Unknown Soldier
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How much was the price tag? Or is there a site where you you got it from?
The best place to get a used S is from https://www.tesla.com/used because of the incredibly generous 4-year CPO warranty, the same bumper-to-bumper limited warranty that new cars sold by Tesla get. There's also an 8-year drive train and battery warranty that starts when the car was originally sold and you get the remainder of those 8 years whatever that might be.
However Tesla's own inventory listings are horribly cumbersome and clumsy to browse. Instead I recommend you search for the car of your dreams here:
https://ev-cpo.com/hunter/
Good luck and good hunting!
Oops. Right, it depends entirely on what EVSE you have installed. It's possible to install a super high amperage fast charger in the home, but that's neither necessary, easy, nor common. At a given amperage, apples to apples, a 240V EVSE will charge about twice as fast a 120V EVSE. But yeah, 240V EVSEs tend to draw more amps since they "know" they will be installed on a dedicated circuit anyway. That said, I doubt most people are going to want to go above 30A @ 240V for a home EVSE, since to do so many would have to upgrade their home's electrical service.
An electric clothes dryer draws about 6,000 watts, and this is generally the "size" of circuit that a homeowner can easily and cheaply add to their garage. Yes, rich and/or lucky people can and do go much higher than that. They just don't gain much actual utility for their money.
But yes, a typical 25A vanilla 240V home EVSE charges about 3 times faster, not 2 times faster, when compared to a plain ol' 1,800W outlet. My apologies. That fact doesn't really affect the point that I was trying to make: That both "speeds" are still similar enough that it doesn't really change how one thinks about charging one's car:
Do I have plenty of juice for whatever driving I need to do tomorrow?
Yes: Okay, maybe I won't bother plugging in tonight.
No: Okay, I definitely gotta remember to plug in tonight.
No matter which kind of home EVSE you own, you're still probably gonna plug-in in the evening, and then likely not unplug until the following day. Because laziness. Tripling your charging speed will often just mean the charger shuts itself off at 10PM instead of 4AM. Sometimes that's important,(off peak rates!) but usually, it isn't.
I still recommend getting a reasonably beefy EVSE, if you have the means. Not necessarily a 50A one however. Diminishing returns. It'll likely cost a bunch more to install, and still won't be fast enough to do useful amounts of "oh-fuck-I-forgot-to-charge" charging.
TLDR: In the home, "fast" charging often isn't a heck of a lot more useful than "slow" charging. That's because both are still pretty darn slow, but still fast enough for most people. (People that drive 20-40 miles per day, and can charge overnight.)
If you're installing home charging, the bog-standard NEMA 14-50 outlet recommended by Tesla for your garage is the same one used by RV's (and if you are going to take your Tesla to national or state parks, you can charge your car at any campground which has these standard outlets placed here for RV's to use), electric ranges in your kitchen, and welders. There is nothing special about this decades-old standard outlet that an electrician will put in your garage for like $200-400 depending on where you live and how much wire needs to be run inside your garage's walls.
The ordinary NEMA 14-50 outlet supplies 240V and 50A, and the included mobile charging unit with the car plugs into the outlet with a supplied adapter and my car (an early 2016 pre-facelift S 90D) can draw 40A from the outlet which gives me a charge rate of 30 miles per hour. Starting in mid-2016 with the face-lifted front end Model S, the built-in charger was upgraded and can draw 48A from the outlet and newer Model S can charge at 35 miles per hour. This is such a massive increase from the measly 4-5 miles per hour you can get out of a 120V outlet that it's not even something you should think about twice. You're already blowing that much money on the car, pay the local electrician his damn $200-400 and get the NEMA 14-50 outlet installed in your garage. You'll thank me later.
PSA: Teslas sold in North America include a mobile charging unit and 3 adapters: 120V house outlet, 4-blade NEMA 14-50, and J1772 (the North American public charger standard). They do NOT include an adapter for NEMA 14-30, the 3-blade outlet used by electric dryers. You do NOT want to put a NEMA 14-30 outlet in your garage unless you enjoy buying a separate adapter just for that outlet which is dumb because the NEMA 14-30 will charge the car half as fast as a NEMA 14-50 and the electrician will charge you the same amount of money to put the NEMA 14-30 in as he will to put a NEMA 14-50 there instead.