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Thanks for the speedy reply. You are correct. I have been operating like this for almost 4 years. Unfortunately, I cannot stop the load as it supplies a critical remote wifi and camera system. The data module does show that a full charge has completed about 75% of the time the system has been in...

The full charge data is just the number of days in operation vs how many times a full charge was supposedly achieved. As I mentioned, I never see 14.6V (14.1V max). But after a few hours of 40-50A charge it does taper down to around 10A @ 13.5V for the rest of the day. Max amperage happens well...

R60 SCC via 4G data module is what's reporting all data. Attached is a screenshot at 10:17 am showing 775W @10A and 14.1V @ 52A to the battery bank. Looking through other screenshots I just noticed there have been times where 14.3V pops up. I will take reading as you suggested on my next trip...

I was just thinking on a literal level. If one charger is producing 14.1V its seems that the second charger would assume the battery voltage is 14.1V and quit charging. It seems that I have experienced this before when I ran the generator and shore charger while the sun was still producing...

Howdy! I'm new to the group. I have an off-grid 12V solar setup with 4 - 12V 8D FLA batteries in parallel with large bus bars. (approx. 606 Ah). The system load pulls 82-100W continuously 24 hours a day - 7 days a week. I am using a Renogy 60A SCC with 3 solar strings in a parallel-series...