doctorwho
Active Member
/thread and I'll take your Model S:smile:I'll bet my Model S that we'll hit 1000 posts here prior to the announcement
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/thread and I'll take your Model S:smile:I'll bet my Model S that we'll hit 1000 posts here prior to the announcement
WIth the starting voltage being nearly identical (+/-1V in my data, so +/-0.01V per cell set), the constant-voltage portion of the charge taper (~404V) would have to happen X% later if there were hidden capacity vs reported SoC. It does not.
Why speculate the night before the announcement? You'll find out tomorrow.
Ok, it appears that you are talking about the Charge Characteristic (it was not clear from what you've posted before). Isn't it true that charge characteristic is controlled by the car software? So, if the hidden capacity is indeed hidden, why is it not reasonable for car to charge as if the battery is still 85kWh?
I think that the only definitive way to prove/disprove this theory is to test the new cell separately. Testing the pack which is treated by the current software version as 85kWh to see if it actually has larger capacity does not seem to be the correct approach.
But you need to turn that thought around. If other vendors use the same patents then more people will end up providing charging. Maybe not free, but pretty much at cost.So, how do you make the SC free for all Tesla vehicles? Further entice other EV manufacturers to use "open-source" patents and charge these non-Tesla vehicles to use the SC network. I'm not sure how Tesla can continue offering freebies without adverse TSLA market price hits.
Sure, the software controls the charging. But the software can't violate the chemistry. The cells can't reach the same CV voltage as fast if they have additional capacity. The also can't be drained to the same low voltage point as fast if they have additional capacity. Doesn't matter what you do with the software reported SoC, the voltages don't lie.
I feel like you don't have sufficient knowledge of the subject matter to make the assertions you are making because the facts that I've stated undeniably point to equal capacity packs.
X starting voltages, add Y kWh, end up with Z ending voltage. If capacity is the same, Z will be the same. If the capacity is larger, Z will be smaller. If the capacity is less, Z will be higher or level off faster. In this case, Z is equal for both D-packs in my P85s (traded and fiance's) and my P85D's E-pack.
But if there are more cells, the resistance and current ratio would be different
Is not going to be anything to do with cells etc. it is likley a software update that helps us plan charger to charger journeys, including temperature, wind and other factors.
I feel like this thread is a case study to be placed alongside the "NCAA March Madness bracket activity costs workplaces $1.9B annually" studies.
I'm pretty sure the "entire fleet" doesn't include Roadsters either.