• 7 Posts
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Joined 1 year ago
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Cake day: June 8th, 2023

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  • We have had hydrogen pipelines for decades, and large scale storage in the form of underground salt caverns. These things basically work the same as natural gas pipes and storage systems. The only real challenge was local storage, which has mostly ceased to be a problem with the rise of carbon fiber tanks. There are tens of thousands of FCEVs around the world, and rarely any issues with dealing with hydrogen storage.

    The main limiting factor is infrastructure, or rather lack thereof. But the difference here is that you think it is technically impossible or at very least difficult. I believe it is simply a matter of building it, which is pretty straightforward.

    BEVs also were impossible to buy for most people until around the mid-2010s. They went a century of near non-existence before then. FCEVs are simply going through a similar process. Sooner or later, they will be everywhere and BEVs will be abandoned afterwards.

    You can buy whatever you want right now. It’s not like anyone’s stopping you. The point is that BEVs are not the answer. They are just a transitional idea and won’t last.


  • No, there are not. A lot of these concerns are from people stuck in the past, or have an agenda.

    You can generate your own hydrogen, and there are a few companies building products for that. Though realistically there will be some degree of centralization. Most people will buy hydrogen and not bother with home production.

    BEVs are really the result of subsidies and virtue signaling. It is a mandate driven by delusional pseudo-environmentalists. The same people that got nuclear banned in much of the world. It is not a serious attempt at green transportation. And it will likely die-off in favor of FCEVs or other ideas once the time comes.




  • The advantages of a chemical fuel is that you make them when costs are very low and save them for when you need them. Even months later if need be. Not doable with batteries. Even the ICCT is admitting that electricity used to make hydrogen is going to much cheaper than electricity used to charge BEVs. It will likely be cheaper to operate a hydrogen car due to that fact.

    At least with e-fuels, there’s an argument to be made that there are too many unnecessary steps and that costs will be high. But with hydrogen, that argument doesn’t really hold water. Fuel cell cars are also EVs. The gap between BEVs FCEVs on efficiency is small and shrinking. When the full lifecycle factors are included, it is likely the FCEV is the more efficient idea even now.