Yeah I noticed that, no 3rd party tests or easily searchable datasheets for them yet so I wonder how it compares to the Sanyo cells, probably has better discharge properties though considering most Sanyo cells are budget cells with meh performance and high discharge LG cells are generally pretty good. Maybe I can squeeze an amp or two more out of them into a Storm of Ra, at least until the 30Ts come out. Not that there is any reason to do that, OK yeah I may have a problem with building lights that push high discharge battery tech, but all these new cells have gotten me excited to see what crazy pocket nukes can be built, pushing hand warmers that also happen to emit light to the limit!
Waited more than 3 weeks for FT to ship the INR21700-48G. So I cancelled the buy.
Then I found it in a small brick-and-mortar vape shop in Hilversum, 12 ml from home.
And here it is, and going into the Warsun whose body I reamed to 21.4mm.
Probably economy of scale. To get “volume pricing” on 1M units, a car that takes 500 more-or-less standard cells means getting there in 2,000 cars, whereas with a car that takes, say, 5 Übercells, you’d need to sell 200,000 cars.
(Dunno what Apple cells you’re referring to, so have to use my imagination…)
It is not merely a matter of pushing all the empty space out. That would be nice if it is only a backup storage unit.
It has to be charged and discharged often. That involves (a lot of) heat. So there has to be space, for cooling.
The “old” packs are air-cooled, The newest ones are liquid cooled.