It is! But the extent to which it is used is limited by the efficiency losses that come with electrolysis, logistics, and reverse conversion.
I assume it could still be useful in applications that require long hauls, as dragging a heavy and expensive battery around can negate efficiency benefits over the long runs.
It is! But the extent to which it is used is limited by the efficiency losses that come with electrolysis, logistics, and reverse conversion.
I assume it could still be useful in applications that require long hauls, as dragging a heavy and expensive battery around can negate efficiency benefits over the long runs.