Johanna Wellington, general manager and chief technical officer for GE Fuel Cells, said General Electric is about to launch operations at the pilot facility to develop
hybrid fuel cell technology.
Not exact matches
We're moving ahead with CNG,
fuel cells, plug - in
hybrids and battery electrics because there is no single
technology that holds the key to the world's energy future,» said Robert Bienenfeld, senior manager of environment and energy strategy for American Honda.
The latest figures from the Electric Drive Transportation Association, a trade group that advocates electric, electric -
hybrid and
fuel -
cell car
technology and infrastructure, reveal a diminished share of the car market.
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's why we are concentrating on building high -
technology combustion engine cars,
hybrid cars, as well as electric cars powered either by batteries or
fuel cells.
The rule itself is
technology - neutral, but the aggressive target pressures car companies to make and sell all types of electrified vehicles, a category that includes
hybrids, plug - in electric vehicles and
fuel cell vehicles.
Valence has already modified a Prius... Marc Kohler, business development manager for Valence's vehicle systems program, says the major automakers appear to be acting disinterested, but it's not the full picture... «Publicly they have to say one thing, but R&D guys are actively researching it,» says Kohler, pointing out that high oil prices, national security issues, the fact that the
technology is available, and the slow progress of
fuel -
cell cars has created an ideal environment for pursuing plug - in
hybrids.
They use computer diagnostic equipment to fix cars, and learn the green
technologies of
hybrid vehicles and hydrogen
fuel cells.
Hyundai says it's also committed to
hybrids in addition to electric and
fuel cell technology.
«We can do lot more with today's propulsion systems, both gas and diesel, as you downsize and add direct - injection and electrification to those systems,» Smyth says, noting GM is working on all possible future powertrain
technologies, including
hybrid - and all - electric vehicles, as well as plug - in
hybrids and hydrogen
fuel cells.
From the advent of the muscle car to the birth of
hybrid technologies and hydrogen
fuel cells, we've helped pave the way in evaluating and explaining the niches of powertrain «firsts» - often before the industry itself realized this knowledge mattered.
Despite pioneering the
technology behind hydrogen
fuel cells, Honda is lagging far behind arch-rival Toyota in the
hybrid and electric vehicle segment.
As gasoline prices climb, emphasis on
fuel economy, particularly through advances in
technology such as more
hybrids or
fuel cell - powered vehicles, just wasn't there.
The Honda Clarity series was recognized by Edmunds» editors for its leading - edge approach to electrified powertrain
technology: «With options including pure electric, plug - in
hybrid and hydrogen
fuel cell models, the 2018 Honda Clarity provides unmatched flexibility when it comes to alternative
fuel choices, and proves that innovative design can push the industry further toward a future using renewable energy.»
Toyota's comprehensive
technology strategy is a portfolio approach that includes a long - term commitment to hydrogen
fuel cells, plug - in
hybrids and battery - electrics, all driven by the further proliferation of conventional gas - electric
hybrids, like Prius as its core
technology.
Honda's Environmental Leadership Honda has a long history of environmental innovation, including the retail introduction of America's first
hybrid (1999 Honda Insight), delivery of the first
fuel -
cell electric vehicle in the U.S. (2002 Honda FCX) and the first gasoline - powered vehicles in the hands of consumers to meet stricter emissions standards, including the 1996 Honda Civic, the first gasoline Low Emissions Vehicle (LEV); the 1998 Honda Accord, the first gasoline Ultra-Low Emissions Vehicle (ULEV); the 2000 Honda Accord, the first gasoline Super Ultra-Low Emissions Vehicle (SULEV) in the hands of consumers; the 2001 Civic Natural Gas, the first vehicle to qualify as an Advanced
Technology Partial - Zero Emissions Vehicle (AT - PZEV); and, most recently, the 2014 Honda Accord Plug - In, the first Super Ultra-Low Emissions 20 Vehicle (LEV 3 / SULEV 20), now available for lease and sale in California and New York state.
Under the
technology designation EQ Power, the latest electric model (destined for subsequent series production) from the Mercedes - Benz family combines
fuel -
cell and battery
technology in the form of a plug - in
hybrid.
Its current offerings are electric,
hybrid, plug - in
hybrid and
fuel cell technologies.
The addition of two new Clarity vehicles, based on the same platform underpinning the new Clarity
Fuel Cell, makes Clarity the first vehicle in the industry to offer fuel cell, electric and plug - in hybrid technology on one model platf
Fuel Cell, makes Clarity the first vehicle in the industry to offer fuel cell, electric and plug - in hybrid technology on one model platf
Cell, makes Clarity the first vehicle in the industry to offer
fuel cell, electric and plug - in hybrid technology on one model platf
fuel cell, electric and plug - in hybrid technology on one model platf
cell, electric and plug - in
hybrid technology on one model platform.
The analysis, published in the ACS journal Environmental Science &
Technology, addressed both
fuel cycle and vehicle manufacturing cycle for the following vehicle types: gasoline and diesel internal combustion engine vehicles (ICEVs); flex
fuel vehicles; compressed natural gas (CNG) vehicles;
hybrid electric vehicles (HEVs); hydrogen
fuel cell electric vehicles (FCEVs); battery electric vehicles (BEVs); and plug - in
hybrid electric vehicles (PHEVs).
Since 2008, FedEx has saved more than 158 million gallons of vehicle
fuel by replacing vehicles with more efficient models and making greater use of electric vehicles,
fuel cells, natural gas,
hybrids and clean truck
technologies.
Even though Toyota is selling plenty of
hybrids, the automaker is also investing in hydrogen
fuel -
cell technology as evidenced by its rollout of the Toyota Mirai
fuel -
cell car in California.
The GLC F -
CELL is the first vehicle to combine innovative fuel - cell and battery technology in a purely electric plug - in hyb
CELL is the first vehicle to combine innovative
fuel -
cell and battery technology in a purely electric plug - in hyb
cell and battery
technology in a purely electric plug - in
hybrid.
Although
hybrids, plug - in
hybrids and fully electric vehicles are becoming more popular, there is one future
technology that has yet to take off, hydrogen
fuel cell vehicles.
Honda Environmental Leadership Honda's diverse portfolio of alternative
fuel vehicles has included numerous
technologies to improve
fuel efficiency and reduce CO2 emissions including the first EV leases in California (1997 Honda EV Plus), the retail introduction of America's first
hybrid (1999 Honda Insight), delivery of the first
fuel -
cell electric vehicle in the U.S. (2002 Honda FCX), five generations of the Civic Natural Gas (first introduced in 1998) and the first gasoline - powered vehicles in the hands of consumers to meet stricter emissions standards.
Koei Saga, senior managing officer in charge of drivetrain r & d, said that Toyota is investing heavily in turbocharged engines, larger displacement Atkinson cycle engines, continuously variable and fixed - gear automatic transmissions, and new
hybrid and
fuel cell technologies.
This electric SUV will reportedly use Toyota's plug - in
hybrid technology and
fuel -
cell technology to hit its goal.
Hyundai's
fuel efficiency campaign — dubbed «Hyundai Blue Drive» — features a range of advanced
technologies, including
hybrids powered by lithium batteries, turbocharged gasoline direct injection, and eventually plug - in
hybrids and
fuel cell electric vehicles.
ZEV
technologies include hydrogen
fuel cell electric vehicles (FCEVs) and plug - in electric vehicles (PEVs), which include both pure battery electric vehicles (BEVs) and plug - in
hybrid electric vehicles (PHEVs).
This year the Accord
Hybrid was quietly pulled from the market for 2016 in the U.S., Honda and Toyota have been showcasing hydrogen
fuel cell technology, but Honda says it will bring the refreshed Accord
Hybrid back next model year.
Oddly, the plug - in
hybrid concept has enjoyed little of the limelight that has been shining on other advanced
technologies, including regular
hybrids, modern diesels and
fuel cells.
Instead, Sierra Club Canada advocates a sensible mix of solutions, involving the highest possible level of energy efficiency by North American households and businesses alike, the deployment of renewable sources such as wind and solar power, and a widespread shift to new, innovative
technologies like
hybrid and
fuel cells to move people and goods around.
Even Toyota, which although a pioneer in
hybrid technology has focused on
fuel -
cell development, and Mazda, which once declared itself too small to get involved, are designing BEVs.
Technology like solar energy, wind power,
fuel cells, zaps electric vehicles, EV
hybrids, etc have come so far recently.
UCS says: «The future of battery - electric vehicles is somewhat cloudy at this time, but their development has already made important contributions to advancing electric drive - train and storage
technologies needed by both
hybrid and
fuel cell vehicles.
Plug - in
hybrids or hydrogen - powered
fuel cells would allow us to run our cars using renewable sources such as solar and wind, other clean and abundant sources like nuclear and even coal - preferably from power plants employing advanced clean coal
technologies that I hope will soon be the norm.
In the grand scenarios of transportation analysts, plug - in
hybrids occupy a box of indefinite length straddling those of conventional
hybrids in the very near future and, farther out,
fuel -
cell cars, which experts predict will begin to dominate in 20, 30, or 40 years... — Institute of Electrical and Electronics Engineers (IEEE) International 2004
Technology Forecast, chose the DaimlerChrysler Sprinter PHEV (now in development) as Category Winner in Electric Power.
Directs the Secretary to conduct programs in partnership with the private sector that address: (1) hydrogen production from diverse energy sources; (2) use of hydrogen for commercial, industrial, and residential electric power generation; (3) safe delivery of hydrogen or hydrogen - carrier
fuels, (4) advanced vehicle
technologies; (5) storage of hydrogen or hydrogen - carrier
fuels; (6) development of safe, durable, affordable, and efficient
fuel cells; and (7) the ability of domestic automobile manufacturers to manufacture commercially available competitive
hybrid vehicle
technologies in the United States.
In that capacity, he helped manage the largest program in the world for working with businesses to develop and use advanced transportation and clean energy
technologies — $ 1 billion aimed at energy efficiency,
hybrid vehicles, electric batteries, hydrogen and
fuel cell technologies, renewable energy, distributed generation, and biofuels.
Hybrid, electric, and
fuel -
cell technologies are increasingly common and affordable, and offer long - term solutions for US oil consumption.
As the Union of Concerned Scientists indicates: «The future of battery - electric vehicles (BEVs) is somewhat cloudy at this time, but their development has already made important contributions to advancing electric drive - train and storage
technologies needed by both
hybrid and
fuel cell vehicles.
«Lowering
fuel consumption is one approach to reduce costs and our environmental impact, but in the future new emerging
technologies and advances in
hybrids,
fuel cells and hydrogen might move us away from gasoline altogether,» added O'Connell.