That would be very quick for an aircraft using an entirely different fuel source. Introducing new technologies in the aviation industry is extremely time consuming and costly because of the safety and certification requirements.2035?
That's like it will never happen.
Well biggest challenge is probably how to store it safely, engines probably not going to be that much of an issue, since hydrogen combust basically by itself.That would be very quick for an aircraft using an entirely different fuel source. Introducing new technologies in the aviation industry is extremely time consuming and costly because of the safety and certification requirements.
Beat me to it.
By what metric are hydrogen cars doing better than electric?Hydrogen cars are already a thing and doing far better then those battery pack versions. The only problem is creating the hydrogen is expensive on energy, but with future power plants that won't be much of a issue anymore. Which basically makes electric for heavy machinery a thing. Also for cars i can see hydrogen being the future over battery packs for multiple reasons.
By what metric are hydrogen cars doing better than electric?
Electric battery's are a real hazard for city area's because of the battery packs that simple will not go out when fire breaks out. It's even so bad they are currently here removing those charge stations out of flats and out of the city's denser areas like parking lots under flats.
Then the longer reach of a car with hydrogen which makes it suddenly possible to run trucks and other heavily equipment with it which is practically most of our traffic, and also the refuel time is beyond shorter then with electric cars. Which are big reasons battery powered trucks and mini trucks which are probably a big base of car users on the road will not move over towards battery tech anytime soon if at all.
Less powerup / refuel stations needed, faster throughput etc. ( no need to completely overhaul electric systems which is a big plus for governments )
No battery's in general. Which brings in a lot less costs and hassle and weight into the picture.
Battery type what tesla is pushing forwards is a good step forwards but honestly unless something drastically changes i don't' see it have much of a future. More and more car manufacturers move into hydrogen in europe and fuel stations are build more and more. And this will continue as battery's are simple just a mid step in between as of now.
So yea there are lots of area's where hydrogen overtakes battery's really. However there are downsides towards it.
More explosive than battery packs. So a big boom that goes out vs a endless burning fire hazard, ( no clue however how the tanks are now to be honest, didn't follow much of it ).
More expensive to create the fuel, which could be fixed with thorium power stations in the future.
Have to put in a more expensive installation to supply fuel stations with it.
You didn't answer the question. You said hydrogen cars are "doing far better" than eletctric cars. That is objectively not true in any sense.
That’s not what you said in your original post. I’m not sure how you went from discussing cars to 18 wheelers and planes. Or why you’re making a distinction between cars and industrial transport, but in the same breath conflating the two. Your argument is non sensical.Technology wise/ use and application. Really battery tech is limited to such a extent it's not much more useful then being used in smaller cars and family cars basically what elon musk sells. For actual transport products like trucks / cars and planes and even mini fans that take up most of the road, electric powered cars are simple not a solution as of now simple because of the battery packs but that could change with hydrogen.
I wasn't talking about sales and adoption rate here if you thought i was. That's because governments etc don't' subsidize it massively as its new technology and there is fast interest and investment already being pushed out in power stations for battery's. but the needle is shifting here on that front pretty drastically in the last few years because there is fast interest in pushing electric engine forwards.
This one was released a few years ago which is currently getting build i believe, which seems to be far far more efficient at everything then the current planes.
Anyway this is really good news.
Electricity can be really expensive in other countries. We are currently thinking about additional solar panels and the projections for 2040 electricity prices are insane, double and more than what we have right now.The only problem is creating the hydrogen is expensive on energy, but with future power plants that won't be much of a issue anymore. Which basically makes electric for heavy machinery a thing. Also for cars i can see hydrogen being the future over battery packs for multiple reasons.
Commentary from a pilot:
Full press conference:
Electricity can be really expensive in other countries. We are currently thinking about additional solar panels and the projections for 2040 electricity prices are insane, double and more than what we have right now.
Getting every car on the road to be electric only is an insane thought and won't happen, it's gonna be hybrid, it'll probably be the abundant Hydrogen.
Hope fusion will be something, Wendelstein7x proved the concept and ITER is being built.That's where thorium nuclear power comes in which is probably going to be a thing around the same time peroid.
Looks like an Ace Combat boss.
Hope fusion will be something, Wendelstein7x proved the concept and ITER is being built.
There is no chance in hell that we're gonna do nuclear again.
How about being not anal about it.That’s not what you said in your original post.
Battery electric cars are ahead of Hydrogen cars in every single way - in terms of consumer adoption, industry adoption, availability, infrastructure, efficiency, amount of money invested in R+D. There's literally not a single area where hydrogen cars are doing better. There's nothing "anal" about that. If you disagree, feel free to explain.How about being not anal about it.
Our infrastructure is not capable of handling fully electric mobility. Some kind of 'precursor' fuel will be required, hydrogen seems sensible as long as you're not going for airships.Battery electric cars are ahead of Hydrogen cars in every single way - in terms of consumer adoption, industry adoption, availability, infrastructure, efficiency, amount of money invested in R+D. There's literally not a single area where hydrogen cars are doing better. There's nothing "anal" about that. If you disagree, feel free to explain.
Our infrastructure is not capable of handling fully electric mobility. Some kind of 'precursor' fuel will be required, hydrogen seems sensible as long as you're not going for airships.
If some fundamental questions aren't answered about efficiency and power production we're gonna stick to what we've got.
What else will be used to power hybrids? And when are we going to improve our infrastructure and where is the power coming from? Fusion is still quite far out, Thorium-salt reactors are not viewed in a good light, Solar is difficult, Hydroelectric is a net loss almost everywhere, Geothermic isn't far enough along.Our infrastructure *now* is not capable of an all BEV *future*. But we don't need it to - we just need our infrastructure now to handle the state of BEV as it currently stands. And Hydrogen is better in this regard...how? The energy efficiency of hydrogen fuel cell vehicles is 3-4x worse than BEV.
You do realize that Hydrogen is not an actual fuel source, right?What else will be used to power hybrids? And when are we going to improve our infrastructure and where is the power coming from? Fusion is still quite far out, Thorium-salt reactors are not viewed in a good light, Solar is difficult, Hydroelectric is a net loss almost everywhere, Geothermic isn't far enough along.
You do realize that Hydrogen is not an actual fuel source, right?
What?Be more of a dick about it and ignore the rest of my post. You seem like a bit of a nut.Hydrogen vehicle - Wikipedia
en.wikipedia.org
Edit: A Toyota Mirai drove 100.000km on one ton (1000kg) of H2, costing roundabout the same in fuel as effcient Diesel cars and is a fair cheaper than Petrol.
Range is more than most electric cars can manage.
We know. We are working on it. We need a fuel that makes energy and frees the car from the electric grid, even if running on electricity only, for autonomy and time constraints.What?
Hydrogen is not naturally abundant on earth. We need to produce it. The process of producing hydrogen, compressing it, transporting storing it and finally delivering it to consumer is about 3-4x more inefficient than taking that energy from the gird and storing it in a BEV. You need energy to produce hydrogen fuel - it is not an alternative to any form of power generation.
That's for countries that have kept their fuel prices low which is not the case for Europe. Roundabout 4,80€/5,60$ for a gallon of petrol, and that's the lowest it's been for almost 15 years.The Mirai has a range of 320 miles, not far off from BEV values. It also costs about $13 to go 100 km in it based on current hydrogen fuel prices, compared to $4.50 for a Toyota corolla running on Petrol. So not "fair cheaper" but "over twice as expensive".
The concept is far ahead.And if hydrogen fuel cell cars are "so far ahead" of BEVs, then where are all the hydrogen fuel stations and hydrogen fuel cell cars?
We know. We are working on it. We need a fuel that makes energy and frees the car from the electric grid, even if running on electricity only, for autonomy and time constraints.
What else do you want to look into?
That's for countries that have kept their fuel prices low which is not the case for Europe. Roundabout 4,80€/5,60$ for a gallon of petrol, and that's the lowest it's been for almost 15 years.
The concept is far ahead.
More problems need to be solved, the oil industry wasn't built in a day.
Semantics, you're being deliberately obtuse.Hydrogen does not make energy.
No, as stated before.Even with european prices, petrol is still cheaper than hydrogen.
Your posts are meaningless because you don't answer questions.The "concept is far ahead" is a meaningless statement.
Hydrogen requires electricity to be produced. It’s sole advantage is that it is more easily transported than large batteries once it is produced. This isn’t semantics, you fundamentally don’t understand how it works. You can choose to use energy to store in batteries, or you can store it in hydrogen fuel. The latter takes far more energy. If the electrical grid and power generation capabilities aren’t up to par for BEV, they will be even worse off for hydrogen.Semantics, you're being deliberately obtuse.
No, as stated before.
Your posts are meaningless because you don't answer questions.
BEV hurr durr, go upgrade the electrical grid you prick.
I know you're talking about cars, but since this thread is about aviation, I'll just add that another major difference is that if you burn hydrogen then you lose weight in the process. One reason electrochemical batteries are almost useless for aviation is that they're heavy, and the plane isn't any lighter when landing (max take-off weight is typically quite a big higher than max landing weight).Hydrogen requires electricity to be produced. It’s sole advantage is that it is more easily transported than large batteries once it is produced. This isn’t semantics, you fundamentally don’t understand how it works. You can choose to use energy to store in batteries, or you can store it in hydrogen fuel. The latter takes far more energy. If the electrical grid and power generation capabilities aren’t up to par for BEV, they will be even worse off for hydrogen.
LOL Hydrogen is almost every where. What do you think water is made out of?What?
Hydrogen is not naturally abundant on earth. We need to produce it. The process of producing hydrogen, compressing it, transporting storing it and finally delivering it to consumer is about 3-4x more inefficient than taking that energy from the gird and storing it in a BEV. You need energy to produce hydrogen fuel - it is not an alternative to any form of power generation.
The Mirai has a range of 320 miles, not far off from BEV values. It also costs about $13 to go 100 km in it based on current hydrogen fuel prices, compared to $4.50 for a Toyota corolla running on Petrol. So not "fair cheaper" but "over twice as expensive".
And if hydrogen fuel cell cars are "so far ahead" of BEVs, then where are all the hydrogen fuel stations and hydrogen fuel cell cars?
Nope, and I won't talk to you anymore you lording twonk.“Hur dur”. I’ve answered all your questions