Not an apples to apples example but ...
I run 2 chest freezers off of a 24 volt 100 AH battery and my 20 year old low frequency 4,000 watt inverter 24/7. The battery is recharged quickly with about 1200-2000 watts of solar depending on time of day, cloud cover, sun angle, time of year.
The battery and inverter and large gauge 4/0 wire have zero problems starting and running these freezers, plus TV, laptop, lights, other devices during the day and into the evening. By morning, the battery may lose 15-20% but not just from the freezers.
One freezer uses 3.2 amps at 24+ volts to run and they cycle several times per hour. One 7.2 cu ft chest freezer is used as my fridge, the other 3.8 cu ft version is my freezer. They both use the same number of amps / watts. Both freezers are in my kitchen at 68-72 degrees F, year round.
Using these and ditching the toxic propane fridge and it's 1.2 cu ft freezer was a fantastic move and much less expensive.
My Kilowatt meter registered energy use of the larger chest freezer at fridge temperature at 4.8 KWh over 63 hours and 53 minutes at 120 volts inverted from the 24 volt 100 AHr LiFePO4 battery. (I kept forgetting to check after an hour or 24 hours for even #'s.)