V_SOC_CHARGE
(Bit 15):
Enables
both Voltage or SoC level to determine the thresholds in Advanced Charging
Algorith, |
|
1 = |
Enables voltage or SOC levels to determine
the charging state in Advanced Charging Algorithm |
|
0 = |
SOC_CHARGE (bit 2) determines the
charging state in Advanced Charging Algorithm |
|
CC_SEALED_EN (Bit 14):
Enables writing the Advanced Charging Algorithm charging current values in SEALED
mode to data flash by the ManufacturerAccess() 0x00B2
ChargingCurrentOverride command mode to data flash |
|
1 = |
Enabled |
|
0 = |
Disabled |
|
CV_SEALED_EN (Bit 13):
Enables writing the Advanced Charging Algorithm charging voltage values in SEALED
mode to data flash by the ManufacturerAccess()0x00B0
ChargingVoltageOverride command |
|
1 = |
Enabled |
|
0 = |
Disabled |
|
HT_INHIB_DIS (Bit 12):
High Temperature Disable |
|
0 = |
HT inhibit enabled |
|
HIBAT_CHG (Bit 11): See
the Charging Voltage sections below. |
|
1 = |
Enabled |
|
0 = |
Disabled |
|
TAPER_VOLT (Bit 10): Uses
fixed Charge Term Charging Voltage |
|
1 = |
Uses fixed Charge Term Charging
Voltage for Charge Termination |
|
0 = |
Uses ChargingVoltage() for Charge
Termination |
|
RTORCC (Bit 9): Uses the
first of runtime or cycle count degrade when also enabled |
|
1 = |
Enabled |
|
0 = |
Disabled |
|
RUNTIME_DEGRADE (Bit 8):
Runtime-based charging voltage or charging current degradation |
|
1 = |
Degrade CC/CV based on runtime |
|
0 = |
No degradation of CC/CV based on
runtime |
|
CYCLE_DEGRADE (Bit 7):
Cycle Count based charging voltage or charging current
degradation |
|
1 = |
Degrade CC/CV based on Cycle
Count |
|
0 = |
No degradation of CC/CV based on
Cycle Count |
|
|
|
SOH_DEGRADE (Bit 6):
SOH-based charging voltage or charging current degradation |
|
1 = |
Degrade CC/CV based on SOH |
|
0 = |
No degradation of CC/CV based on
SOH |
|
|
|
DEGRADE_CC (Bit 5):
Enables charging current degradation based on Cycle Count or
SOH. |
|
1 = |
Enables Charging Current
degradation |
|
0 = |
Disables Charging Current
degradation |
|
|
|
COMP_IR (Bit 4): Enables
IR compensation at the system level to ensure the correct voltage level required for
a specific charging voltage at the battery terminals |
|
1 = |
Enables system level IR
compensation |
|
0 = |
Disables system level IR
compensation |
|
|
|
CS_CV (Bit 3): This
enables the cell swelling control under specific cell voltage and cell temperature
thresholds by reducing the charging voltage. |
|
1 = |
Enables cell swelling control |
|
0 = |
Disables cell swelling control |
|
|
|
SOC_CHARGE (Bit
2) |
|
1 = |
Enables SOC threshold to replace voltage
thresholds (CLV, CMV, and CHV) in Advanced Charging Algorithm |
|
0 = |
Uses voltage thresholds (CLV, CMV, and CHV)
in Advanced Charging Algorithm |
|
|
|
CCC (Bit 1) |
|
1 = |
Enables Charging Loss Compensation
feature |
|
0 = |
Disables Charging Loss Compensation
(default) |
|
|
|
CRATE (Bit 0): Charge
Current rate |
|
1 = |
ChargingCurrent() adjusted based on
FullChargeCapacity() / DesignCapacity() |
|
0 = |
No adjustment to ChargingCurrent()
(default) |