OK, so 3 miles of range per hour on 120, 18 miles on 240 and the Tesla charging station will do 60? That's 2 50-amp 240V circuits. An ICE long-term car has no refueling infrastructure - it's just how many gallons times the cost per gallon. At the end of your 20k miles with this car (I suspect it will actually be lower than that, because it can't really go on long trips that pile on the miles), you will have to take your power cost (your home-charge basically worked out to $4.08 per 50 miles), plus the cost of the Tesla charger ($1,200) plus whatever it cost you to install it. Your Jaguar, at 15,000 miles, at 15 mpg, at $5 a gallon, will cost you $5,000 for gas. The Tesla, citing the rate you paid for your electricity, would cost $1,524 to go that far. There are two things we don't know - how much you will use the free Superchargers and the like rather than pay for electricity, and how much the charger installation will cost you.
Oh - and your car has the $1,500 twin charger option that allows you to use the $1,200 high power charger. So there's that too. This will be interesting.
@fordson1: Sometimes its not about saving money, but using less. Granted we don't know what went into the manufacturing of this vehicle, but I think the main concern- the battery, is relatively friendly towards the environment. I actually think most peopl
I finally saw one (red) last week near my apartment in Queens, and a second time (grey) the other day when walking to the subway, but that one was on a tow truck! hmm, dead battery perhaps?
quadricycle, the Jaguar, the Carerra the SLS - none of those are about saving money, either...but that doesn't mean I'm not interested in capturing what they cost to run in the course of the long-term test. I would imagine this car will cost about the same to refuel during the time they have it as will the Jaguar or similar car. Now, once the cost of the internal high-capacity charger, the high-capacity connector and its installation are amortized, it will of course become much less expensive to refuel. I am also interested in how reliable it will be - it has already given them a false low-tire-pressure message and has had the touchscreen replaced before it reached 700 miles...but it seems a pretty high-quality piece subjectively. We'll just have to see.
quadricycle, the Jaguar, the Carerra the SLS - none of those are about saving money, either...but that doesn't mean I'm not interested in capturing what they cost to run in the course of the long-term test. I would imagine this car will cost about the same to refuel during the time they have it as will the Jaguar or similar car. Now, once the cost of the internal high-capacity charger, the high-capacity connector and its installation are amortized, it will of course become much less expensive to refuel. I am also interested in how reliable it will be - it has already given them a false low-tire-pressure message and has had the touchscreen replaced before it reached 700 miles...but it seems a pretty high-quality piece subjectively. We'll just have to see.
so it only cost about $4 for 80 miles of range--impressive! And that's 80 miles of range in a kick-butt performance ride, not some weenie iMiev. Doubly impressive. And to be a favorite in a fleet with a SLS and 911 either it is that good or you are exaggerating. I'd like a little more follow up on that comment, please
@fordson1 again: I didn't mean to de-value the operating costs, and their importance in car ownership. The point I was briefly trying to make was that a Tesla owner used about $1,500 of electricity, versus 1000 Gallons of gasoline ($5000) in the Jaguar. T
so it only cost about $4 for 80 miles of range--impressive! And that's 80 miles of range in a kick-butt performance ride, not some weenie iMiev. Doubly impressive. And to be a favorite in a fleet with a SLS and 911 either it is that good or you are exaggerating. I'd like a little more follow up on that comment, please
@fordson1 again: I didn't mean to de-value the operating costs, and their importance in car ownership. The point I was briefly trying to make was that a Tesla owner used about $1,500 of electricity, versus 1000 Gallons of gasoline ($5000) in the Jaguar. T
Understood, quadricycle - good points for sure and no offense taken. The environmental benefits are undeniable, depending upon how me make the electricity. Hopefully more from renewables.
Folks, I just spent some time on the Tesla website, using their calculator, and Ron's numbers are a little fuzzy - if he was indeed charging at the rate of 3 miles of range per hour, then he did not get 27.7 kWh in 17 hours - more like 14 kWh. If the total he got, 27.7 kWh, is correct, then he was charging at 3 miles of range per HALF hour. In that case (and we don't know for sure) 15A on 110V would get him that total amount in 17 hours, but getting 15A on a 15A circuit is problematic (a steady 12A is more typical). He probably had 15A from a 20A circuit. In any event, according to Tesla, 27.7 kWh is enough to take you 98 miles and change, not 51. Bottom line is Ron's numbers are inconclusive - we don't know if his cost and charge totals are right, or his miles of range.
I was sitting in my Volt waiting for my wife to come out of the grocery store with my flashers on next to the curb when a silver Tesla passed by me, twice. I gave him a "thumbs-up" twice and the dude never noticed or responded.
Silent acknowledgement, perhaps? ;-)
Don't worry about what other people think. Drive what makes you happy.
"but that one was on a tow truck! hmm, dead battery perhaps? They are GORGEOUS vehicles." Hi Robs249, that is often how Tesla delivers new vehicles to customers.
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Silently being jealous of you would make more sense.
They are GORGEOUS vehicles.
Folks, I just spent some time on the Tesla website, using their calculator, and Ron's numbers are a little fuzzy - if he was indeed charging at the rate of 3 miles of range per hour, then he did not get 27.7 kWh in 17 hours - more like 14 kWh. If the total he got, 27.7 kWh, is correct, then he was charging at 3 miles of range per HALF hour. In that case (and we don't know for sure) 15A on 110V would get him that total amount in 17 hours, but getting 15A on a 15A circuit is problematic (a steady 12A is more typical). He probably had 15A from a 20A circuit. In any event, according to Tesla, 27.7 kWh is enough to take you 98 miles and change, not 51. Bottom line is Ron's numbers are inconclusive - we don't know if his cost and charge totals are right, or his miles of range.
Silent acknowledgement, perhaps? ;-)