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I have a 17 foot full feature travel trailer.
One night I used the Maverick's built-in 120 VAC inverter to power the 120 VAC outlets in the RV.
Powers a 36" TV, Blu-ray player, Ryobi tool battery charger, any small household accessories. Wife even found a one-slice toaster oven (flat not vertical) that can do personal sized pizzas for under 400 watts.
Key has to be to run. But the gas engine ran for ~5 minutes in 2 hours 20 minutes of run time to recharge the truck.
Trivial, almost immeasurable gasoline was used.
On a different trip, after 6 days and 5 nights being off grid, I wanted to recharge my LiIon coach battery in the travel trailer.
Using the 7-pin regular trailer connector I simply turned the truck on.
I have a built-in coach battery charger, rated "up to 20 amps" but I did not meter what it was actually consuming.
Using "stopwatch" on my phone, I recorded the following:
Ignoring the first random cycle based on HV battery SOC the truck went into a very regular cycle:
HV battery at 30% gas comes on for 1 minute 50 seconds.
HV battery at 40% gas engine off for 17 minutes 20 seconds.
Repeats almost this exact timing for several cycles until I got tired of watching.
Note: HV battery charges 30% to 35% in the first 30 seconds. You can hear the system working. Then you hear it back off, and it takes 80 seconds to charge from 35% to 40%. It's doing this intentionally. Probably to limit battery heating.
I got my 300 Ah coach battery probably 25% recharged in a couple of hours with trivial gasoline use.
I do not have Solar. I probably will never invest in solar so long as I own a hybrid. I don't have a generator. I don't expect to need one. My Maverick is my generator.
One night I used the Maverick's built-in 120 VAC inverter to power the 120 VAC outlets in the RV.
Powers a 36" TV, Blu-ray player, Ryobi tool battery charger, any small household accessories. Wife even found a one-slice toaster oven (flat not vertical) that can do personal sized pizzas for under 400 watts.
Key has to be to run. But the gas engine ran for ~5 minutes in 2 hours 20 minutes of run time to recharge the truck.
Trivial, almost immeasurable gasoline was used.
On a different trip, after 6 days and 5 nights being off grid, I wanted to recharge my LiIon coach battery in the travel trailer.
Using the 7-pin regular trailer connector I simply turned the truck on.
I have a built-in coach battery charger, rated "up to 20 amps" but I did not meter what it was actually consuming.
Using "stopwatch" on my phone, I recorded the following:
Ignoring the first random cycle based on HV battery SOC the truck went into a very regular cycle:
HV battery at 30% gas comes on for 1 minute 50 seconds.
HV battery at 40% gas engine off for 17 minutes 20 seconds.
Repeats almost this exact timing for several cycles until I got tired of watching.
Note: HV battery charges 30% to 35% in the first 30 seconds. You can hear the system working. Then you hear it back off, and it takes 80 seconds to charge from 35% to 40%. It's doing this intentionally. Probably to limit battery heating.
I got my 300 Ah coach battery probably 25% recharged in a couple of hours with trivial gasoline use.
I do not have Solar. I probably will never invest in solar so long as I own a hybrid. I don't have a generator. I don't expect to need one. My Maverick is my generator.
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