I just don’t see how they’re going to get the thrust they need while still keeping the plane light (batteries are heavy!) and they’ll have a terrible turn around time because of long recharging. I don’t think they’ll have an actual plane within a decade.
You’re thinking of lead-acid batteries. The various types of lithium ion batteries are considerably lighter and more compact. The Tesla automotive battery pack is very thin and serves as the floorboard of their vehicles, sort of like a skateboard and the chassis is nicknamed a skateboard in fact.

Just like my tools.
One plane, lots of batteries.
Bingo. I really don’t see this being technologically feasible. Small quadcopters and such are a very different thing from a commercial airliner.
I just dont see how theyre going to get the thrust they need while still keeping the plane light (batteries are heavy!) and theyll have a terrible turn around time because of long recharging.
...
According to their website the plan is to use swappable batteries.
Batteries are heavy eh?
Fuel weight, based on 6.7 lbs per gallon:
747-200B, 361,700 lbs.
DC-10-10, 178,534 lbs.
DC-10-30, 254,700 lbs.
A300B4-200,108,020 lbs.
A300B4-600, 118,390 lbs.
A310-202, 94,800 lbs.
757-200, 78,658 lbs.
767-200, 104,252 lbs.
767-300, 127,300 lbs.
707-320B, 159,898 lbs.
727-200, 70.920 lbs.
737-200, 34,572 lbs.
737-300, 35,912 lbs.
DC-8-55, 156,733 lbs.
DC-8-73, 162,643 lbs.
L-1011-1, 159,560 lbs.
L-1011-200, 178,360 lbs.
L-1011-500, 213,640 lbs.
DC-9-10, 24,273 lbs.
DC-9-50, 28,596 lbs.
DC9-80, 38,725 lbs.
Imagine what will happen if they have to get into a holding pattern.