You can install our site as a web app on your iOS device by utilizing the Add to Home Screen feature in Safari. Please see this thread for more details on this.
Note: This feature may not be available in some browsers.
I'll be in Montreal all weekend.....I hope it goes live tomorrow afternoon so I can NOT obsess over it on my long weekend abroad.
Don't forget the 3 has a rear PM motor that does not have the output of the induction motors but is more efficient.
Battery chemistry is different though. Wasn't there some info on maximum current draw from the Model 3 pack?What are basing the motor power on? These are theoretically the same motors propelling the 80k semi to 60 MPH in 20 seconds which is 954 kW peak power (assuming linear power ramp). ~240 kW per motor, 800A @ 300V, 600A @ 400V.
On a battery size to weight ratio, the 3 can match the S in 0-60, if the motors are not a limiting factor.
Battery chemistry is different though. Wasn't there some info on maximum current draw from the Model 3 pack?
I also think the dual motor won't have any extra range. The motor is already so efficient that different gearing for the front and rear motors won't help.
I can't decide if it will have an induction motor. I keep going back and forth on that. It would make sense but then the Performance version would have the same overheating problems that the S has. That would be a step backwards since it seems like the RWD Model 3 is a massive improvement in that regard.
3.5s 0-60 for the P is my prediction.
The reason to use an induction motor is lower cost and more efficient torque sleep.If all Tesla did was to put another rear PM motor into nose, while adding 300lb to the curb weight, it would be capable of running <10.5 @ >125mph based on the HP and weight addition, assuming a 160lb driver. This assumes a Model 3LR weighs 4000lb now with a 160lb driver and can trap 103 mph. The battery should support it.
Why would they need an induction motor? The PM motor they have is already too powerful to use for an AWD Performance variant, unless they want to stop the sales of the P100D.
It will be interesting to see how they handle this. The Model 3LR is not the performance model, but it does have the performance motor necessary in place.
Friday in Bangkok
It's even better, Electrek post there articles on Twitter a few minutes before they comes up on the website for everyone so follow them on Twitter is a good way to get the latest.Get Twitter alerts for Electrek, they're great! I don't use Twitter for anything other than alerts from Electrek and Elon Musk. Electrek posts articles to Twitter within minutes of being on their site, so you know immediately.
Only 19?On to page 19 of pure speculation in less than a week. I knew we could do it! Very proud of everyone.
Regarding cost:The reason to use an induction motor is lower cost and more efficient torque sleep.
Regarding cost:
Induction requires a low resistance squirrel cage shorting bar assembly, steel laminations, specialized bearings, and seals for the rotor cooling. Along with interwoven windings on the stator and a sinusoidal drive waveform.
PMSR rotor has laminations, bearings, and (I gather) magnets for efficiency and reduced torque ripple. The stator is individual pole windings with arbitrary drive waveform.
The PMSR also has higher volume production. So, for Tesla, is induction still lower cost?