Sorry, I should have provided more info. I have a 6500 watt inverter/ charger that accepts input from a generator or utility power, with priority that can be set, as far as what I put to use first. And it can be used without a battery I just found out
Thank you, that'll help. It'll only be for summer time use, and I don't think I'll drain the battery more than 60% a day based on the advertised range versus my commute distance
Thank you, I edited my post to include some relevant info. Summertime use only, and I already own a 6500 watt inverter with an mppt charger that works without a battery
Can someone give me some help with calculating what I'd need , as far as panels and battery size, to fully charge a motorcycle with a 10 kwh battery? It has twice the range that I need for my commute, so it won't always need a full charge. But I want to oversize a bit, because I can always find...
That is what I'm gonna do. I'll buy a battery or two when I can afford it. Maybe even face the panels slightly east instead of full south to catch more morning sun. It does charge off of 120v, which is all my inverter is capable of
5.12 kwh LiFePo4 battery, four 370 watt panels, 6500 watt inverter with charge controller, all wiring and mounting hardware.
Also, ground mount kit for $100 additional.
All components unused and in factory packaging, except for battery which I unboxed to check it's charge status. It was shipped...