Yes, yes. Baby steps for me. Not as urgent since I already have the backup gas generator (you can see the sub panel near the garage door). Just a neat realization that wasn't obvious to me until a multi-day power outage forced me to figure out if I could still do laundryNow imagine the possibilities if you back feed your panel and power the whole house or get you a sub panel and power at least select circuits with just a simple plug in to the truck.
Most dryers draw 22-24A full load. Shouldn’t be an issue.This is very inspiring. I have a big question though...
Did you adjust the temperature to high, where the heating elements would be using full 220V?
I'm wondering if that would be too much amp draw.
This is a great question. I looked at the ProPower app in the truck while the dryer was running and it showed consumption of around 400W. Heat was on medium setting. This is nowhere close to the 3500W limit on the truck bed circuit. Assuming high heat was double I could have run 4 dryers at the same time!This is very inspiring. I have a big question though...
Did you adjust the temperature to high, where the heating elements would be using full 220V?
I'm wondering if that would be too much amp draw.
When you checked, the heating element wasn’t powered. 400W would be approximately the power requirement of the motor.This is a great question. I looked at the ProPower app in the truck while the dryer was running and it showed consumption of around 400W. Heat was on medium setting. This is nowhere close to the 3500W limit on the truck bed circuit. Assuming high heat was double I could have run 4 dryers at the same time!
I considered installing the Ford Home Integration System to use my truck as a backup power source. However, the total cost estimate was $17K — $6K for adding an additional 100A service from the utility pole, and the remainder for Ford's system. Given that power outages occur only once or twice a year in my area, the expense didn't justify the convenience. I live in the Bay Area.Now imagine the possibilities if you back feed your panel and power the whole house or get you a sub panel and power at least select circuits with just a simple plug in to the truck.
If you have current software on the truck, you can set Pro Power to run when the truck is off; thus, it's not cumbersome.I considered installing the Ford Home Integration System to use my truck as a backup power source. However, the total cost estimate was $17K — $6K for adding an additional 100A service from the utility pole, and the remainder for Ford's system. Given that power outages occur only once or twice a year in my area, the expense didn't justify the convenience. I live in the Bay Area.
During power outages, I typically use extension cords to backfeed my refrigerator and other critical equipment, like lights in the evening. While this setup is inconvenient, it's manageable. The main drawback is that I have to keep the truck running continuously to supply power, which involves turning off the HVAC, lights, and disabling auto shut down—a cumbersome process. It would be much more convenient to activate the truck's outlets without all this hassle.
Which software version allows this?If you have current software on the truck, you can set Pro Power to run when the truck is off; thus, it's not cumbersome.
There no actual definition of "current software" due to the fluster cluck of modules. So can you be a little more specific?If you have current software on the truck, you can set Pro Power to run when the truck is off; thus, it's not cumbersome.