Sentences with phrase «future hydrogen powered»

Not exact matches

Japanese car - maker Honda has unveiled a hydrogen - powered concept vehicle that it says represents the future of emissions - free driving.

Burned or used in fuel cells, hydrogen is an appealing option for powering future automotive vehicles for several reasons.

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.

In a future hydrogen economy, he imagines, a house would function much like a leaf does, using the sun to power household electricity and to break down water into fuel — a sort of artificial photosynthesis.

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.

Although it would be inefficient to combust hydrocarbons on the moon itself due to the lack of readily available oxygen, future inhabitants of Titan could add hydrogen to acetylene to generate power.

«Safe new storage method could be key to future of hydrogen - powered vehicles.»

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.

Automobiles powered by hydrogen fuel cells are often lampooned as the cars of the future — and they always will be.

PULLMAN, Wash. — Academic, industry and government researchers from around the West will gather at Washington State University on Tuesday, April 19, to glimpse a hydrogen - powered future.

Co-funded between the DOE Fuel Cell Technologies Office and NREL, the modular electrolyzer stack test bed (with full variable power control) coupled with hydrogen compression, storage and refueling station and (future) bio-methanation project make it unlike any system in the world.

The Ames Laboratory's diverse research accomplishments in biofuels production, hydrogen storage, and high - performance magnets power the alternative fuel vehicles of today and the ones down the road to the future.

Hydrogen - powered fuel - cell development programs fell off the automotive radar screen when the global economy faltered in 2008 and automakers focused on immediate survival rather than future products.

Aston Martin has experimented with future drivetrain technology several times over the past few years — it even completed a full lap of the Nürburgring using a hydrogen powered V8 Vantage race car at the N24 in 2013.

Hyundai was one of a handful of companies putting its faith in hydrogen power for future vehicles.

Hydrogen power has been mooted for future versions too.

The official line from Mazda is that the development of a hydrogen - powered rotary engine is «ongoing» and in future, we could see a much more efficient alternative - fuel rotary engine.

For now, at least, the 2016 Toyota Mirai is indeed «the future» of hydrogen - powered cars.

Auto - makers have been talking about hydrogen powered cars for 50 years as the car of the future.

The future may be drawing on the power in an electric vehicle or hydrogen fuel cell EV to provide a day to a week of electric power.

The Intrado is powered by Hydrogen fuel cells and the car is the Korean company's vision for meeting future

Billed as rolling laboratory for the sort of driveline technology Mercedes expects to include on its luxury cars in the not - too - distant future, the big hydrogen - powered car gets an advanced fuel cell that, in theory, is capable of providing it with the performance to beat even the most powerful of today's S - class coupe models, the S600, while endowing it with zero - emission performance.

This might in fact be the power of the future because hydrogen is the most common element in the Universe.

Session 2: Applications 13:18 Pitch 1: tbd 13:23 Discussion and voting 13:27 Pitch 2: Drakerenergy with the thesis «By integrating monitoring and analytics with SCADA and power plant controllers, it is possible to reduce downtime and LCOE, and additionally to increase earnings with the solar energy produced» 13:32 Discussion and voting 13:36 Pitch 3: Nel Hydrogen with the thesis «Large scale production of hydrogen from PV power plants is already feasible and profitable today, and will help finance PV plants in the near future» 13:41 Discussion and voting 13:45 Pitch 4: First Solar with the thesis «Is it possible to achieve solar penetrations higher than 50 % «13:50 Discussion and voting 13:54 Panel discussion 1Hydrogen with the thesis «Large scale production of hydrogen from PV power plants is already feasible and profitable today, and will help finance PV plants in the near future» 13:41 Discussion and voting 13:45 Pitch 4: First Solar with the thesis «Is it possible to achieve solar penetrations higher than 50 % «13:50 Discussion and voting 13:54 Panel discussion 1hydrogen from PV power plants is already feasible and profitable today, and will help finance PV plants in the near future» 13:41 Discussion and voting 13:45 Pitch 4: First Solar with the thesis «Is it possible to achieve solar penetrations higher than 50 % «13:50 Discussion and voting 13:54 Panel discussion 14:00 END

EWE plans to construct a power - to - gas (PtG) facility above a storage site in Huntorf in Lower Saxony in 2018, and a small cavern is to be used to test hydrogen storage at some point in the future.

If sometime in the future the majority of private and transport vehicles are hydrogen powered would there be a resulting probmen created by the water vapor exhausted from these vehicles?

As California strives to increase the amount of renewable electricity on the grid, vehicles that can be powered by this clean energy by way of batteries and hydrogen must be built to realize this zero emission vehicle future.

With the advancing technologies for harnessing wind and powering motor vehicles with hydrogen, we can now see a future where farmers and ranchers can supply not only much of the country's electricity, but much of the hydrogen to fuel its fleet of automobiles as well.

Here is a bucolic, utopian vision of the future, a brave new suburban world with a hydrogen powered car in every garage and an organic chicken in every pot.

In Denmark, a test community is proving hydrogen power is not 10 years into the future, but that it started back in 2006.

The supercapacitor hydrogen fuel cell hybrid could be used to store energy for powering devices like computers and smartphones as well as give a boost to hydrogen powered cars in the future.

That is like saying, well, we don't have a way to safely store hydrogen in a usable form, but I'm sure we'll find a way and hydrogen power will be the wave of the future.

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