future
of hydrogen - powered
vehicles.»
«We've got a real fun race going on here between plugging in
vehicles and storing electricity in the battery versus pumping
hydrogen into a tank and creating electricity from a fuel cell,» says Larry Burns, GM's vice president
of research and development.
Steffen Møller - Holst at SINTEF Energy Research believes that battery - powered
vehicles will play a very important role in the emission - free transport
of the future, but that this will happen in combination with hybrids, rechargeable hybrids and
hydrogen - powered
vehicles.
Geologic storage
of hydrogen gas could make it possible to produce and distribute large quantities
of hydrogen fuel for the growing fuel cell electric
vehicle market, the researchers concluded.
Should the market demands for
hydrogen fuel increase with the introduction
of fuel cell electric
vehicles, the U.S. will need to produce and store large amounts
of cost - effective
hydrogen from domestic energy sources, such as natural gas, solar and wind, said Daniel Dedrick, Sandia
hydrogen program manager.
Two main hurdles stand in the way
of mass production and widespread consumer adoption
of hydrogen «fuel cell»
vehicles: the still high cost
of producing fuel cells, and the lack
of a
hydrogen refueling network.
The aim now for Daimler and its allies is to ensure that the number
of fuel - cell powered
vehicles running on generatively produced
hydrogen is constantly increasing, demonstrating the market maturity
of the fuel cell solution.
This will make it possible for a fuel cell
vehicle to reach any distant corner
of Germany without fear
of running out
of hydrogen before finding another refueling station.
With the growth
of wind and solar energy and the increasing popularity
of electric
vehicles, many people in the U.S. may have forgotten about the promised «
hydrogen economy.»
Daimler's plans to start mass - producing fuel cell
vehicles next year were severely limited by the lack
of public
hydrogen filling stations in Germany.
The carmaker realized that if its vision
of battery - powered electric
vehicles gaining mass appeal in tandem with fuel cell electrics was to come true, it needed to so something about the lack
of hydrogen infrastructure.
The most promising
of these options include renewable sources
of a variety
of types, advanced fossil - fuel technologies that can capture and sequester carbon, and
hydrogen - powered fuel cells for
vehicle propulsion and dispersed electricity generation.