Just another data point for reference.
My parents cottage is in Western Newfoundland and we have 1200W of solar panels on the roof with 1100Ah of flooded lead acid cells at 12v. We have one of the unique 12/24v fridges. A 12V ~25A DC water pump, 12v DC lighting, and a 12v 1000w motormaster inverter running a TV, sat receiver, cell booster, laptop chargers, etc... We always have a surplus of power in the summer and fall. I don't have any data for the winters yet, I'm traveling there next week to check on the system. Everything is turned off except for the charge controller maintaining the batteries. In the summer we also have their motorhome plugged in. That is where we stayed when we visited for two weeks last summer.
They did run into some power shortages last spring before they bought the 12/24v fridge and they were powering the RV fridge in the motorhome. The RV fridge was consuming something like 3 to 5 kWh a day. The new fridge only 0.5kWh/day.
While I was there in July most days we produce in excess of 6kWh and the charge controller would be in float mode most of the day. In float mode it was only outputting around 200W. We had way more power than we needed. The TV and satellite receiver, cell booster, laptop chargers, etc... were running all day. I also had a fan running most nights.
They still have their Honda generator that dad mostly uses to power large tools. Stuff like an aircompressor and table saw. Smaller tools and battery chargers run fine off the inverter.