Jasper7821
Well-known member
- Joined
- Apr 30, 2013
- Messages
- 165
I'm debating on which charger to get. I was looking at the GE 7.2 and Levitron 7.2.
The GE is $850 but now there's sales tax on Amazon.
I found Clipper Creek has one that's only $598 with no tax an only $3.00 shipping.
If I'm adding this correctly it seems Ford is letting you use about 80% of the 23kw and seems like people charging from zero to full are putting in 19kw.
So if charging with a 7.2 it would charge at the chargers max rate of 6.6 and would it be 2.78hrs to charge?
And with the Clipper Creek at 5kw would it take 3.8hrs to charge?
I fly large radio control helicopters and have used up to 10,000mah batteries.
I've always only used 80% of the battery per charge and only charge at 2c instead of the 5c that the manufacture says it's ok to chargwe at.
I've been led to believe that charging at a slower rate will make the batteries last longer.
So after a few years the Ford battery has got to lose some of it's capacity.
Question is, is it better to save a few hundred and wait an hour longer to charge (if totally empty) or is it not really that big of a deal.
If after a year or two I could save 5 miles per charge by charging at 5k instead of 6.6kw that may work out better than waiting an extra hour which most always wouldn't matter anyways since the car is in the garage for the night.
Any comments or advice would be greatly appreciated.
I'm hoping to have my FFE by the next 2 weeks.
I talked to a tech at Clipper Creek about the 5kw charger and he said they're really shouldn't be much capacity loss over the at all over the years by charging at 6.6kw v/s 5kw.
He did point out though that even though the Focus accepts 6.6kw it may not even let that rate in because the batteries may be really hot so it would charge at a lower rate because the battery is already hot. So if that's the case my battery will always be hot since I'd be getting home from a 30 mile commute and plugging right in.
OR, would the water cooling system keep the battery at the same temp regardless and the car would let 6.6kw in anyways?
It's confusing getting into an electric car but trying to calculate everything out is kinda fun
The GE is $850 but now there's sales tax on Amazon.
I found Clipper Creek has one that's only $598 with no tax an only $3.00 shipping.
If I'm adding this correctly it seems Ford is letting you use about 80% of the 23kw and seems like people charging from zero to full are putting in 19kw.
So if charging with a 7.2 it would charge at the chargers max rate of 6.6 and would it be 2.78hrs to charge?
And with the Clipper Creek at 5kw would it take 3.8hrs to charge?
I fly large radio control helicopters and have used up to 10,000mah batteries.
I've always only used 80% of the battery per charge and only charge at 2c instead of the 5c that the manufacture says it's ok to chargwe at.
I've been led to believe that charging at a slower rate will make the batteries last longer.
So after a few years the Ford battery has got to lose some of it's capacity.
Question is, is it better to save a few hundred and wait an hour longer to charge (if totally empty) or is it not really that big of a deal.
If after a year or two I could save 5 miles per charge by charging at 5k instead of 6.6kw that may work out better than waiting an extra hour which most always wouldn't matter anyways since the car is in the garage for the night.
Any comments or advice would be greatly appreciated.
I'm hoping to have my FFE by the next 2 weeks.
I talked to a tech at Clipper Creek about the 5kw charger and he said they're really shouldn't be much capacity loss over the at all over the years by charging at 6.6kw v/s 5kw.
He did point out though that even though the Focus accepts 6.6kw it may not even let that rate in because the batteries may be really hot so it would charge at a lower rate because the battery is already hot. So if that's the case my battery will always be hot since I'd be getting home from a 30 mile commute and plugging right in.
OR, would the water cooling system keep the battery at the same temp regardless and the car would let 6.6kw in anyways?
It's confusing getting into an electric car but trying to calculate everything out is kinda fun