PITA
Model 3 Performance
A mate of mine drove his P in chill for 7 months before his 12 year old grand child pointed it out to him!
Like a brand new car delivery...
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A mate of mine drove his P in chill for 7 months before his 12 year old grand child pointed it out to him!
If Tesla thought existing P batteries were going to fail during warrantee they would be changing the software on the existing cars as well and we will be hearing complaints from existing owners in about 2 months time.
Yes. I'm sure there is a thread about it somewhere.Have any UK owners actually noticed this massive performance drop in UK WINTER time?
Or are you all just arguing over a YouTuber with an App?? vs. Tesla Engineers who build and design these things??
Yes. I'm sure there is a thread about it somewhere.
Oh hang on its this one!
Just goes to show PITA hasn't gone back and read the thread despite it being suggested that they did, funny how they are so disparaging about other people yet are jumping in both feet to say its not a problem.Yes. I'm sure there is a thread about it somewhere.
Oh hang on its this one!
It would be a lot less if you hadn't posted so much rubbish along the wayDoes that mean I have to go back and read all 14 pages... jeeze
Weird that there's no 2020s or 2018s in that list. I've got a 2018 I guess I should measure and contribute.View attachment 655636
These are some interesting numbers.
You can see on a 2019 Performance - without heat pump - battery temps are stable at 28c, there is a marginal power drop from 60% SoC which doesn't really affect 0-100kmh times until a very low SoC, 10%. So no problem here.
Now look at the 2021 LR and P figures. Battery temp fall on the LR causes a moderate max power drop as the SoC decreases, but this does not affect acceleration too much (say 0.5sec), until a very low SoC, 10% it is 6 secs which is probably still acceptable.
Now for the killer. The 2021 P. As the battery temp falls the max power delivered drops off considerably.
At 40% SoC, the LR is actually producing the same power and 0-100 as the P.
At 30% SoC, the gap really opens up, with the P power down by HALF and producing LESS power than an LR.
At 20%, the P is limping along with a 9 sec 0-100.
Whilst these figures are much better than what the OP is reporting, it is clear that the P has some performance issues at lower SoC combined with cold battery temps.
Just goes to show PITA hasn't gone back and read the thread despite it being suggested that they did, funny how they are so disparaging about other people yet are jumping in both feet to say its not a problem.
It would be a lot less if you hadn't posted so much rubbish along the way
Mine doesn't feel that way, but I'm speaking from a track driving lapping) perspective so I'm basically always in Track Mode. My 100% SOC is 278 miles, in case that's considered relevant.2018 M3P here, car only feels seriously alive (true M3P) at 90% + batt charge.
Apparently you missed the pages of threads of non-Performance M3 owners wanting Track Mode. It has value for those that value what's in it (me included).Track mode: really?
I watched the video and I think he’s missed part of the point completely (or deliberately). The issue was cold batteries at low states of charge, all his video has done has shown that the heat pump doesn’t cool the battery as much as it did, he hasn’t tested how a cold battery, first thing in the morning, at say 50% state of charge would perform.
He also needs to look at range as the whole point of the heat pump was to improve efficiency and to all intents and purposes it looks like the heat pump now does very little as the batteries, one of the primary sources of heat for the cabin in the cold, don’t seem to be having any heat taken out of them. I imagine owners would sacrifice a bit of efficiency over a large loss of performance, but nobody knows what the implications of the change is. It’s one of my pet annoyances of reviews like this, they appear to be scientific with hard numbers but they raise more questions than they answer.
Nothing to do with the Tesla M3P.CATL chief scientist says energy dense M3P batteries are already in production, debut next year
Looks like Tesla have found a fix for this issue finally, new higher density battery, but not until next year!
What a muddle that article is! Claiming it will be higher density than LFP! (I should hope so ... the existing M3P batteries have been higher density than LFP since production day one.)CATL chief scientist says energy dense M3P batteries are already in production, debut next year
Looks like Tesla have found a fix for this issue finally, new higher density battery, but not until next year!
CATL manufacture LFP batteries. Their newly developed battery (codenamed the M3P) has higher density than their existing LFP battery for around the same price.What a muddle that article is! Claiming it will be higher density than LFP!
Their newly developed battery (codenamed the M3P) has higher density than their existing LFP battery for around the same price.
and so from a Tesla point of view if they adopt this new battery the RWD/SR+ model will gain range for the same price, or the same range for less.All the pre-existing CATL lithium EV batteries have a energy higher density than their LFP batteries AFAIK. A lower energy density than pre-existing batteries has always been one of the few negatives associated with LFP and has always been given as the reason why they couldn't shoehorn a high enough capacity LFP into the Performance or LR Tesla Model 3. The larger size and higher weight meant that LFP was only suitable for the later SR+ versions and the new RWD Model 3. [This is the case whether or not "M3P" in the article refers to Tesla cars or not.]
and so from a Tesla point of view if they adopt this new battery the RWD/SR+ model will gain range for the same price, or the same range for less.