Jamez
Well-known member
I have a friend considering a 2017 FFE, but there's a few things that I need to get clarified and I haven't been able to find answers on searching yet.
Unfortunately he's thinking of living with a 120v at both work and home with 10h charging at each location. Given the 32kWh pack, and the 45km drive one way at 90kph with open backroads, hills and stop signs, I think it's dicey if it works out.
Test conditions: -6C with windchill of -17C
I've just charged with the 120v over the last 12h gaining about 4km/h. (I normally use my 240v EVSE, so this is a really painful experience.) I seem to remember that it should charge in the 8-10h range (1/2 the 240v supply), but that doesn't seem to be the case. Does anyone have any knowledge or experience to weigh in with 120v charging lifestyle?
I had set a "go time" of right now, but the cabin was not preheated to the 22C that I requested. Looking at the 2016 brochure (second to last page at bottom right) it says:
"*Effectiveness of cabin conditioning may be reduced by extreme outside temperatures when using the 120-volt charging." Which seems to be the case. I wouldn't call -6C "Extreme" but it doesn't look very promising for winter cabin conditioning off 120v.
With his situation, lets assume he starts with 160kms on the traction pack
he'd drive 45kms, loose an additional ~20kms to cabin heating so lets say he consumes 60kms (now down to 100kms left). He charges at work using 120v for 10 hours picking up 40kms (140kms). Then proceeds home consuming another 60kms (40kms left).
With that logic he's going to be at a net loss every day unless the car is able to charge for well over 12 hours at home.
I'm highly recommending he gets a 240v plug installed at home. By my math, it's the only way.
Can anyone weigh in with more information? Does anyone here live the 120v lifestyle?
Unfortunately he's thinking of living with a 120v at both work and home with 10h charging at each location. Given the 32kWh pack, and the 45km drive one way at 90kph with open backroads, hills and stop signs, I think it's dicey if it works out.
Test conditions: -6C with windchill of -17C
I've just charged with the 120v over the last 12h gaining about 4km/h. (I normally use my 240v EVSE, so this is a really painful experience.) I seem to remember that it should charge in the 8-10h range (1/2 the 240v supply), but that doesn't seem to be the case. Does anyone have any knowledge or experience to weigh in with 120v charging lifestyle?
I had set a "go time" of right now, but the cabin was not preheated to the 22C that I requested. Looking at the 2016 brochure (second to last page at bottom right) it says:
"*Effectiveness of cabin conditioning may be reduced by extreme outside temperatures when using the 120-volt charging." Which seems to be the case. I wouldn't call -6C "Extreme" but it doesn't look very promising for winter cabin conditioning off 120v.
With his situation, lets assume he starts with 160kms on the traction pack
he'd drive 45kms, loose an additional ~20kms to cabin heating so lets say he consumes 60kms (now down to 100kms left). He charges at work using 120v for 10 hours picking up 40kms (140kms). Then proceeds home consuming another 60kms (40kms left).
With that logic he's going to be at a net loss every day unless the car is able to charge for well over 12 hours at home.
I'm highly recommending he gets a 240v plug installed at home. By my math, it's the only way.
Can anyone weigh in with more information? Does anyone here live the 120v lifestyle?