this post was submitted on 28 Jan 2024
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Electric Vehicles
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Those are wildly exaggerated. The main limitation is that society hasn't invested enough in hydrogen infrastructure. At least not yet. The problems would quickly go away if we did.
You also forget that we've poured many billions of dollars into electrification and battery production. That amount of investment would have solved a lot of those limitations.
As green hydrogen is made from water, there is basically no battery chemistry that can rival it in terms of availability. It is basically the best energy storage mechanism of this type already. Saying that batteries can get better is just misdirection. Also, you can have plug-in hydrogen cars too. The natural path is probably hybrids -> PHEVs -> plug-in FCEVs. Pure BEVs are in many ways a side-trip.
You're downplaying the efforts involved in making hydrogen mainstream. Hydrogen infrastructure would be more costly to build out because you need specialized tanks and mechanisms to pressurize/liquefy hydrogen to make it easier to store. You'd also need to convert gas stations to hydrogen stations which is very costly. Hydrogen fuel stations can't serve as many vehicles as a petrol station at a time and hydrogen being less dense means needing a much bigger tank to serve a day's worth of vehicles. Then there's the matter of generating hydrogen. Most productive processes now not are green.
The money poured into improved batteries has many applications other than vehicles. Hydrogen doesn't have as many consumer applications. It's not necessarily true that more investment in hydrogen would solve its problems because there may be roadblocks you're not anticipating. Battery tech is improving all the time, but you're calling it misdirection even though hydrogen isn't anywhere near as viable. Water is more available than petrol, but that doesn't mean hydrogen is more practical than petrol.