Exactly! Try pulling into your local bike shop, and telling them your hydrogen-powered bike is acting up!Takes a simple, widely-adopted product and changes it to a unique power source that is only barely available and needlessly complex by comparison. Ask Toyota how its Mirai sales have been going. Especially since there are zero refueling stations in the USA available outside of California.
https://afdc.energy.gov/fuels/hydrogen_locations.html#/find/nearest?fuel=HY
This is a French company... only 29 refueling stations in all of France.
https://www.glpautogas.info/en/hydrogen-stations-france.html
I figured some would get a kick out of that
While its getting a bit harder to make that case (e.g. the USA BEV school bus production boom), thats where hydrogen is going to have its shot. Fleets that can all travel to a single in-house location to re-fuel. Garbage trucks, all-day bus routes, local truck delivery. Long term, maybe large shipping and short range passenger air routes.FWIW, I think hydrogen makes a lot of sense for commercial use. It is a viable clean alternative to diesel, for example, where electric is not.
Everything I have been reading about FCV's for the consumer market is focused on its failure. Akio Toyoda stepped down as CEO recently and the reasoning for this was widely attributed to his stubbornness in pushing FCV's and refusing to back BEVs, while the rest of the marketplace left Toyota further and further behind. Witness the company's almost immediate refocus to BEV development under new leadership. And last year, the US crossed the 5%-of-new-sales barrier for BEVs that is expected to be the tipping point - where a technology is no longer considered out of the ordinary or weird - with an accelerating consumer adoption trend to follow as a result.Cars? Maybe once some infrastructure is there from commercial use? Bravo to Toyota and California for getting the ball rolling. Toyota did the same thing with gasoline/electric hybrids in 1997 (?) and people thought it was crazy. Now, 25 years later, it is being copied a LOT.
The problem is that so much more energy input is needed to make it, ie twice as much (so twice as many wind turbines or nuclear reactors or even gas turbines) as using electricity directly. A tangent but when we then look at heating with heat pump vs hydrogen the difference is even more because the heat pump gathers 2/3rds of its energy from the air outside (so six times as much source energy needed in that case).FWIW, I think hydrogen makes a lot of sense for commercial use. It is a viable clean alternative to diesel, for example, where electric is not.
On bicycles? Electric is about perfect. I can't see any advantage to an H2 bike over electric. Even on a motorcycle it is iffy.
Cars? Maybe once some infrastructure is there from commercial use? Bravo to Toyota and California for getting the ball rolling. Toyota did the same thing with gasoline/electric hybrids in 1997 (?) and people thought it was crazy. Now, 25 years later, it is being copied a LOT.
Yeah but there is a much straighter line to power if its done via solar. And investment for a scaled up hydrogen collection/storage facility is so much more than a scaled up solar farm (that probably can fit on top of a flat warehouse roof). Hydrogen doesn't make economic sense versus other renewable options until you get into some serious scale, or you have power needs that solar/wind collection just can't accommodate.Consider hydrogen a stopgap until our all electric infrastructure catches up. It’s still cleaner than gas or diesel ICE, right?
It sounds like that ecar concept, where you drive into one of their battery replacement centres & within twenty minutes your driving out again with a newly charged fresh battery. The idea sounds doable but you end up relying on a company for your bike, battery, services, insurance & God knows what else. In the uk the government has been looking into number plates for bicycles, tax for using the potholed roads. Imagine a future where all ebikes aren't owned but rented, the price including charging, road tax, insurance, tax on tyre & brake pollution & a maximum speed of 15.5 mph & 250w
This H2 debacle reminds me of the fusion debacle, there are already really great alternatives availible.Takes a simple, widely-adopted product and changes it to a unique power source that is only barely available and needlessly complex by comparison. Ask Toyota how its Mirai sales have been going. Especially since there are zero refueling stations in the USA available outside of California.
https://afdc.energy.gov/fuels/hydrogen_locations.html#/find/nearest?fuel=HY
This is a French company... only 29 refueling stations in all of France.
https://www.glpautogas.info/en/hydrogen-stations-france.html
Thats where a lot of the hydrogen comes from already, it is wise to forget the sweet "electrolytic dream"( plus where does Methanes carbon go?into 'buckyballs or graphene'?)