Are you wanting to use open-circuit or closed-circuit charging? Currently I am using open-circuit charging. My charger settings are: Bulk/Absorb/Float: 55.8 V. Absorb set to 1 min. Since I'm not using SOC, rather voltage set points for my AGS, my triggers are Vstart: 50.9 @ 30 sec/51.0 @ 15 min. This starts the Generator (I'm completely off grid) around 20-22% SOC. My stop trigger is 54.5~7 (depending on how in-balance the batteries are) This gives me a 96-98% SOC. I would used the same charging values for SOC triggers. However, the Schneider AGS only allows for a 95% SOC. I've been playing with these numbers all winter and these are the best I've come up with after hours of charting voltage data.
It should be noted that the network cable connecting the battery to InsightHome should be connected according to the wiring sequence in the figure below.
Are you wanting to use open-circuit or closed-circuit charging? Currently I am using open-circuit charging. My charger settings are: Bulk/Absorb/Float: 55.8 V. Absorb set to 1 min. Since I'm not using SOC, rather voltage set points for my AGS, my triggers are Vstart: 50.9 @ 30 sec/51.0 @ 15 min. This starts the Generator (I'm completely off grid) around 20-22% SOC. My stop trigger is 54.5~7 (depending on how in-balance the batteries are) This gives me a 96-98% SOC. I would used the same charging values for SOC triggers. However, the Schneider AGS only allows for a 95% SOC. I've been playing with these numbers all winter and these are the best I've come up with after hours of charting voltage data.
The monitoring device is a Schneider InsightHome