Supersized Supercharger Network - 2016 Tesla Model X Long-Term Road Test
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Supersized Supercharger Network - 2016 Tesla Model X Long-Term Road Test
Tesla's Supercharger network was still a work in progress when we owned our 2013 Tesla Model S, but now our 2016 Tesla Model X can go almost anyplace.
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Unfortunately Elon's arrogance has made that more difficult than it needed to be. All Tesla's use a proprietary charging plug that is not compatible with every other EV currently on the market or planned for the future. The traditional automakers always follow the standards set by the SAE to ensure widespread compliance. As a result, every other EV uses the standardized SAE J1772 plug that enables them to be charged at any charging station across the country. Tesla provides an adapter that allows owners like myself to leverage those stations, too, but no other EV comes with an adapter to use superchargers (and some EVs can't handle the high-rate charging anyway). Obviously this should be an easy fix, but it is one additional step that makes it less likely that would happen anytime soon.
In 2014, I never had to wait for a spot at a Supercharger station. Today, it's more likely than not that I have to wait (I'm in the Bay Area and often travel to Sacramento and points north, and I also drive to LA about once a month) and the waits can be 1/2 hour or more.
Also, when you have more cars charging, the charge rate drops (I think it has to do with whether your charger is paired with another charger in use, but I'm no charging expert so the explanation may be much more complicated than that).
So it used to be a matter of pulling straight up to the charger, waiting about 20-30 minutes to get the needed charge and go on your way. Now, it's often a case of wait 30 minutes for a spot to open, then spend 40 or more minutes to get the needed charge.
A 20 minute charging stop is tolerable. An hour+ charging stop is not. And if and when the Model 3 hits the roads, the situation will get much worse.
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But I'm glad you agree that the success of the Model 3 will make Supercharging a complete disaster.
I wouldn't mind paying $80 to swap the battery so i don't have to wait in line for an hour, and that's what most of the forum owners also said.
As for why Tesla is not pursuing it, I guess it is really technically not feasible or possible in public environment in a quick manner that is comparable to refueling a ICE vehicle as Musk promised. Elon Musk put on a show back in 2013 on how fast it could be and even battery swap live. In reality, I guess it will be more like an oil change in quick lube station since Musk said there is coolant and all that physical connections to the battery. And in my opinion, the Model S is never designed to have the battery to swap out in a quick manner in the beginning. Just look at the bottom, you see how much stuff (shield, plastic guards, etc.) you need to move around to get to the battery. And getting a robot that can do all that in swap station surely will be way more expensive than building another few superchargers.
The Kevlar shielding was added to the Model S later after several batteries were punctured by road debris and caught on fire. Before the bottom of the car was the exposed battery. I would think the Kevlar shielding is now part of the battery's outer shell on newer models.
My point is that Model 3 demographics may include more renters and fewer homeowner-types who can set up a Level 2 or NEMA 14-50 charge point at home. It seems to me that more of them may rely on the Supercharger as their only charger. Will this change be significant? I don't know. But even if my theory is 100% bogus, the mere fact of a coming 10x increase in the number of Teslas is going to require a lot of furious Supercharger construction on the part of Musk and Company just to maintain the status quo. If my theory is correct, they're going to have to build even more.
Twitter: @Edmunds_Test