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Which is more common, 14-30 or 10-30?
Except that in many places where tesla is selling their cars superchargers are not at all prevalent. I'd much rather drive 5-10 mins to a supercharger then bother with all the adapters, but that's rarely an option unless I'm going one very specific direction. Anywhere else I need all the charging help I can get, and I know of tesla owners who think I have it good here because I actually have a supercharger within my driving range, some still do not.
I just install 14-50s in all my family's garages.
I think this is a sign of Tesla going mainstream. Mainstream users aren't going to bother with huge extension cords and dryer adapters etc. They will supercharge and destination charge, but futzing around with other stuff is for early adopters. I carry two adapters in my car, chademo and a 6-50 to 14-50. I've never used the second one.
I hope this isn't the case because I would hardly ever utilize a Tesla destination charger. Tesla's destination chargers are often located at resorts and hotels that are far too expensive. Also, not everyone's destination is a hotel or resort. I stay with family when I arrive at my long-distance destinations, and they have a 110v outside and an unused dryer plug off the garage. I end up using the dryer plug.
This is the adapter that I use with an extension cord purchased from Amazon: NEMA 14-50R to 14-30P or 14-50P Adapter
Is the Model X shipping with a UMC? I wouldn't be too surprised if this was the next thing to go.
IMHO: The long term plan is use superchargers whenever it's necessary to charge away from home. With packs approaching 500 rated miles, this becomes the 99+% of even long trips. Destination chargers exist for convenience, you save time at the supercharger if you happen to find one.
This is several years out though, both in pack capacity and supercharger density.
No the car won't reduce the current rate (unless it sees a significant voltage drop) and this could present a dangerous situation. You should pull no more than 24 amps continuous on a 30 amp breaker yet the car will be trying to pull 40. If all the stars align and the circuit breaker does it's job and trips, that will be that. But if the circuit breaker is defective (happens all the time) you will overload the wire and the receptacle and this will lead to overheating and fire.
I bought the 10-30 and 14-30[1] so I'd be prepared. I consider it pretty cheap insurance when compared with the cost/hassle of being stranded or needing a tow.
I've never used them, but then again I've never used the fire extinguisher in my house either, but having them when I need them is well worse the price to pay for them.
I'm sure they are relatively low volume as compared to sales... and their necessity will become lesser all the time as charging networks grow, but this is one of those things I think Tesla should do out of principle, until we are at the point EV charging is ubiquitous. Especially in areas where a Supercharger may be far off the beaten path... and there are many of those.
I feel similarly about the chargers on the X: reducing power capacity options for the chargers is not a step forward, even if if 95% of folks won't be impacted. The goal is to allow EV's to be a viable option 100% of the time... and we aren't there yet. In the mean time, small things like this help plug those holes.
If we get a good email address to direct our concerns to, I'd be happy to chime in.
[1] Along with all the others[2]
[2] Well, at the time.. I think I still need to grab the new 6-20 now that i think about it[3]
[3] Hopfully there is room in my case:
View attachment 104747
Great looking holder for your adapters. Where did you source it?