Shell Hydrogen animation

Increasing production of renewable energy is helping to make energy supplies greener.
However, a growing challenge is balancing the demand from users of the electricity grid with naturally unpredictable supplies of renewable energy from sources such as solar and wind.
By buying electricity when demand is low and production from solar and wind is high, Shell is helping to balance the electricity grid. This excess energy can then be used to produce green hydrogen from water in a process called electrolysis.
The hydrogen is then compressed and supplied as fuel for quiet hydrogen fuel-cell vehicles which only emit clean water vapour as they are driven. Hydrogen may also be used to power fuel cells which can supply electricity and heat for homes and businesses.
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[@h2innovationlabh2il69]

Thank you from 'H2 Innovation Lab' H2IL - innovative technology for a green sustainable hydrogen future.

[@shell]

Learn how Shell is capturing over-supply of electricity, converting it to hydrogen and using it to meet the growing demands of hydrogen fuel cell vehicles.

[@williamsadeyemi2147]

Good thinking

[@ajaykhevariya3111]

Nice, very good thinking

[@shell]

Hi Williams Adeyemi and Ajay Khevariya. This concept is trialed in Hamburg / Germany. There are more than 100 fuel cell cars on the road alone in Germany and major car manufacturers have announced to start mass production in the coming years. While hydrogen and also biofuels are one option to the decarbonisation of fuels for transport, fossil fuels will stay predominant in the fuel mix for the near future. Have a look at this video: ruclips.net/video/PXt3EcbYEKY/видео.html

[@ajaykhevariya3111]

Hi

[@PeterFiekowsky]

How does H2 storage compare with Li-ion battery storage? Cost per MWh? Volume? Efficiency? Li-ion batteries are expected to get down to $150 per kWh by 2019, with 75% efficiency, at least twice the efficiency in terms of kWh/mile compared to H2. US former Energy Secretary Steven Chu: www.slideshare.net/basf/steven-chu-at-basf-science-symposium Slides 37-40

[@rere439]

Good job, thank you, and KEEP GOING ONN!! I my country will have this as soon as possible

[@francois-regismoutondelost2999]

Super Shell, let's do that !

[@alexandriabrangwin]

Now this is brilliant!

[@charlesrichardson3364]

Who else is watching this in 2019 and wondering why there aren't more of these around the country?

[@alexburnette2526]

2020

[@kaygeem7457]

Finally, Shell has joined thinking group.

[@briscoedarling3237]

To say that it is emission-free is misleading. It is only partially emission-free if the electricity used to create the hydrogen gas was from renewable sources. And what emissions were produced to manufacture the renewable infrastructure, such as the solar panels, wind turbines, inverters etc? It is doubtful that there will ever be total, complete, end-to-end emission-free processes that require less power input than the output their products create.

[@alexandreperri4503]

So cool 😝

[@seyyedmohammadzaffaranchi5387]

CRUDE OFFICIAL

[@jaketen2001]

Is Shell actually doing this anywhere??????????

[@LysergicCasserole95]

The best of both worlds.
Clean alternative fuel with far fewer emissions
And you get to keep your V8

[@Xerrorable]

Can I use this video for a website?

[@nassernathan]

If shell is investing in hydrogen EV should brace it's self

[@hornest]

Best for the least...

[@yacht2007]

And still use the archaic network-distribution (30% losses in transit)? Why not produce near Point of Usage? And why not in your home-country, the Netherlands??!?

[@shantelleadeline6053]

I think you need to take some time and go to inplix website to learn how to make it.

[@roelende9670]

electricity CAn be stored in large amounts. Much easier, simplier ad more effecient. Grid battery storage

[@tim19962]

there isnt enoth litium in the world to have that much storage.....

[@spearhead787]

@@tim19962 Exactly.!

[@dg1234ify]

Excess electricity produces hydrogen when the grid allows. So, yeah, you can in a sense take advantage of excess to store energy in another platform to burn clean as LNG does also.

[@stevengrindrod2002]

@@tim19962 yes there is but perhaps mass storage isn’t the most efficient use of it. Redox flow batteries as used in Australia may be a better option. They don’t use lithium at all and last for in excess of 20 years.