Stack Current Thresholds - Nuvation Energy NUV300-BC-12 Product Manual

Register
stack_warn_discharge_therm_hi.thresh
stack_current_limit.temperature_discharge_max
stack_current_limit.temperature_discharge_high
stack_current_limit.temperature_discharge_low
stack_current_limit.temperature_discharge_min
stack_warn_discharge_therm_lo.thresh
stack_fault_discharge_therm_lo.thresh
stack_fault_discharge_therm_under.thresh
The temperature charge and discharge thresholds can be configured in a similar manner to how the
cell voltage thresholds
User-defined triggers are also available for high and low thermistor temperature during both charge
and discharge.
Table 12. User-Defined Charge Temperature Triggers
Register
stack_trig_charge_therm_hi.thresh
stack_trig_charge_therm_lo.thresh
Table 13. User-Defined Discharge Temperature Triggers
Register
stack_trig_discharge_therm_hi.thresh
stack_trig_discharge_therm_lo.thresh

7.5.4. Stack Current Thresholds

The following diagrams illustrate how current trigger thresholds are configured in typical applications.
Document ID: NE-PM-002
(Section 7.5.2) are configured.
Setting
User-defined threshold for charge high temperature trigger.
User-defined threshold for charge low temperature trigger.
Setting
User-defined threshold for discharge high temperature trigger.
User-defined threshold for discharge low temperature trigger.
Nuvation Energy Low-Voltage BMS - Product Manual
Setting
The upper limit of the operating discharging zone. Set just above
stack_current_limit.temperature_discharge_max.
The temperature at which current limits approach 0% during
discharging.
The temperature at which current limits are reduced from 100% during
discharging.
The temperature at which current limits are reduced from 100% during
discharging.
The temperature at which current limits approach 0% during
discharging.
The lower limit of the operating discharging zone. Set just below
stack_current_limit.temperature_discharge_min.
The lower limit of the warning discharging zone as per cell
specification.
The limit within the fault zone below which an explicit user operation is
required to bring the system back into an operating state.
100 Rev 1.2, 2021-03-03
Curie Update 1