I can’t find any definitions for these Schneider settings in the FAQ’s here.
Schneider tech support says these values have to match in my Inverter, MPPT controller,
and Battery Monitor, as all are connected by XANBUS.
(Looks like no one told the Battery Monitor team about this.)
Guesses welcomed as to what these mean, and for my location, the average temp where the batteries are located is about 80-85˚f most of the year.
Slightly less in Winter (both days).
All devices are at the latest firmware level.
Schneider Battery Monitor
Temperature Coefficient in Ah/˚C default is 0.7
Peukert Exponent default is 1.25
(note: Victron has a really good explanation of this variable, which I read over a few times.
After regaining consciousness, I have decided not to adjust it.)
Schneider 100A-600vdc MPPT charge controller
Battery Temperature Coefficient -90mV/˚C
Schneider XW Pro+ inverter
Battery Temperature Coefficient -90mV/˚C
The main problem seems to be that the Battery Monitor Temperature Coefficent and the other Schneider equipment Temperature Coefficent terms are not compatible. How does one correlate Temperature Coefficient in Ah/˚C with Battery Temperature Coefficient in mV/˚C.
Femto-Newtons per Parsec?
Schneider tech support says these values have to match in my Inverter, MPPT controller,
and Battery Monitor, as all are connected by XANBUS.
(Looks like no one told the Battery Monitor team about this.)
Guesses welcomed as to what these mean, and for my location, the average temp where the batteries are located is about 80-85˚f most of the year.
Slightly less in Winter (both days).
All devices are at the latest firmware level.
Schneider Battery Monitor
Temperature Coefficient in Ah/˚C default is 0.7
Peukert Exponent default is 1.25
(note: Victron has a really good explanation of this variable, which I read over a few times.
After regaining consciousness, I have decided not to adjust it.)
8. Battery capacity and Peukert exponent
www.victronenergy.com
Schneider 100A-600vdc MPPT charge controller
Battery Temperature Coefficient -90mV/˚C
Schneider XW Pro+ inverter
Battery Temperature Coefficient -90mV/˚C
The main problem seems to be that the Battery Monitor Temperature Coefficent and the other Schneider equipment Temperature Coefficent terms are not compatible. How does one correlate Temperature Coefficient in Ah/˚C with Battery Temperature Coefficient in mV/˚C.
Femto-Newtons per Parsec?