Here are my findings:
There are 10 voltage sensors into the battery pack:
http://www.md92raid.100freemb.com/pub/i ... ge116.html
When one of the 10 'subpacks', being checked by one of the 10 sensors, reaches the upper or lower preset voltage limit, the system executes a Reset of the SOC calculation:
http://www.md92raid.100freemb.com/pub/i ... ge130.html
So the number of times you get a recal is affected by one of the subpack, not being able to keep up with the other subpack. Some batteries in that pack have lost their capacity to keep charge and being charged.
This subpack is empty, the IMA battery SOC will show empty. This subpack is full, the SOC of the IMA shows full.
And the IMA system will show that the battery has a problem when one of the listed arrives:
http://www.md92raid.100freemb.com/pub/i ... ge131.html
There are 10 voltage sensors into the battery pack:
http://www.md92raid.100freemb.com/pub/i ... ge116.html
When one of the 10 'subpacks', being checked by one of the 10 sensors, reaches the upper or lower preset voltage limit, the system executes a Reset of the SOC calculation:
http://www.md92raid.100freemb.com/pub/i ... ge130.html
So the number of times you get a recal is affected by one of the subpack, not being able to keep up with the other subpack. Some batteries in that pack have lost their capacity to keep charge and being charged.
This subpack is empty, the IMA battery SOC will show empty. This subpack is full, the SOC of the IMA shows full.
And the IMA system will show that the battery has a problem when one of the listed arrives:
http://www.md92raid.100freemb.com/pub/i ... ge131.html