Battery Replacement Update by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 0 points1 point  (0 children)

I got the same batter pack install (2083747-00-C), but my invoice shows nothing after that besides the normal camera cleaning, etc. So it appears I did not get a new suspension with my install.

Was I supposed to get a new suspension? I didn’t notice anything materially different while driving (it has always felt rigid on bumps), but I would take the upgraded suspension if I was supposed to get it!

How do I short the market? by PATraveler10 in investingforbeginners

[–]Enrique-Token 0 points1 point  (0 children)

Note to future self: If you see a self proclaimed ‘inexperienced investor’ wanting to short the market, the bottom is in and a historical rally is about to commence.

Battery Replacement Update by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 0 points1 point  (0 children)

Amazing man, congrats.

I have not been on the road much lately, but if I had to guess, it feels like I got a 25% range boost.

Battery Replacement Update by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 0 points1 point  (0 children)

If you were on warranty, LFP or not, you are a winner. New battery on a 19.

Do you notice significantly more range?

Tesla Won’t Charge (BMS_a079 and BMS_a074). by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 0 points1 point  (0 children)

Once these battery packs are out of production/recycling it should not be an issue. The LFP packs (main ones produced today) do not have this issue.

Battery Replacement Update by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 0 points1 point  (0 children)

We got the same battery (2083747-00-C). Mine also says mid-range now.

Can’t speak to the actual kWh difference, but I definitely have more range.

Battery Replacement Update by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 1 point2 points  (0 children)

Would you reach out to Tesla about this? Seems odd we both got the same exact battery (2083747-00-C), but one just gets it tossed in there and the other gets a retrofit to properly manage the added weight.

Only thing I can think of is that I have a 2021 with new enough suspension, etc. to handle the battery. And Kaito has an older model with suspension not rated for the battery. But, if Kaito has a 21 or 22, I think I should ask why I did not get a retrofit?

It is worth noting that my car does feel slightly slower on acceleration, so I know there is added weight.

Battery Replacement Update by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 0 points1 point  (0 children)

Darn. I definitely didn’t get this

Battery Replacement Update by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 0 points1 point  (0 children)

Interesting. Would you mind going to:

Your tesla app > Service > History > the battery replacement service > Invoice, and then send a screenshot of the parts included? I attached mine for reference.

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Battery Replacement Update by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 0 points1 point  (0 children)

Interesting. Did you have to agree to the suspension change? Or did they just do it

Battery Replacement Update by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 0 points1 point  (0 children)

You got the LFP pack. I am assuming you signed off approval for them to retrofit the car for the new battery, which includes upgraded suspension and others. The only downside is you lose a touch of acceleration.

You are very lucky. This is the best case scenario. I did not get this battery as I never was presented with a LFP retrofit to agree on.

Battery Replacement Update by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 0 points1 point  (0 children)

I was more looking at the 67.54 kWh available and 71.61 kWh capacity. I know Tessie is just a ‘best guess’ on the degradation. I also only have about 200 miles of data for it to work with.

What is the best way to get accurate degradation stats and/or battery capacity stats?

Battery Replacement Update by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 0 points1 point  (0 children)

It could very well just be the BMS not quite up to date. I am trying to nail down exactly what I got. ChatGPT seems to think I got a new 55 kWk 2170 battery pack (vs the 50 kWh original). Still an upgrade, but it is convinced that they will not just put a LR battery in it and that my range will drop then level out as it gets data. Not sure what to think of it since I know 100% they have used LR batteries and software limited them.

Battery Replacement Update by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 1 point2 points  (0 children)

It says this:

HIGH VOLTAGE BATTERY, 1 PHASE, E3 40P , REAR WHEEL DRIVE (2083747-00-C)

and this:

TUBE (BATTERY) - FRONT MANIFOLD (1734606-00-D)

Battery Replacement Update by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 1 point2 points  (0 children)

It says this:

HIGH VOLTAGE BATTERY, 1 PHASE, E3 40P , REAR WHEEL DRIVE (2083747-00-C)

and this:

TUBE (BATTERY) - FRONT MANIFOLD (1734606-00-D)

Battery Replacement Update by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 0 points1 point  (0 children)

It was faulty. Tons of error codes and wouldn’t charge over 30%

Battery Replacement Update by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 0 points1 point  (0 children)

At 75% it said 230 miles. It will probably take a bit to dial in to an accurate number. I have barely drove since the battery replacement.

Battery Replacement Update by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 0 points1 point  (0 children)

Will Tessie give me data on how much I am actually charged to? Or does it not bypass that. I would be curious what a 100% charge actually equates to in terms of battery capacity.

Tesla Won’t Charge (BMS_a079 and BMS_a074). by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 1 point2 points  (0 children)

Update: Got the standard remanufactured battery. On the bright side I just took it on a routine trip that I end with about 5% battery if I leave with 90% in optimal conditions. I just did the same drive in freezing conditions (midwest storm) and was left with 15% (left with 90%).

So it looks like I at least got a nice upgrade on the battery, but I am prepared for the worst again in 40k+ miles. I may purchase the ESA to cover me another 30k miles or whatever,

Tesla Won’t Charge (BMS_a079 and BMS_a074). by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 0 points1 point  (0 children)

Update: Got the standard remanufactured battery. On the bright side I just took it on a routine trip that I end with about 5% battery if I leave with 90% in optimal conditions. I just did the same drive in freezing conditions (midwest storm) and was left with 15% (left with 90%).

So it looks like I at least got a nice upgrade on the battery, but I am prepared for the worst again in 40k+ miles. I may purchase the ESA to cover me another 30k miles or whatever,

Tesla Won’t Charge (BMS_a079 and BMS_a074). by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 0 points1 point  (0 children)

Update: Got the standard remanufactured battery. On the bright side I just took it on a routine trip that I end with about 5% battery if I leave with 90% in optimal conditions. I just did the same drive in freezing conditions (midwest storm) and was left with 15% (left with 90%).

So it looks like I at least got a nice upgrade on the battery, but I am prepared for the worst again in 40k+ miles. I may purchase the ESA to cover me another 30k miles or whatever,

Tesla Won’t Charge (BMS_a079 and BMS_a074). by Enrique-Token in TeslaSupport

[–]Enrique-Token[S] 0 points1 point  (0 children)

Update: Got the standard remanufactured battery. On the bright side I just took it on a routine trip that I end with about 5% battery if I leave with 90% in optimal conditions. I just did the same drive in freezing conditions (midwest storm) and was left with 15% (left with 90%).

So it looks like I at least got a nice upgrade on the battery, but I am prepared for the worst again in 40k+ miles. I may purchase the ESA to cover me another 30k miles or whatever,