dmturner
Member
- First Name
- Dave
- Joined
- Mar 11, 2021
- Threads
- 3
- Messages
- 6
- Reaction score
- 1
- Location
- NJ
- Vehicles
- Ford Mustang Mach E
- Thread starter
- #1
I ordered the Ford Connected Charge Station 48-amp and like many it’s currently on stop-sale backorder (my local dealer said out until April).
I’ve been driving my new Mach E w ext battery (10 miles each way) to a pubic charge station, when my battery level gets low (30%). Not optimal and certainly not how I envisioned my initial EV experience would have started.
My dilemma is I don’t want to pay for an electrician to come out and install a 240V NEMA 14-50 wall outlet only to change the configuration later $$ when the Ford Connected Station is shipped out. Plus if I pay for an electrician to install the EVSE, why not get the better kW/h option.
So now I’m weighing out my options on what to do.
A) do I cancel the Ford Connected Charge Station and re-order another 3rd party EVSE
B) or wait it out until the unit ships
Then I read on the Mach E forum where some users make great points; do you really need a faster charge where you travel that far that warrants the 48A/h option. Another post read, it’s better to have the 240V/40A 9.6 kW/h NEMA 14-50 wall outlet option for if the EVSE unit goes bad. You can simply swap it out with the Ford Mobile Charger.
Here are my EVSE options I am considering:
Ford Connected Charge Station $799.00 (currently Stop Sale published 2/19 until sometime in April)
up to 240V, 48A charge rate, when paired with a 60A circuit
hard-wired
20 ft Cable with SAE J1772 standard plug
UL-Listed, eligible for utility rebates and other incentives
Pros/Cons:
Use the FordPass App to remotely lock and unlock the charge station
Hard wired box is not optimal if the unit goes bad or if there’s a newer better model
cord length is 20 ft, whereas enel X has the best distance of 25 ft
Pricier than the other EVSEs
ChargePoint Home Flex $699 (the only top rated 48A charger in stock at the moment)
up to 240V, 50A charge rate, when paired with a 65A circuit
Can be hardwired or NEMA 14-50 Plug configured
- On a 50 amp breaker with the NEMA 14-50 Plug option, this configuration will provide up to 40 amps (9.6kW)
- In order to get 48 amps 11kW+, you need to hardwire to a 70 amp breaker or special order a 65A breaker (50A * 1.25 = 62.5, any breaker over 62.5)
23-foot charging cable SAE J1772 standard plug
UL-Listed, eligible for utility rebates and other incentives
Pros/Cons:
Availability Now vs Later
Non vendor specific
enel X JuiceBox 48 $659 (not available until late march/early April I’m told)
up to 240V, 48A / 11.5 kW
25-foot charging cable SAE J1772 standard plug
UL Listed, eligible for utility rebates and other incentives
Alternative option is the enel X JuiceBox 40 (Hardwired $629, Plug In $619 both available)
up to 240V, 40A, 9.6 kW charge rate
25-foot charging cable SAE J1772 standard plug
UL Listed, eligible for utility rebates and other incentives
Pros/Cons:
Non vendor specific
cord length is 25 ft
Charge Times:
Ford Connected Charge Station, ChargePoint Home Flex or JuiceBox 48 - 240V X 48A/h = 11.52 kW/h = 10.1 hours to fully charge a 300-mile extended-range Mach-E battery
ChargePoint or JuiceBox 40 using 240V/40A 9.6 kW/h NEMA 14-50 wall outlet needs 12 hours to fully charge a 300-mile extended-range Mach-E battery
Ford Mobile Charger using 240V/30A 7.2 kW/h NEMA 14-50 wall outlet needs 15 hours to fully charge a 300-mile extended-range Mach-E battery
Not even considering the 120-volt plug (emergency use only option) 95 – 100 hours
Public Locations:
150 kW/h - The estimated time required to DC fast-charge a Mustang Mach-E from 10 percent to 80 percent charge is approx. 45 minutes for the extended-range battery
50 kW/h - The estimated time required to DC fast-charge a Mustang Mach-E from 10 percent to 80 percent charge is approx. 85 minutes for the extended-range battery
22 kW/h - The estimated time required to DC fast-charge a Mustang Mach-E from 10 percent to 80 percent charge is approx. 7 hours for the extended-range battery
* Once a battery charge reached 80%, charge time is significantly reduced. The battery will accept a higher rate of charge when it is more “empty”. Cold weather, driving behaviors, vehicle maintenance, and battery age and state of health will have an influence
Looking for guidance on what to do, again Im new to EV. ~Newbie
I’ve been driving my new Mach E w ext battery (10 miles each way) to a pubic charge station, when my battery level gets low (30%). Not optimal and certainly not how I envisioned my initial EV experience would have started.
My dilemma is I don’t want to pay for an electrician to come out and install a 240V NEMA 14-50 wall outlet only to change the configuration later $$ when the Ford Connected Station is shipped out. Plus if I pay for an electrician to install the EVSE, why not get the better kW/h option.
So now I’m weighing out my options on what to do.
A) do I cancel the Ford Connected Charge Station and re-order another 3rd party EVSE
B) or wait it out until the unit ships
Then I read on the Mach E forum where some users make great points; do you really need a faster charge where you travel that far that warrants the 48A/h option. Another post read, it’s better to have the 240V/40A 9.6 kW/h NEMA 14-50 wall outlet option for if the EVSE unit goes bad. You can simply swap it out with the Ford Mobile Charger.
Here are my EVSE options I am considering:
Ford Connected Charge Station $799.00 (currently Stop Sale published 2/19 until sometime in April)
up to 240V, 48A charge rate, when paired with a 60A circuit
hard-wired
20 ft Cable with SAE J1772 standard plug
UL-Listed, eligible for utility rebates and other incentives
Pros/Cons:
Use the FordPass App to remotely lock and unlock the charge station
Hard wired box is not optimal if the unit goes bad or if there’s a newer better model
cord length is 20 ft, whereas enel X has the best distance of 25 ft
Pricier than the other EVSEs
ChargePoint Home Flex $699 (the only top rated 48A charger in stock at the moment)
up to 240V, 50A charge rate, when paired with a 65A circuit
Can be hardwired or NEMA 14-50 Plug configured
- On a 50 amp breaker with the NEMA 14-50 Plug option, this configuration will provide up to 40 amps (9.6kW)
- In order to get 48 amps 11kW+, you need to hardwire to a 70 amp breaker or special order a 65A breaker (50A * 1.25 = 62.5, any breaker over 62.5)
23-foot charging cable SAE J1772 standard plug
UL-Listed, eligible for utility rebates and other incentives
Pros/Cons:
Availability Now vs Later
Non vendor specific
enel X JuiceBox 48 $659 (not available until late march/early April I’m told)
up to 240V, 48A / 11.5 kW
25-foot charging cable SAE J1772 standard plug
UL Listed, eligible for utility rebates and other incentives
Alternative option is the enel X JuiceBox 40 (Hardwired $629, Plug In $619 both available)
up to 240V, 40A, 9.6 kW charge rate
25-foot charging cable SAE J1772 standard plug
UL Listed, eligible for utility rebates and other incentives
Pros/Cons:
Non vendor specific
cord length is 25 ft
Charge Times:
Ford Connected Charge Station, ChargePoint Home Flex or JuiceBox 48 - 240V X 48A/h = 11.52 kW/h = 10.1 hours to fully charge a 300-mile extended-range Mach-E battery
ChargePoint or JuiceBox 40 using 240V/40A 9.6 kW/h NEMA 14-50 wall outlet needs 12 hours to fully charge a 300-mile extended-range Mach-E battery
Ford Mobile Charger using 240V/30A 7.2 kW/h NEMA 14-50 wall outlet needs 15 hours to fully charge a 300-mile extended-range Mach-E battery
Not even considering the 120-volt plug (emergency use only option) 95 – 100 hours
Public Locations:
150 kW/h - The estimated time required to DC fast-charge a Mustang Mach-E from 10 percent to 80 percent charge is approx. 45 minutes for the extended-range battery
50 kW/h - The estimated time required to DC fast-charge a Mustang Mach-E from 10 percent to 80 percent charge is approx. 85 minutes for the extended-range battery
22 kW/h - The estimated time required to DC fast-charge a Mustang Mach-E from 10 percent to 80 percent charge is approx. 7 hours for the extended-range battery
* Once a battery charge reached 80%, charge time is significantly reduced. The battery will accept a higher rate of charge when it is more “empty”. Cold weather, driving behaviors, vehicle maintenance, and battery age and state of health will have an influence
Looking for guidance on what to do, again Im new to EV. ~Newbie
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