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In all fairness I only got 448 KW once. The car was about 8 months old and I only had about 6000 miles on it. Battery degradation was minimal back then. That was also with absolutely perfect battery optimization. 100% SOC and perfect temperatures.The only question is, how to extract that extra power from the current Panasonic pack. I am still puzzled about your 448kW screenshots as you are really the only source were I've seen these high numbers. Every other car I know caps at 435kW, although the BMS max discharge states 462kW as the absolute max.
That is something I doubt, as to my knowledge the 4D1 performance cars use the 840A inverter, which tops at 269kW.
Sure. The cars I have tested usually come straight from delivery, then SUV V3 to 100% and then to the Autobahn, which is 300m away. Wire winding cars with 3D1 in the back would go to 435kW and hairpin cars with 3D6 in the back to just below 430kW. As full and warm as they will go.In all fairness I only got 448 KW once. The car was about 8 months old and I only had about 6000 miles on it. Battery degradation was minimal back then. That was also with absolutely perfect battery optimization. 100% SOC and perfect temperatures.
I wonder if the Ludicrous Model 3 will be much less sensitive to battery temperature? Maybe they will find a better way to get high max discharge values without heating the battery so much? That alone would be a big improvement.Sure. The cars I have tested usually come straight from delivery, then SUV V3 to 100% and then to the Autobahn, which is 300m away. Wire winding cars with 3D1 in the back would go to 435kW and hairpin cars with 3D6 in the back to just below 430kW. As full and warm as they will go.
I've wondered for the difference to BMS max discharge for a while, as the LG Performance will hit that exact number and the Panasonic just won't, but then it makes sense to limit the Panasonic on a market that also has the LG as competition. The US doesn't, so that is my only logical explanation, but I would like to see other cars perform above 435-436kW as well. Your current numbers look like what I've come to expect from these cars.
I don't think there's anything that can be done in that respect. What would be nice is adjustable preheating so you could set SOC and battery temp for a departure time.I wonder if the Ludicrous Model 3 will be much less sensitive to battery temperature? Maybe they will find a better way to get high max discharge values without heating the battery so much? That alone would be a big improvement.
What is the peak current and power that the front motor will allow? Even my very best run had a 266 KW peak rear motor value. However, I have seen right at 200 KW consistently for the front motor. Is that more than the MIC inverters should allow?That is something I doubt, as to my knowledge the 4D1 performance cars use the 840A inverter, which tops at 269kW.
That 60ft would be amazing if Tesla can deliver.I ran another simulation with just replacing the rear motor and this is what I am getting.
This is a race against the current 100% stock Model 3 Performance. These numbers look completely reasonable to me.
View attachment 1025537View attachment 1025538
Most people would consider that 60’ to be poor. Guys in my area are doing 1.60 60’ times with 4,000 lb Kia cars now.That 60ft would be amazing if Tesla can deliver.
That is what I am expecting.So the Model 3 Performance is being revealed today after the Rivian R2?
feb 25th.
What is the peak current and power that the front motor will allow?
A EU spec M3P 2021 with Panasonic completely stock with a cold pack and not at 100% does 11.7-11.8s on the 1/4 mile. There are countless of these runs on the carwow Youtube Channel.This is a race against the current 100% stock Model 3 Performance. These numbers look completely reasonable to me.
I guess I am confused then. Where does the 158 KW front motor spec come from in this post?This a run of my Q4/2020 Refresh 2021 M3P with 3D3/3D1,
- Front 3D3 is always limited to 335V x 630A = 211kW
- Rear 3D1 is always limited to 320V x 840A = 269kW
As you see, this is not unique to US cars, but it looks like Tesla not making a difference there.
- Front 203kW
- Rear 267kW
- Max Combined 435kW
View attachment 1025573
A EU spec M3P 2021 with Panasonic completely stock with a cold pack and not at 100% does 11.7-11.8s on the 1/4 mile. There are countless of these runs on the carwow Youtube Channel.
A friend of mine has the 2022 M3P with LG pack. So he is 20kW down on power to the Panasonic, but with 18" wheels and stiffer springs did 11.5s 1/4 on a proper 1/4 strip with official printout and everything. A similarly prepped 2021/2022 M3P with Panasonic should be able to do 11.3-11.4s then.
Being blessed with public unrestricted Autobahn I only value 100-200kph times ;-)
It is confusing indeed, but let me explain...I guess I am confused then. Where does the 158 KW front motor spec come from in this post?
Tesla, when registering their cars in Europe, need to file different power levels for their cars with the authorities.
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Also, Tesla won't explain why they go above their claimed motor limits like when a 378kW M3P pushes 435kW in CANBUS. These numbers are too far apart to be expected losses in during conversion and drive train.
“But wait, there is just one more thing”, perhaps?It doesn't look like Lars and Franz are going to talk M3P.
"Can you explain the platform safety architecture?" Zzzzzz...
I think we'll all be asleep by the time Lars and Franz are done tooting their own horn.“But wait, there is just one more thing”, perhaps?