BQ34Z110: Help for configure the Design capacity ,Design energy Scale and Qmax cell

I assume that you are working with a PbA battery. Cell manufacturers specify the pack capacity at a 1S level, so the capacity for this pack will be 150000mAh. Qmax is specified at the 1S level as well. You can use 5x scaling, but I would use 6x just to be safe.

Qmax = 150000mAh / 6x = 25000mAh
Design Capacity = 150000mAh /6x = 25000mAh
Design Energy = Design Capacity x 1S cell voltage = 25000mAh x 2V = 50000mWh

I would use the Design Energy Scale of 10x to convert the Design Energy to cWh.

Design Energy = 50000mWh = 5000cWh

Thanks for u r reply.
So my Qmax and Design capacity value are equal. (i.e 25000mAh).
And my voltage divider value is 12000mV.
Please tell me correct or not.

The 12000mV voltage divider may be close. It would be better to use bqStudio to calibrate the voltage to make it more accurate.

Thanks for u r reply.

Sealed to unsealed mode.
Voltage divider :12700mV.
Cell terminate voltage : 1860mV.
pack Configuration : VOLTSEL bit : 1 (for external voltage divider circuit).
Qmax cell 0 : 150000mAh/6 cells = 25000mAh.
Design Capacity : 150000mAh/6x scale = 25000mAh.
Design Energy = Design Capacity x 1S cell voltage = 25000mAh x 2V = 50000mWh 50000mWh/10(scale) = 5000mWh.

The above Configurations are ok for measuring the SOC,Remaining Capacity,Full charge Capacity,Voltage.................?
And i have a another doubt regarding design capacity scaling..In this as u told me to use 6x scale for design capacity.For that scale value i have to multiply the value while reading.......here what my doubt is what type of parameters i have to multiply with this scale value..Can you please specify the current and capacity parameter for multiplying with that scale value...........

If you use current / capacity scaling, then all current and capacity parameters reported by the gauge will be scaled and you will need to multiply them by the appropriate scale factor.