Artful Dodger
"Neko no me"
Oh yeah, how did the NCA SR+ preform along side under identical conditions? Oh, he didn't do that? So 'anecdotes', not evidence.a local Hungarian Youtuber who is a major Tesla fan and had the chance to try out an LFP variant. Even around ~0C he saw 30 kW "super"charging when cold, that could go up to ~60-70 sustained after hours and hours of driving and preconditioning. Range also went down way more significantly than with the NCAs, to 230km @120km/h, despite the heatpump.
Lol, where's the charging curve with the LFP battery in standard conditions? ie: 20C temp. This is not a scientific test where there is an independant variable (temp) and a dependant variable (charging speed).Here is the charging curve of the NCA vs LFP variants. Blue line is SR+ with Nevada cells, red is LFP charging on Ionity (350 kW), yellow is LFP on V2 Supercharger. Pack has been pre-heated in all cases and the tester is legit.
NO information is provided on the effect of temperature on charging speed. Does it charge at 75KW at 20C? He doesn't say. It looks more like the BMS is limiting charging to 75KW, which is more than sufficient for me (and almost exactly the same charging speed I have experienced in a new Aug 2019 Fremont-build SR+ in 20C temps).
Strangely, I am NOT taking the doubtlessly sincere efforts of hungarian bloggers, or reports on 'Torque News', as the definative word on LFP charging. My use case is city driving, and the car will be plugged in and kept warm when not it use. It's fit for purpose, and soundly more economical overall than the SR+ and that's a winner for owners who fit the use case.
Tesla will have no problem finding buyers for ever single LFP Model 3 they can build.
Cheers!