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The battery pack did not get larger or heavier. The energy density of the cells within the pack slightly increased due to the chemistry of the newer cells.But I don't see any different in weight in at least the official specs...
They very infrequently update the specs on the website. For example, they show that the MYP and MYLR weigh the same, even though the MYP has heavier 21" wheels and tires. And it was about 4 months after the new console was available, that they updated the website to actually show it.But I don't see any different in weight in at least the official specs...
I'm picking up my car this Thursday with VIN 250xxx. How do I know if I have the 82kwh battery in my LR Model Y?
You could look at the very first post in this thread - the video shows you how to check.I'm picking up my car this Thursday with VIN 250xxx. How do I know if I have the 82kwh battery in my LR Model Y?
I'm wondering if anyone's figured out a way to check without buying a bunch of cables. Like a label or something?You could look at the very first post in this thread - the video shows you how to check.
I've read that there may or may not be a label you can check under the car, that may or may not be visible due to the aerodynamic shields. It's discussed here somewhere I believe - 2021 model Y scan my Tesla battery sizeI'm wondering if anyone's figured out a way to check without buying a bunch of cables. Like a label or something?
According to this method I get 64.76 kWh which seems really low. I haven't taken a good trip in almost a year (thanks COVID!) so I suspect perhaps the battery just "doesn't know" its true capacity. I'm taking a 2500 mile trip in a few weeks and I'm hoping it will get better data and show improvement but I'll know soon...Re: Calculating Your Battery's Estimated Capacity Using the Car's Energy Screen
For new viewers wanting a step by step of the formula (or to plug it in somewhere (WolframAlpha URL or sheet).
Calculating Your Battery's Estimated Capacity Using the Car's Energy Screen
Re posting here and making this a sticky post so it doesnt get lost. @AlanSubie4Life originally posted: =========================================== (originally posted by @AlanSubie4Life. Original thread this appeared in can be found here: ( 2021 model Y scan my Tesla battery size)...teslamotorsclub.com
Previously, I had a 2015 Model S 70D. With about 10% degredation after 200,000 miles, and supercharger throttling, road tripping was become a chore. However, now I have a Model Y LR, and I have found for road tripping I have reached a tipping point. The car has more range than I do (between bathroom and food breaks), and the car charges faster than I do (using the bathroom and getting coffee/food). So, essenially I am never waiting for the car to charge.I know I started this thread but honestly, I think we spend too much time stressing about and overthinking this stuff. Range anxiety, battery size, degradation.... I mean, if you drive locally you charge up at night at home, so none of this matters. If you take a trip, you stop to charge when the car says to, or use ABRP to figure out when you want to stop. Very few of us are driving from 100% to 5% in one fell swoop, and even if you did, that's still 280+ miles, or over 4 hours. And doing that isn't optimal as it doesn't necessarily minimize the amount of time you spend charging on a trip.
I totally agree and have never had a problem - I’ve learned to trust the process. For me, and I suspect many others, it’s just the idea battery capacity might degrade faster than normal and/or too much and we wouldn’t be able to quantify the change accurately. I would hope the car would notify me if there was an actual issue but I’m the “trust but verify” type. So while I’m not worried about it I would feel better having good data. But not to the extent I’m ready to install a reader, at least not at this point.I know I started this thread but honestly, I think we spend too much time stressing about and overthinking this stuff. Range anxiety, battery size, degradation.... I mean, if you drive locally you charge up at night at home, so none of this matters. If you take a trip, you stop to charge when the car says to, or use ABRP to figure out when you want to stop. Very few of us are driving from 100% to 5% in one fell swoop, and even if you did, that's still 280+ miles, or over 4 hours. And doing that isn't optimal as it doesn't necessarily minimize the amount of time you spend charging on a trip.
I feel the same when i sold my raven X recently to consolidate the fleet a little and got a Y.. The Y is just as good. have yet to road trip with it but I expect it will be just as good. I do love the 250KW charging compared to the XI am loving our new Model Y. I thought I’d have regret selling our 2019 Raven Standard Range S but the latest Y has much of the same amenities (heated steering wheel, HEPA) and some things our S didn’t have, such as wireless charging and reclining rear seats. The biggest improvement though is the extra range and 2x faster Supercharging, easily worth giving up free Supercharging.
I used to charger the S to 90% (240 miles) but only need to charge the Y to 70% for a similar range of 230 miles! The S looks better and has a better ride but the Y isn’t bad itself in both regards.
I know I started this thread but honestly, I think we spend too much time stressing about and overthinking this stuff. Range anxiety, battery size, degradation.... I mean, if you drive locally you charge up at night at home, so none of this matters. If you take a trip, you stop to charge when the car says to, or use ABRP to figure out when you want to stop. Very few of us are driving from 100% to 5% in one fell swoop, and even if you did, that's still 280+ miles, or over 4 hours. And doing that isn't optimal as it doesn't necessarily minimize the amount of time you spend charging on a trip.
Just checking out the Tessi app - where does it show your battery capacity?I don’t think you need to scan. Just look at your energy chart in the car and multiply the wh/mi on the left by the range estimate right, then divide by the % battery you have at the time. Mine always comes in around the 78,200 to 78,900 range which would be the usable battery for the 82 kWh battery. At first the range showed 328 mi but now shows 326 mi.
I also have the Tessie app currently telling me 78.2 kWh Battery Capacity.
I have a March build, VIN 158XXX.
From their help is states it is an extrapolation so likely just using the same input and keeping track of it over time for a graph.Just checking out the Tessi app - where does it show your battery capacity?
How is battery capacity and max range measured?
Max range is the range value displayed in your vehicle if it was charged to 100%.
Battery capacity is the "energy added" value displayed in your vehicle if you were to charge it from 0% to 100%.
Tessie continuously extrapolates these data points to monitor for changes in your battery.