Earlier quoted context omitted.
The obsession with efficiency is disingenuous too. The two limiting factors are generation capacity and cost/economics. Efficiency by itself says nothing. In the early 1900s, gas was less efficient than electricity too, but for a whole century gasoline powered transportation was more feasible. Aviation is still only feasible with kerosene despite it being less efficient than electric propulsion.
Efficiency has a huge impact on the cost/economics, something that you've highlighted. If significant more energy is needed, it'll likely be more expensive. Hydrogen is sometimes only a third as efficient as other solutions. It's pretty logical to assume it'll be > In the early 1900s, gas was less efficient than electricity too I think you mean gasoline instead of just gas. Hydrogen requires huge amounts of energy be…
Not in the way that you think, no. For all intents and purposes, we have limitless energy. The problem was never that we don't have enough capacity, because we can scale capacity as much as we want. The only thing that is required is that energy generation (i.e. $/kWh) is cheap enough, and this seems feasible with solar and wind and maybe fission and later one fusion or other sources.
>you're comparing apples to oranges
You are the one saying, "just attach a transmission line to it" or "just put a battery in it", without thinking of all the cases where this is just not possible.
Nobody is arguing that you should start powering your toaster with hydrogen. You all are attacking a strawman, it seems.