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Critical | Urgent | Non Urgent | Observation |
|---|---|---|---|
"Circuit breaker alarm" | "CLD active indicator" | "Charge stop indicator", | |
"Anti-theft alarm" | "Balanced cells indicator" | ||
"Short-circuit alarm" | "Non-quiescent state indicator" | ||
"Over-current discharge alarm" | "Charge stop ready indicator" | ||
"Over-temperature alarm" | |||
"Under-voltage alarm" | |||
"Over-voltage alarm" | |||
"Discharge blocked alarm" | |||
"Under-temperature alarm" | |||
"Over-current charge alarm" | |||
"Charge blocked alarm" |
Supported Parameters
Power Center Parameters | System Parameters | Remarks |
|---|---|---|
Battery SOC Percentage | Smart_Battery_X.SOC | |
Battery SOH | Smart_Battery_X.SOH | |
Voltage | Smart_Battery_X.Voltage [V] | |
Current | Smart_Battery_X.Current [A] | |
Cell Voltage Min | Smart_Battery_X.Cell_Voltage_Min [V] | |
Cell Voltage Max | Smart_Battery_X.Cell_Voltage_Max [V] | |
Temperature 1-3 | Smart_Battery_X.Temperature_1-3 [Celsius] | Temperature 1 - cell temperature Temperature 2 - cell temperature Since lithium batteries are prone to catching fire and exploding at high temperatures, there are two temperature meters for the same purpose. Temperature 3 - FET temperature |
Battery Cycles | Smart_Battery_X.Cycles |
Polarium (SNMP)
By utilizing the rectifier (currently supported by Delta and CFX) the information from the Polarium smart batteries can be read via SNMP.
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Communication Method
SNMP (Ethernet). Currently, the data is read through a Delta and SFX rectifier, rather than a direct connection to the batteries.
Wiring Diagram
Same as RS485 (Modbus) - Polarium (Modbus)
Network Configuration
The batteries are configured in the Power Center via SNMP ETH Devices, since the readings come from the rectifier.
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Device IP | 192.168.70.2 |
|---|---|
Device ID | Same as RS485 (Modbus) - Polarium (Modbus) |
Configuration Process | Same as RS485 (Modbus) - Polarium (Modbus)
Version Update
Same as RS485 (Modbus) - Polarium (Modbus)
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