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My boss thinks she can do this for her Ford Fusion. In layman's terms what can I tell her? Thanks.
Not quite sure what you're asking.
The car will only take the voltage it will handle. I have an EVSE that can deliver 240v. When I plug it into a Volt the Volt, which can handle 240v, charges. If it couldn't -- and I don't know of any plug in that can't handle 240 volts -- it would throw an error message and wouldn't charge.
Note there isn't any conversion between 240v and 120v. They'd both be AC. The conversion to DC would be effectuated by the charger in the car.
My boss thinks she can do this for her Ford Fusion. In layman's terms what can I tell her? Thanks.
My take was the OP was asking about plugging their 110v EVSE into 220v.
Which Ford Fusion? The only model that can use an EVSE is the Fusion Energi. As other here have posted, express yourself more clearly and with the correct information. BTW, since the Energi uses the SAE J1772 standrad for charging, it may use either. The onboard charger does the rectification and conversion from AC to the DC voltage for the Energi battery.My boss thinks she can do this for her Ford Fusion. In layman's terms what can I tell her? Thanks.
The car will happily accept 240V with no issues. Whether or not the charge cord (EVSE) will take it is a good question. Some generations of Volt cord will go up in smoke, other (more recent) ones are fine. I have no idea if the cord that came with her Energi will have issues.My boss thinks she can do this for her Ford Fusion. In layman's terms what can I tell her? Thanks.
Look in the clouds. I see an elephant, and a train. What do you see?Title actually implies the opposite. Using a 240v on 120v.
Your EVSE just happens to be capable of handling 120V OR 240V. Not all EVSEs have that capability and would be damaged by it. That is the reason your friend cannot do that. However, your friend could do the research necessary to confirm whether or not their EVSE is so compatible, or buy one that is.Clarification: The Volt can charge faster by charging from a 220v plug by using a pigtail adapter that converts the 220 into a 110v plug. The Volt charger plugs directly into the 110 plug. I think the adapter was made by Chris that I bought off Etsy. Given this setup would it work for any electric (I'm sure it wouldn't but I don't know why).
Inside the EVSE there are some electronics. The exact electronis installed varies between different units. Some of them are capable of handling 240V, and some of them were designed for 120V with no thought of 240V and turn to smoke if you use an adapter to force 240V into them. I think it mostly centers around how the EVSE converts the 120/240V into 12V for signaling and processors - some units have auto-switching universal transformers, some don't.Clarification: The Volt can charge faster by charging from a 220v plug by using a pigtail adapter that converts the 220 into a 110v plug. The Volt charger plugs directly into the 110 plug. I think the adapter was made by Chris that I bought off Etsy. Given this setup would it work for any electric (I'm sure it wouldn't but I don't know why).
Careful in what you say! Your "clarification" applies ONLY to the Gen 2's EVSE described by Chris TX. It does not apply to the Gen 1 EVSE. And your clarification should contain the caveat the the EVSE must have the P/N that Chris TX tested. You don't want someone taking your clarification verbatum and smoking his/her EVSE.Clarification: The Volt can charge faster by charging from a 220v plug by using a pigtail adapter that converts the 220 into a 110v plug. The Volt charger plugs directly into the 110 plug. I think the adapter was made by Chris that I bought off Etsy. Given this setup would it work for any electric (I'm sure it wouldn't but I don't know why).