A) Liquid hydrogen is stored at 20K, 20 degrees above absolute zero. Compressing and cooling hydrogen gas to 20K consumes ~30% of the energy content of the hydrogen.
That tanker has a boil off rate of 0.3-0.6%. The thing you're storing it in is going to have a similar boil off range.
B) "No hydrogen option will fully displace BEVs, noted Roeth"
That tanker has a boil off rate of 0.3-0.6%. The thing you're storing it in is going to have a similar boil off range.
B) "No hydrogen option will fully displace BEVs, noted Roeth"