It takes about 53 kWh of energy to separate 1 kg of hydrogen from water. That 1 kg of hydrogen only contains about 34 kWh of energy.Why does it have to be compressed? Not enough hydrogen/oxigen in a gallon of water?
It takes about 53 kWh of energy to separate 1 kg of hydrogen from water. That 1 kg of hydrogen only contains about 34 kWh of energy.Why does it have to be compressed? Not enough hydrogen/oxigen in a gallon of water?
X2!!!!!!!!!!!!!!!let the free market dictate
what we want to own & drive
why does it always have to be
'my way or the highway'
you comply or else mandates BS
that's not freedom of choice
Switch to EVs will come from political pressure, not markets, practicality, or sound engineering.One good example on EVs, when battery prices went up all the electric carts were being dumped for gas carts. What will be any different on the cars?
The Toyota Mirai range is 400 miles, I don't know the size of the fuel tank but they seem to have managed to fit it in.
Just like everything made, improvements and technology will come afterward. Look how ‘basic’ the first cars where. Necessity is the mother of invention.There's no arguing Toyota is doing amazing things with hydrogen, but the Mirai is a luxury econobox. Performance-wise it's slower than a base Toyota Corolla. It holds about 5.5kg of hydrogen, and all the tanks, fuel cell, etc., take up quite a bit of space. I'm not hating on hydrogen, I would love to see it as a viable alternative, I just don't think it's practical given the physical limitations.
PERFORMANCE (C/D EST)
60 mph: 9.1 sec
1/4 mile: 17.0 sec
Top speed: 106 mph
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Correct.Necessity is the mother of invention.