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Curious where this is specified? (For AU particularly)

Telsa's own page says
3D5 is 180kw @6k - 326nm
3D7 is 194kw @5.4k - 340nm


That's not necessarily a negligible difference.. especially if we're down from the rated 208.

Power ratings are a function of how much torque is produced at a given engine speed.
Without seeing the torque curves from a dyno, there's a possibility the D5 has more down low performance. But given the lower peak torque output, I'd be surprised.
Just found this on Whirlpool, I don’t know if it is valid or correct.

“My VIN is a 382XXX with the J engine. The J engine has always been the 3D6 P engine with 239kW of max power. There is another hairpin engine, the 3D7 B engine with 208kW of max power, but this one has only been seen on LR models, never on the SR+.”
 
Morning Crystal currently being shepherded to dock by tugs.

Screen Shot 2022-07-26 at 1.20.00 pm.png
 
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Think you mean 6-10AM Arrival Tomorrow

RRMORNING CLARAVEHICLES CARRIER199.9Wilhelmsen Ships Service (Brisbane)27-07-22 06:0027-07-22 10:00Drift Point CartwrightFisherman Island No 1SCHDShanghaiPort Kembla2263
DEPMORNING CLARAVEHICLES CARRIER199.9Wilhelmsen Ships Service (Brisbane)28-07-22 08:0028-07-22 12:00Fisherman Island No 1SEAPLANShanghaiPort Kembla2263
To me it doesn’t look like it going anywhere.

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My Melbourne delivery M3LR date brought forward in past 24 hours by about 1 week to now be August 17 - August 31. (Ordered 2 March)

Even for an estimated date it is at heading in the right direction.

And my Sydney M3LR ordered 15/1 still sitting at Aug23-Sep1. Not sure what system they're using for allocations but is sure as hell isn't first come first served
 
The car can't charge any faster on 2 phase than it can on 1. With a single phase it can do up to 32A, with more than a single phase each phase can only do 16A. This is a limitation of the way the charging circuitry in the car can operate.
The Tesla manual that comes with the wall charger says it will charge faster wired in to two phases instead of one. The same as the manual says it'll have higher kW at 3 phase. The electrician went over the manual and said the same thing?
 
The Tesla manual that comes with the wall charger says it will charge faster wired in to two phases instead of one. The same as the manual says it'll have higher kW at 3 phase. The electrician went over the manual and said the same thing?
It's not a limitation of the wall connector, it's a limitation of the charger circuitry in the car.

The HPWC can supply up to 32A per phase on 3 phases (22kW), but the Model 3 and Y can't go that high (some Model S and X can). The Model 3 and Y can go up to 32A single phase or 16A per phase on multiple phases.

So with 2 phases you'll be able to do 16A on each phase, which is the same charge rate as 32A on single phase - although your 2-phase option will get less voltage drop and resistive losses in the wiring and it's just good practice to have big loads spread more evenly across phases.
 
It's not a limitation of the wall connector, it's a limitation of the charger circuitry in the car.

The HPWC can supply up to 32A per phase on 3 phases (22kW), but the Model 3 and Y can't go that high (some Model S and X can). The Model 3 and Y can go up to 32A single phase or 16A per phase on multiple phases.

So with 2 phases you'll be able to do 16A on each phase, which is the same charge rate as 32A on single phase - although your 2-phase option will get less voltage drop and resistive losses in the wiring and it's just good practice to have big loads spread more evenly across phases.
I wonder if 32A single phase is actually 2 of the 3 charger modules paralleled up off a single phase. And where it happens.. Is it carried as a single 32A phase to the car and the cars charger parallels it up internally. Seems most likely, otherwise a single charger module can support 32A, so we should be able to hit 22kW on 3 phase.
 
The UMC on a standard 10 Amp socket will deliver 1.8kW, or on a 15 Amp socket 2.6 kW.
On three phases it can deliver 7 kW.
On a single phase the Tesla Wall Connector can deliver 7.4kW (230V at 32A)

All of these are below the maximum rate the Model 3 AC charger can handle: 11kW
On 3-phase the Tesla Wall Connector, at 16A/phase, will deliver 11 kW and max out the Model 3 AC charger capacity.

 
It's not a limitation of the wall connector, it's a limitation of the charger circuitry in the car.

The HPWC can supply up to 32A per phase on 3 phases (22kW), but the Model 3 and Y can't go that high (some Model S and X can). The Model 3 and Y can go up to 32A single phase or 16A per phase on multiple phases.

So with 2 phases you'll be able to do 16A on each phase, which is the same charge rate as 32A on single phase - although your 2-phase option will get less voltage drop and resistive losses in the wiring and it's just good practice to have big loads spread more evenly across phases.
Tesla must be wrong then mate and you must be right đź‘Ź
 
The UMC on a standard 10 Amp socket will deliver 1.8kW, or on a 15 Amp socket 2.6 kW.
On three phases it can deliver 7 kW.
On a single phase the Tesla Wall Connector can deliver 7.4kW (230V at 32A)

All of these are below the maximum rate the Model 3 AC charger can handle: 11kW
On 3-phase the Tesla Wall Connector, at 16A/phase, will deliver 11 kW and max out the Model 3 AC charger capacity.

The current UMC is strictly single phase, the v1 umc was three phase capable.
Also the current UMC will do 32A single phase with the tesla 32A blue adapter in the UK.