Will cost less and be more weight efficient
Will cost less and be more weight efficient
However....the decision was made to stick with +12V because, mainly, the Industry pumped out accessories (door locks, fans, you name it) that run on +12, and hence +48 would be 'custom' (read: 'expensive'). Was also true of the actuators. The moby FETs needed to switch the current existed and heatsinking wasn't too much of a problem, and so.... +12V it was. Big-ass thick wires... ok....
It seems some others inside found my memo recently -- or re-discovered what I had found -- and, finally, +48V seems to be moving into vehicles. With a +48V LiFePo battery, it should work really well. And to the original comment here: yes, your copper wiring is smaller because E x I is same but I*2*R is less because I is less for given power. Note the squared term; that is why +48V is a win.
Somehow, it seems like some folks (I am by no means the first!) 'see the future' but for reasons I don't fully understand, The Future seems to take longer to get here than necessary.
Microsoft tried to sell the world on Smart TVs back when most Americans had dial up.
Smart car infotainment back in I think it was 2008 or 2009, complete with voice control.
Sometimes being early can be worse than being late.
(Look at all the early attempts at ebooks!)