5.2
2026-10-07T00:00:00Z
Templates/MiRCA
MiRCA Device
MiRCA Device
MiRCA board: system OIDs and the DS18B20 board temperature. SNMP v2c, Ethernet interface only (W5500). Default community 'public' (set {$SNMP_COMMUNITY}). Link the 'MiRCA Port N <protocol>' templates for the devices on the serial ports.
Templates/MiRCA
General
Temperature
-
System name
SNMP_AGENT
1.3.6.1.2.1.1.5.0
mirca.sysname
{$MIRCA.INTERVAL.SLOW}
14d
0
CHAR
nodename setting
NAME
General
DISCARD_UNCHANGED_HEARTBEAT
12h
-
Firmware
SNMP_AGENT
1.3.6.1.2.1.1.1.0
mirca.firmware
{$MIRCA.INTERVAL.SLOW}
14d
0
CHAR
sysDescr: 'MiRCA <FW_VERSION>'
OS
General
DISCARD_UNCHANGED_HEARTBEAT
12h
-
Board temperature (DS18B20)
SNMP_AGENT
1.3.6.1.2.1.6540.1.0
mirca.ds18b20
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
-127 °C: sensor not connected
Temperature
MULTIPLIER
0.01
{$MIRCA.INTERVAL}
30s
Polling interval of live values
{$MIRCA.INTERVAL.SLOW}
5m
Polling interval of slowly changing values (capacity, cycles, energy counters)
{$MIRCA.NODATA.TIME}
5m
No SNMP answer for this long raises a problem
{$MIRCA.BOARD.TEMP.MAX}
60
DS18B20 temperature threshold, °C
MiRCA Port 1 JK BMS Modbus
MiRCA Port 1 JK BMS Modbus
MiRCA serial port 1 running the 'JK BMS Modbus' protocol (protocol id 5). SNMP v2c over the Ethernet interface, tree .1.3.6.1.4.1.2021.13.16.4.2.1 (doc/ports.md). Link 'MiRCA Device' too. JK-PB BMS polled over RS485 Modbus (protocol 001), address = DIP address 1-15.
Templates/MiRCA
Port 1
Battery
Cells
Temperature
-
Port 1: protocol
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.1
mirca.p1.protocol
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Protocol configured on the port
Port 1
MiRCA protocol
-
Port 1: online
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.2
mirca.p1.online
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
1 while the device answers. All values read 0 while it is offline.
Port 1
MiRCA online
-
Port 1: seconds since last reply
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.3
mirca.p1.age
{$MIRCA.INTERVAL}
14d
365d
FLOAT
s
-1: no reply since boot
Port 1
-
Port 1: voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.10
mirca.p1.voltage
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Battery
MULTIPLIER
0.01
-
Port 1: current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.11
mirca.p1.current
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
+ charging, - discharging
Battery
MULTIPLIER
0.01
-
Port 1: power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.12
mirca.p1.power
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
+ charging, - discharging
Battery
-
Port 1: SOC
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.13
mirca.p1.soc
{$MIRCA.INTERVAL}
14d
365d
FLOAT
%
Battery
MULTIPLIER
0.1
-
Port 1: cycles
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.14
mirca.p1.cycles
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Battery
-
Port 1: remaining capacity
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.15
mirca.p1.cap_remain
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Ah
Battery
MULTIPLIER
0.01
-
Port 1: full capacity
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.16
mirca.p1.cap_full
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
Ah
Battery
MULTIPLIER
0.01
-
Port 1: cell count
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.17
mirca.p1.cell_count
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Battery
-
Port 1: MOSFET temperature
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.18
mirca.p1.mos_temp
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Battery
MULTIPLIER
0.1
-
Port 1: alarm bits
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.19
mirca.p1.alarms
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
JK alarm bit mask (register 0xA0), see doc/ports.md
Battery
JAVASCRIPT
return (parseInt(value, 10) >>> 0).toString();
-
Port 1: alarms
DEPENDENT
mirca.p1.alarms.text
0
14d
0
CHAR
Battery
JAVASCRIPT
var names = ['balance wire resistance too high', 'MOSFET overtemperature', 'cell count mismatch', 'current sensor fault', 'cell overvoltage', 'battery overvoltage', 'charge overcurrent', 'charge short circuit', 'charge overtemperature', 'charge undertemperature', 'internal communication fault', 'cell undervoltage', 'battery undervoltage', 'discharge overcurrent', 'discharge short circuit', 'discharge overtemperature', 'charge MOSFET fault', 'discharge MOSFET fault', 'GPS disconnected', 'change authorization password', 'discharge enable failed', 'battery overtemperature', 'temperature sensor fault'];
var v = parseInt(value, 10) >>> 0, out = [];
for (var i = 0; i < 32; i++)
if ((v >>> i) & 1) out.push(i < names.length ? names[i] : 'bit ' + i);
return out.length ? out.join(', ') : 'none';
DISCARD_UNCHANGED_HEARTBEAT
1h
mirca.p1.alarms
Port 1: cells discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.1.20]
mirca.p1.cells.discovery
1h
AND
{#SNMPVALUE}
^[1-9]
A
7d
Cells the BMS reports (cell voltage > 0 at discovery time)
Port 1: cell {#SNMPINDEX} voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.20.{#SNMPINDEX}
mirca.p1.cell[{#SNMPINDEX}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Cells
MULTIPLIER
0.001
{MiRCA Port 1 JK BMS Modbus:mirca.p1.cell[{#SNMPINDEX}].max(2m)}<{$MIRCA.CELL.UV:"p1"} and {MiRCA Port 1 JK BMS Modbus:mirca.p1.online.last()}=1
Port 1: cell {#SNMPINDEX} undervoltage (<{$MIRCA.CELL.UV:"p1"}V)
HIGH
{MiRCA Port 1 JK BMS Modbus:mirca.p1.cell[{#SNMPINDEX}].min(2m)}>{$MIRCA.CELL.OV:"p1"} and {MiRCA Port 1 JK BMS Modbus:mirca.p1.online.last()}=1
Port 1: cell {#SNMPINDEX} overvoltage (>{$MIRCA.CELL.OV:"p1"}V)
HIGH
Port 1: temperature sensors discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.1.21]
mirca.p1.temps.discovery
1h
AND
{#SNMPVALUE}
^-?[1-9]
A
7d
Temperature sensors the BMS reports (non-zero at discovery time)
Port 1: temperature T{#SNMPINDEX}
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.21.{#SNMPINDEX}
mirca.p1.temp[{#SNMPINDEX}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Temperature
MULTIPLIER
0.1
{MiRCA Port 1 JK BMS Modbus:mirca.p1.temp[{#SNMPINDEX}].min(5m)}>{$MIRCA.TEMP.MAX:"p1"} and {MiRCA Port 1 JK BMS Modbus:mirca.p1.online.last()}=1
Port 1: temperature T{#SNMPINDEX} is high (>{$MIRCA.TEMP.MAX:"p1"}°C)
AVERAGE
{MiRCA Port 1 JK BMS Modbus:mirca.p1.temp[{#SNMPINDEX}].max(5m)}<{$MIRCA.TEMP.MIN:"p1"} and {MiRCA Port 1 JK BMS Modbus:mirca.p1.online.last()}=1
Port 1: temperature T{#SNMPINDEX} is low (<{$MIRCA.TEMP.MIN:"p1"}°C)
WARNING
{$MIRCA.INTERVAL}
30s
Polling interval of live values
{$MIRCA.INTERVAL.SLOW}
5m
Polling interval of slowly changing values (capacity, cycles, energy counters)
{$MIRCA.OFFLINE.TIME}
5m
How long the device may stay silent before a problem is raised
{$MIRCA.SOC.WARN}
20
SOC below this, %, raises a warning. Per port: {$MIRCA.SOC.WARN:"p1"}
{$MIRCA.SOC.CRIT}
10
SOC below this, %, raises a high problem. Per port: {$MIRCA.SOC.CRIT:"p1"}
{$MIRCA.CELL.UV}
2.9
Cell undervoltage threshold, V (LiFePO4 default). Per port: {$MIRCA.CELL.UV:"p1"}
{$MIRCA.CELL.OV}
3.65
Cell overvoltage threshold, V (LiFePO4 default). Per port: {$MIRCA.CELL.OV:"p1"}
{$MIRCA.TEMP.MAX}
50
Battery temperature sensor high threshold, °C. Per port: {$MIRCA.TEMP.MAX:"p1"}
{$MIRCA.TEMP.MIN}
0
Battery temperature sensor low threshold, °C. Per port: {$MIRCA.TEMP.MIN:"p1"}
{$MIRCA.MOS.TEMP.MAX}
80
MOSFET temperature threshold, °C. Per port: {$MIRCA.MOS.TEMP.MAX:"p1"}
{$MIRCA.JK.ALARM.MASK}
7602175
JK alarm bits that raise a problem (default: bits 0-22 without 18 'GPS disconnected' and 19 'change authorization password')
MiRCA Port 2 JK BMS Modbus
MiRCA Port 2 JK BMS Modbus
MiRCA serial port 2 running the 'JK BMS Modbus' protocol (protocol id 5). SNMP v2c over the Ethernet interface, tree .1.3.6.1.4.1.2021.13.16.4.2.2 (doc/ports.md). Link 'MiRCA Device' too. JK-PB BMS polled over RS485 Modbus (protocol 001), address = DIP address 1-15.
Templates/MiRCA
Port 2
Battery
Cells
Temperature
-
Port 2: protocol
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.1
mirca.p2.protocol
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Protocol configured on the port
Port 2
MiRCA protocol
-
Port 2: online
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.2
mirca.p2.online
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
1 while the device answers. All values read 0 while it is offline.
Port 2
MiRCA online
-
Port 2: seconds since last reply
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.3
mirca.p2.age
{$MIRCA.INTERVAL}
14d
365d
FLOAT
s
-1: no reply since boot
Port 2
-
Port 2: voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.10
mirca.p2.voltage
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Battery
MULTIPLIER
0.01
-
Port 2: current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.11
mirca.p2.current
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
+ charging, - discharging
Battery
MULTIPLIER
0.01
-
Port 2: power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.12
mirca.p2.power
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
+ charging, - discharging
Battery
-
Port 2: SOC
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.13
mirca.p2.soc
{$MIRCA.INTERVAL}
14d
365d
FLOAT
%
Battery
MULTIPLIER
0.1
-
Port 2: cycles
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.14
mirca.p2.cycles
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Battery
-
Port 2: remaining capacity
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.15
mirca.p2.cap_remain
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Ah
Battery
MULTIPLIER
0.01
-
Port 2: full capacity
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.16
mirca.p2.cap_full
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
Ah
Battery
MULTIPLIER
0.01
-
Port 2: cell count
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.17
mirca.p2.cell_count
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Battery
-
Port 2: MOSFET temperature
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.18
mirca.p2.mos_temp
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Battery
MULTIPLIER
0.1
-
Port 2: alarm bits
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.19
mirca.p2.alarms
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
JK alarm bit mask (register 0xA0), see doc/ports.md
Battery
JAVASCRIPT
return (parseInt(value, 10) >>> 0).toString();
-
Port 2: alarms
DEPENDENT
mirca.p2.alarms.text
0
14d
0
CHAR
Battery
JAVASCRIPT
var names = ['balance wire resistance too high', 'MOSFET overtemperature', 'cell count mismatch', 'current sensor fault', 'cell overvoltage', 'battery overvoltage', 'charge overcurrent', 'charge short circuit', 'charge overtemperature', 'charge undertemperature', 'internal communication fault', 'cell undervoltage', 'battery undervoltage', 'discharge overcurrent', 'discharge short circuit', 'discharge overtemperature', 'charge MOSFET fault', 'discharge MOSFET fault', 'GPS disconnected', 'change authorization password', 'discharge enable failed', 'battery overtemperature', 'temperature sensor fault'];
var v = parseInt(value, 10) >>> 0, out = [];
for (var i = 0; i < 32; i++)
if ((v >>> i) & 1) out.push(i < names.length ? names[i] : 'bit ' + i);
return out.length ? out.join(', ') : 'none';
DISCARD_UNCHANGED_HEARTBEAT
1h
mirca.p2.alarms
Port 2: cells discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.2.20]
mirca.p2.cells.discovery
1h
AND
{#SNMPVALUE}
^[1-9]
A
7d
Cells the BMS reports (cell voltage > 0 at discovery time)
Port 2: cell {#SNMPINDEX} voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.20.{#SNMPINDEX}
mirca.p2.cell[{#SNMPINDEX}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Cells
MULTIPLIER
0.001
{MiRCA Port 2 JK BMS Modbus:mirca.p2.cell[{#SNMPINDEX}].max(2m)}<{$MIRCA.CELL.UV:"p2"} and {MiRCA Port 2 JK BMS Modbus:mirca.p2.online.last()}=1
Port 2: cell {#SNMPINDEX} undervoltage (<{$MIRCA.CELL.UV:"p2"}V)
HIGH
{MiRCA Port 2 JK BMS Modbus:mirca.p2.cell[{#SNMPINDEX}].min(2m)}>{$MIRCA.CELL.OV:"p2"} and {MiRCA Port 2 JK BMS Modbus:mirca.p2.online.last()}=1
Port 2: cell {#SNMPINDEX} overvoltage (>{$MIRCA.CELL.OV:"p2"}V)
HIGH
Port 2: temperature sensors discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.2.21]
mirca.p2.temps.discovery
1h
AND
{#SNMPVALUE}
^-?[1-9]
A
7d
Temperature sensors the BMS reports (non-zero at discovery time)
Port 2: temperature T{#SNMPINDEX}
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.21.{#SNMPINDEX}
mirca.p2.temp[{#SNMPINDEX}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Temperature
MULTIPLIER
0.1
{MiRCA Port 2 JK BMS Modbus:mirca.p2.temp[{#SNMPINDEX}].min(5m)}>{$MIRCA.TEMP.MAX:"p2"} and {MiRCA Port 2 JK BMS Modbus:mirca.p2.online.last()}=1
Port 2: temperature T{#SNMPINDEX} is high (>{$MIRCA.TEMP.MAX:"p2"}°C)
AVERAGE
{MiRCA Port 2 JK BMS Modbus:mirca.p2.temp[{#SNMPINDEX}].max(5m)}<{$MIRCA.TEMP.MIN:"p2"} and {MiRCA Port 2 JK BMS Modbus:mirca.p2.online.last()}=1
Port 2: temperature T{#SNMPINDEX} is low (<{$MIRCA.TEMP.MIN:"p2"}°C)
WARNING
{$MIRCA.INTERVAL}
30s
Polling interval of live values
{$MIRCA.INTERVAL.SLOW}
5m
Polling interval of slowly changing values (capacity, cycles, energy counters)
{$MIRCA.OFFLINE.TIME}
5m
How long the device may stay silent before a problem is raised
{$MIRCA.SOC.WARN}
20
SOC below this, %, raises a warning. Per port: {$MIRCA.SOC.WARN:"p1"}
{$MIRCA.SOC.CRIT}
10
SOC below this, %, raises a high problem. Per port: {$MIRCA.SOC.CRIT:"p1"}
{$MIRCA.CELL.UV}
2.9
Cell undervoltage threshold, V (LiFePO4 default). Per port: {$MIRCA.CELL.UV:"p1"}
{$MIRCA.CELL.OV}
3.65
Cell overvoltage threshold, V (LiFePO4 default). Per port: {$MIRCA.CELL.OV:"p1"}
{$MIRCA.TEMP.MAX}
50
Battery temperature sensor high threshold, °C. Per port: {$MIRCA.TEMP.MAX:"p1"}
{$MIRCA.TEMP.MIN}
0
Battery temperature sensor low threshold, °C. Per port: {$MIRCA.TEMP.MIN:"p1"}
{$MIRCA.MOS.TEMP.MAX}
80
MOSFET temperature threshold, °C. Per port: {$MIRCA.MOS.TEMP.MAX:"p1"}
{$MIRCA.JK.ALARM.MASK}
7602175
JK alarm bits that raise a problem (default: bits 0-22 without 18 'GPS disconnected' and 19 'change authorization password')
MiRCA Port 1 JK BMS 4G-GPS
MiRCA Port 1 JK BMS 4G-GPS
MiRCA serial port 1 running the 'JK BMS 4G-GPS' protocol (protocol id 2). SNMP v2c over the Ethernet interface, tree .1.3.6.1.4.1.2021.13.16.4.2.1 (doc/ports.md). Link 'MiRCA Device' too. JK BMS over the 4G-GPS protocol (000).
Templates/MiRCA
Port 1
Battery
Cells
Temperature
-
Port 1: protocol
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.1
mirca.p1.protocol
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Protocol configured on the port
Port 1
MiRCA protocol
-
Port 1: online
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.2
mirca.p1.online
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
1 while the device answers. All values read 0 while it is offline.
Port 1
MiRCA online
-
Port 1: seconds since last reply
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.3
mirca.p1.age
{$MIRCA.INTERVAL}
14d
365d
FLOAT
s
-1: no reply since boot
Port 1
-
Port 1: voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.10
mirca.p1.voltage
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Battery
MULTIPLIER
0.01
-
Port 1: current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.11
mirca.p1.current
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
+ charging, - discharging
Battery
MULTIPLIER
0.01
-
Port 1: SOC
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.13
mirca.p1.soc
{$MIRCA.INTERVAL}
14d
365d
FLOAT
%
Battery
MULTIPLIER
0.1
-
Port 1: cycles
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.14
mirca.p1.cycles
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Battery
-
Port 1: cell count
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.17
mirca.p1.cell_count
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Battery
-
Port 1: power (calculated)
CALCULATED
mirca.p1.power.calc
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
last(mirca.p1.voltage)*last(mirca.p1.current)
Voltage x current; the protocol does not report power. + charging
Battery
Port 1: cells discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.1.20]
mirca.p1.cells.discovery
1h
AND
{#SNMPVALUE}
^[1-9]
A
7d
Cells the BMS reports (cell voltage > 0 at discovery time)
Port 1: cell {#SNMPINDEX} voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.20.{#SNMPINDEX}
mirca.p1.cell[{#SNMPINDEX}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Cells
MULTIPLIER
0.001
{MiRCA Port 1 JK BMS 4G-GPS:mirca.p1.cell[{#SNMPINDEX}].max(2m)}<{$MIRCA.CELL.UV:"p1"} and {MiRCA Port 1 JK BMS 4G-GPS:mirca.p1.online.last()}=1
Port 1: cell {#SNMPINDEX} undervoltage (<{$MIRCA.CELL.UV:"p1"}V)
HIGH
{MiRCA Port 1 JK BMS 4G-GPS:mirca.p1.cell[{#SNMPINDEX}].min(2m)}>{$MIRCA.CELL.OV:"p1"} and {MiRCA Port 1 JK BMS 4G-GPS:mirca.p1.online.last()}=1
Port 1: cell {#SNMPINDEX} overvoltage (>{$MIRCA.CELL.OV:"p1"}V)
HIGH
Port 1: temperature sensors discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.1.21]
mirca.p1.temps.discovery
1h
AND
{#SNMPVALUE}
^-?[1-9]
A
7d
Temperature sensors the BMS reports (non-zero at discovery time)
Port 1: temperature T{#SNMPINDEX}
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.21.{#SNMPINDEX}
mirca.p1.temp[{#SNMPINDEX}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Temperature
MULTIPLIER
0.1
{MiRCA Port 1 JK BMS 4G-GPS:mirca.p1.temp[{#SNMPINDEX}].min(5m)}>{$MIRCA.TEMP.MAX:"p1"} and {MiRCA Port 1 JK BMS 4G-GPS:mirca.p1.online.last()}=1
Port 1: temperature T{#SNMPINDEX} is high (>{$MIRCA.TEMP.MAX:"p1"}°C)
AVERAGE
{MiRCA Port 1 JK BMS 4G-GPS:mirca.p1.temp[{#SNMPINDEX}].max(5m)}<{$MIRCA.TEMP.MIN:"p1"} and {MiRCA Port 1 JK BMS 4G-GPS:mirca.p1.online.last()}=1
Port 1: temperature T{#SNMPINDEX} is low (<{$MIRCA.TEMP.MIN:"p1"}°C)
WARNING
{$MIRCA.INTERVAL}
30s
Polling interval of live values
{$MIRCA.INTERVAL.SLOW}
5m
Polling interval of slowly changing values (capacity, cycles, energy counters)
{$MIRCA.OFFLINE.TIME}
5m
How long the device may stay silent before a problem is raised
{$MIRCA.SOC.WARN}
20
SOC below this, %, raises a warning. Per port: {$MIRCA.SOC.WARN:"p1"}
{$MIRCA.SOC.CRIT}
10
SOC below this, %, raises a high problem. Per port: {$MIRCA.SOC.CRIT:"p1"}
{$MIRCA.CELL.UV}
2.9
Cell undervoltage threshold, V (LiFePO4 default). Per port: {$MIRCA.CELL.UV:"p1"}
{$MIRCA.CELL.OV}
3.65
Cell overvoltage threshold, V (LiFePO4 default). Per port: {$MIRCA.CELL.OV:"p1"}
{$MIRCA.TEMP.MAX}
50
Battery temperature sensor high threshold, °C. Per port: {$MIRCA.TEMP.MAX:"p1"}
{$MIRCA.TEMP.MIN}
0
Battery temperature sensor low threshold, °C. Per port: {$MIRCA.TEMP.MIN:"p1"}
MiRCA Port 2 JK BMS 4G-GPS
MiRCA Port 2 JK BMS 4G-GPS
MiRCA serial port 2 running the 'JK BMS 4G-GPS' protocol (protocol id 2). SNMP v2c over the Ethernet interface, tree .1.3.6.1.4.1.2021.13.16.4.2.2 (doc/ports.md). Link 'MiRCA Device' too. JK BMS over the 4G-GPS protocol (000).
Templates/MiRCA
Port 2
Battery
Cells
Temperature
-
Port 2: protocol
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.1
mirca.p2.protocol
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Protocol configured on the port
Port 2
MiRCA protocol
-
Port 2: online
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.2
mirca.p2.online
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
1 while the device answers. All values read 0 while it is offline.
Port 2
MiRCA online
-
Port 2: seconds since last reply
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.3
mirca.p2.age
{$MIRCA.INTERVAL}
14d
365d
FLOAT
s
-1: no reply since boot
Port 2
-
Port 2: voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.10
mirca.p2.voltage
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Battery
MULTIPLIER
0.01
-
Port 2: current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.11
mirca.p2.current
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
+ charging, - discharging
Battery
MULTIPLIER
0.01
-
Port 2: SOC
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.13
mirca.p2.soc
{$MIRCA.INTERVAL}
14d
365d
FLOAT
%
Battery
MULTIPLIER
0.1
-
Port 2: cycles
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.14
mirca.p2.cycles
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Battery
-
Port 2: cell count
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.17
mirca.p2.cell_count
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Battery
-
Port 2: power (calculated)
CALCULATED
mirca.p2.power.calc
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
last(mirca.p2.voltage)*last(mirca.p2.current)
Voltage x current; the protocol does not report power. + charging
Battery
Port 2: cells discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.2.20]
mirca.p2.cells.discovery
1h
AND
{#SNMPVALUE}
^[1-9]
A
7d
Cells the BMS reports (cell voltage > 0 at discovery time)
Port 2: cell {#SNMPINDEX} voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.20.{#SNMPINDEX}
mirca.p2.cell[{#SNMPINDEX}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Cells
MULTIPLIER
0.001
{MiRCA Port 2 JK BMS 4G-GPS:mirca.p2.cell[{#SNMPINDEX}].max(2m)}<{$MIRCA.CELL.UV:"p2"} and {MiRCA Port 2 JK BMS 4G-GPS:mirca.p2.online.last()}=1
Port 2: cell {#SNMPINDEX} undervoltage (<{$MIRCA.CELL.UV:"p2"}V)
HIGH
{MiRCA Port 2 JK BMS 4G-GPS:mirca.p2.cell[{#SNMPINDEX}].min(2m)}>{$MIRCA.CELL.OV:"p2"} and {MiRCA Port 2 JK BMS 4G-GPS:mirca.p2.online.last()}=1
Port 2: cell {#SNMPINDEX} overvoltage (>{$MIRCA.CELL.OV:"p2"}V)
HIGH
Port 2: temperature sensors discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.2.21]
mirca.p2.temps.discovery
1h
AND
{#SNMPVALUE}
^-?[1-9]
A
7d
Temperature sensors the BMS reports (non-zero at discovery time)
Port 2: temperature T{#SNMPINDEX}
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.21.{#SNMPINDEX}
mirca.p2.temp[{#SNMPINDEX}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Temperature
MULTIPLIER
0.1
{MiRCA Port 2 JK BMS 4G-GPS:mirca.p2.temp[{#SNMPINDEX}].min(5m)}>{$MIRCA.TEMP.MAX:"p2"} and {MiRCA Port 2 JK BMS 4G-GPS:mirca.p2.online.last()}=1
Port 2: temperature T{#SNMPINDEX} is high (>{$MIRCA.TEMP.MAX:"p2"}°C)
AVERAGE
{MiRCA Port 2 JK BMS 4G-GPS:mirca.p2.temp[{#SNMPINDEX}].max(5m)}<{$MIRCA.TEMP.MIN:"p2"} and {MiRCA Port 2 JK BMS 4G-GPS:mirca.p2.online.last()}=1
Port 2: temperature T{#SNMPINDEX} is low (<{$MIRCA.TEMP.MIN:"p2"}°C)
WARNING
{$MIRCA.INTERVAL}
30s
Polling interval of live values
{$MIRCA.INTERVAL.SLOW}
5m
Polling interval of slowly changing values (capacity, cycles, energy counters)
{$MIRCA.OFFLINE.TIME}
5m
How long the device may stay silent before a problem is raised
{$MIRCA.SOC.WARN}
20
SOC below this, %, raises a warning. Per port: {$MIRCA.SOC.WARN:"p1"}
{$MIRCA.SOC.CRIT}
10
SOC below this, %, raises a high problem. Per port: {$MIRCA.SOC.CRIT:"p1"}
{$MIRCA.CELL.UV}
2.9
Cell undervoltage threshold, V (LiFePO4 default). Per port: {$MIRCA.CELL.UV:"p1"}
{$MIRCA.CELL.OV}
3.65
Cell overvoltage threshold, V (LiFePO4 default). Per port: {$MIRCA.CELL.OV:"p1"}
{$MIRCA.TEMP.MAX}
50
Battery temperature sensor high threshold, °C. Per port: {$MIRCA.TEMP.MAX:"p1"}
{$MIRCA.TEMP.MIN}
0
Battery temperature sensor low threshold, °C. Per port: {$MIRCA.TEMP.MIN:"p1"}
MiRCA Port 1 JBD BMS
MiRCA Port 1 JBD BMS
MiRCA serial port 1 running the 'JBD BMS' protocol (protocol id 4). SNMP v2c over the Ethernet interface, tree .1.3.6.1.4.1.2021.13.16.4.2.1 (doc/ports.md). Link 'MiRCA Device' too. JBD / Xiaoxiang BMS over UART.
Templates/MiRCA
Port 1
Battery
Cells
Temperature
-
Port 1: protocol
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.1
mirca.p1.protocol
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Protocol configured on the port
Port 1
MiRCA protocol
-
Port 1: online
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.2
mirca.p1.online
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
1 while the device answers. All values read 0 while it is offline.
Port 1
MiRCA online
-
Port 1: seconds since last reply
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.3
mirca.p1.age
{$MIRCA.INTERVAL}
14d
365d
FLOAT
s
-1: no reply since boot
Port 1
-
Port 1: voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.10
mirca.p1.voltage
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Battery
MULTIPLIER
0.01
-
Port 1: current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.11
mirca.p1.current
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
+ charging, - discharging
Battery
MULTIPLIER
0.01
-
Port 1: SOC
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.13
mirca.p1.soc
{$MIRCA.INTERVAL}
14d
365d
FLOAT
%
Battery
MULTIPLIER
0.1
-
Port 1: cycles
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.14
mirca.p1.cycles
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Battery
-
Port 1: remaining capacity
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.15
mirca.p1.cap_remain
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Ah
Battery
MULTIPLIER
0.01
-
Port 1: full capacity
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.16
mirca.p1.cap_full
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
Ah
Battery
MULTIPLIER
0.01
-
Port 1: cell count
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.17
mirca.p1.cell_count
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Battery
-
Port 1: power (calculated)
CALCULATED
mirca.p1.power.calc
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
last(mirca.p1.voltage)*last(mirca.p1.current)
Voltage x current; the protocol does not report power. + charging
Battery
Port 1: cells discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.1.20]
mirca.p1.cells.discovery
1h
AND
{#SNMPVALUE}
^[1-9]
A
7d
Cells the BMS reports (cell voltage > 0 at discovery time)
Port 1: cell {#SNMPINDEX} voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.20.{#SNMPINDEX}
mirca.p1.cell[{#SNMPINDEX}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Cells
MULTIPLIER
0.001
{MiRCA Port 1 JBD BMS:mirca.p1.cell[{#SNMPINDEX}].max(2m)}<{$MIRCA.CELL.UV:"p1"} and {MiRCA Port 1 JBD BMS:mirca.p1.online.last()}=1
Port 1: cell {#SNMPINDEX} undervoltage (<{$MIRCA.CELL.UV:"p1"}V)
HIGH
{MiRCA Port 1 JBD BMS:mirca.p1.cell[{#SNMPINDEX}].min(2m)}>{$MIRCA.CELL.OV:"p1"} and {MiRCA Port 1 JBD BMS:mirca.p1.online.last()}=1
Port 1: cell {#SNMPINDEX} overvoltage (>{$MIRCA.CELL.OV:"p1"}V)
HIGH
Port 1: temperature sensors discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.1.21]
mirca.p1.temps.discovery
1h
AND
{#SNMPVALUE}
^-?[1-9]
A
7d
Temperature sensors the BMS reports (non-zero at discovery time)
Port 1: temperature T{#SNMPINDEX}
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.21.{#SNMPINDEX}
mirca.p1.temp[{#SNMPINDEX}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Temperature
MULTIPLIER
0.1
{MiRCA Port 1 JBD BMS:mirca.p1.temp[{#SNMPINDEX}].min(5m)}>{$MIRCA.TEMP.MAX:"p1"} and {MiRCA Port 1 JBD BMS:mirca.p1.online.last()}=1
Port 1: temperature T{#SNMPINDEX} is high (>{$MIRCA.TEMP.MAX:"p1"}°C)
AVERAGE
{MiRCA Port 1 JBD BMS:mirca.p1.temp[{#SNMPINDEX}].max(5m)}<{$MIRCA.TEMP.MIN:"p1"} and {MiRCA Port 1 JBD BMS:mirca.p1.online.last()}=1
Port 1: temperature T{#SNMPINDEX} is low (<{$MIRCA.TEMP.MIN:"p1"}°C)
WARNING
{$MIRCA.INTERVAL}
30s
Polling interval of live values
{$MIRCA.INTERVAL.SLOW}
5m
Polling interval of slowly changing values (capacity, cycles, energy counters)
{$MIRCA.OFFLINE.TIME}
5m
How long the device may stay silent before a problem is raised
{$MIRCA.SOC.WARN}
20
SOC below this, %, raises a warning. Per port: {$MIRCA.SOC.WARN:"p1"}
{$MIRCA.SOC.CRIT}
10
SOC below this, %, raises a high problem. Per port: {$MIRCA.SOC.CRIT:"p1"}
{$MIRCA.CELL.UV}
2.9
Cell undervoltage threshold, V (LiFePO4 default). Per port: {$MIRCA.CELL.UV:"p1"}
{$MIRCA.CELL.OV}
3.65
Cell overvoltage threshold, V (LiFePO4 default). Per port: {$MIRCA.CELL.OV:"p1"}
{$MIRCA.TEMP.MAX}
50
Battery temperature sensor high threshold, °C. Per port: {$MIRCA.TEMP.MAX:"p1"}
{$MIRCA.TEMP.MIN}
0
Battery temperature sensor low threshold, °C. Per port: {$MIRCA.TEMP.MIN:"p1"}
MiRCA Port 2 JBD BMS
MiRCA Port 2 JBD BMS
MiRCA serial port 2 running the 'JBD BMS' protocol (protocol id 4). SNMP v2c over the Ethernet interface, tree .1.3.6.1.4.1.2021.13.16.4.2.2 (doc/ports.md). Link 'MiRCA Device' too. JBD / Xiaoxiang BMS over UART.
Templates/MiRCA
Port 2
Battery
Cells
Temperature
-
Port 2: protocol
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.1
mirca.p2.protocol
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Protocol configured on the port
Port 2
MiRCA protocol
-
Port 2: online
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.2
mirca.p2.online
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
1 while the device answers. All values read 0 while it is offline.
Port 2
MiRCA online
-
Port 2: seconds since last reply
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.3
mirca.p2.age
{$MIRCA.INTERVAL}
14d
365d
FLOAT
s
-1: no reply since boot
Port 2
-
Port 2: voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.10
mirca.p2.voltage
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Battery
MULTIPLIER
0.01
-
Port 2: current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.11
mirca.p2.current
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
+ charging, - discharging
Battery
MULTIPLIER
0.01
-
Port 2: SOC
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.13
mirca.p2.soc
{$MIRCA.INTERVAL}
14d
365d
FLOAT
%
Battery
MULTIPLIER
0.1
-
Port 2: cycles
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.14
mirca.p2.cycles
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Battery
-
Port 2: remaining capacity
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.15
mirca.p2.cap_remain
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Ah
Battery
MULTIPLIER
0.01
-
Port 2: full capacity
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.16
mirca.p2.cap_full
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
Ah
Battery
MULTIPLIER
0.01
-
Port 2: cell count
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.17
mirca.p2.cell_count
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Battery
-
Port 2: power (calculated)
CALCULATED
mirca.p2.power.calc
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
last(mirca.p2.voltage)*last(mirca.p2.current)
Voltage x current; the protocol does not report power. + charging
Battery
Port 2: cells discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.2.20]
mirca.p2.cells.discovery
1h
AND
{#SNMPVALUE}
^[1-9]
A
7d
Cells the BMS reports (cell voltage > 0 at discovery time)
Port 2: cell {#SNMPINDEX} voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.20.{#SNMPINDEX}
mirca.p2.cell[{#SNMPINDEX}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Cells
MULTIPLIER
0.001
{MiRCA Port 2 JBD BMS:mirca.p2.cell[{#SNMPINDEX}].max(2m)}<{$MIRCA.CELL.UV:"p2"} and {MiRCA Port 2 JBD BMS:mirca.p2.online.last()}=1
Port 2: cell {#SNMPINDEX} undervoltage (<{$MIRCA.CELL.UV:"p2"}V)
HIGH
{MiRCA Port 2 JBD BMS:mirca.p2.cell[{#SNMPINDEX}].min(2m)}>{$MIRCA.CELL.OV:"p2"} and {MiRCA Port 2 JBD BMS:mirca.p2.online.last()}=1
Port 2: cell {#SNMPINDEX} overvoltage (>{$MIRCA.CELL.OV:"p2"}V)
HIGH
Port 2: temperature sensors discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.2.21]
mirca.p2.temps.discovery
1h
AND
{#SNMPVALUE}
^-?[1-9]
A
7d
Temperature sensors the BMS reports (non-zero at discovery time)
Port 2: temperature T{#SNMPINDEX}
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.21.{#SNMPINDEX}
mirca.p2.temp[{#SNMPINDEX}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Temperature
MULTIPLIER
0.1
{MiRCA Port 2 JBD BMS:mirca.p2.temp[{#SNMPINDEX}].min(5m)}>{$MIRCA.TEMP.MAX:"p2"} and {MiRCA Port 2 JBD BMS:mirca.p2.online.last()}=1
Port 2: temperature T{#SNMPINDEX} is high (>{$MIRCA.TEMP.MAX:"p2"}°C)
AVERAGE
{MiRCA Port 2 JBD BMS:mirca.p2.temp[{#SNMPINDEX}].max(5m)}<{$MIRCA.TEMP.MIN:"p2"} and {MiRCA Port 2 JBD BMS:mirca.p2.online.last()}=1
Port 2: temperature T{#SNMPINDEX} is low (<{$MIRCA.TEMP.MIN:"p2"}°C)
WARNING
{$MIRCA.INTERVAL}
30s
Polling interval of live values
{$MIRCA.INTERVAL.SLOW}
5m
Polling interval of slowly changing values (capacity, cycles, energy counters)
{$MIRCA.OFFLINE.TIME}
5m
How long the device may stay silent before a problem is raised
{$MIRCA.SOC.WARN}
20
SOC below this, %, raises a warning. Per port: {$MIRCA.SOC.WARN:"p1"}
{$MIRCA.SOC.CRIT}
10
SOC below this, %, raises a high problem. Per port: {$MIRCA.SOC.CRIT:"p1"}
{$MIRCA.CELL.UV}
2.9
Cell undervoltage threshold, V (LiFePO4 default). Per port: {$MIRCA.CELL.UV:"p1"}
{$MIRCA.CELL.OV}
3.65
Cell overvoltage threshold, V (LiFePO4 default). Per port: {$MIRCA.CELL.OV:"p1"}
{$MIRCA.TEMP.MAX}
50
Battery temperature sensor high threshold, °C. Per port: {$MIRCA.TEMP.MAX:"p1"}
{$MIRCA.TEMP.MIN}
0
Battery temperature sensor low threshold, °C. Per port: {$MIRCA.TEMP.MIN:"p1"}
MiRCA Port 1 PACE BMS
MiRCA Port 1 PACE BMS
MiRCA serial port 1 running the 'PACE BMS' protocol (protocol id 3). SNMP v2c over the Ethernet interface, tree .1.3.6.1.4.1.2021.13.16.4.2.1 (doc/ports.md). Link 'MiRCA Device' too. PACE BMS (Pylontech family ASCII protocol).
Templates/MiRCA
Port 1
Battery
Cells
Temperature
-
Port 1: protocol
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.1
mirca.p1.protocol
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Protocol configured on the port
Port 1
MiRCA protocol
-
Port 1: online
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.2
mirca.p1.online
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
1 while the device answers. All values read 0 while it is offline.
Port 1
MiRCA online
-
Port 1: seconds since last reply
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.3
mirca.p1.age
{$MIRCA.INTERVAL}
14d
365d
FLOAT
s
-1: no reply since boot
Port 1
-
Port 1: voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.10
mirca.p1.voltage
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Battery
MULTIPLIER
0.01
-
Port 1: current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.11
mirca.p1.current
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
+ charging, - discharging
Battery
MULTIPLIER
0.01
-
Port 1: SOC
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.13
mirca.p1.soc
{$MIRCA.INTERVAL}
14d
365d
FLOAT
%
Battery
MULTIPLIER
0.1
-
Port 1: cycles
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.14
mirca.p1.cycles
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Battery
-
Port 1: remaining capacity
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.15
mirca.p1.cap_remain
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Ah
Battery
MULTIPLIER
0.01
-
Port 1: full capacity
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.16
mirca.p1.cap_full
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
Ah
Battery
MULTIPLIER
0.01
-
Port 1: cell count
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.17
mirca.p1.cell_count
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Battery
-
Port 1: power (calculated)
CALCULATED
mirca.p1.power.calc
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
last(mirca.p1.voltage)*last(mirca.p1.current)
Voltage x current; the protocol does not report power. + charging
Battery
Port 1: cells discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.1.20]
mirca.p1.cells.discovery
1h
AND
{#SNMPVALUE}
^[1-9]
A
7d
Cells the BMS reports (cell voltage > 0 at discovery time)
Port 1: cell {#SNMPINDEX} voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.20.{#SNMPINDEX}
mirca.p1.cell[{#SNMPINDEX}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Cells
MULTIPLIER
0.001
{MiRCA Port 1 PACE BMS:mirca.p1.cell[{#SNMPINDEX}].max(2m)}<{$MIRCA.CELL.UV:"p1"} and {MiRCA Port 1 PACE BMS:mirca.p1.online.last()}=1
Port 1: cell {#SNMPINDEX} undervoltage (<{$MIRCA.CELL.UV:"p1"}V)
HIGH
{MiRCA Port 1 PACE BMS:mirca.p1.cell[{#SNMPINDEX}].min(2m)}>{$MIRCA.CELL.OV:"p1"} and {MiRCA Port 1 PACE BMS:mirca.p1.online.last()}=1
Port 1: cell {#SNMPINDEX} overvoltage (>{$MIRCA.CELL.OV:"p1"}V)
HIGH
Port 1: temperature sensors discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.1.21]
mirca.p1.temps.discovery
1h
AND
{#SNMPVALUE}
^-?[1-9]
A
7d
Temperature sensors the BMS reports (non-zero at discovery time)
Port 1: temperature T{#SNMPINDEX}
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.21.{#SNMPINDEX}
mirca.p1.temp[{#SNMPINDEX}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Temperature
MULTIPLIER
0.1
{MiRCA Port 1 PACE BMS:mirca.p1.temp[{#SNMPINDEX}].min(5m)}>{$MIRCA.TEMP.MAX:"p1"} and {MiRCA Port 1 PACE BMS:mirca.p1.online.last()}=1
Port 1: temperature T{#SNMPINDEX} is high (>{$MIRCA.TEMP.MAX:"p1"}°C)
AVERAGE
{MiRCA Port 1 PACE BMS:mirca.p1.temp[{#SNMPINDEX}].max(5m)}<{$MIRCA.TEMP.MIN:"p1"} and {MiRCA Port 1 PACE BMS:mirca.p1.online.last()}=1
Port 1: temperature T{#SNMPINDEX} is low (<{$MIRCA.TEMP.MIN:"p1"}°C)
WARNING
{$MIRCA.INTERVAL}
30s
Polling interval of live values
{$MIRCA.INTERVAL.SLOW}
5m
Polling interval of slowly changing values (capacity, cycles, energy counters)
{$MIRCA.OFFLINE.TIME}
5m
How long the device may stay silent before a problem is raised
{$MIRCA.SOC.WARN}
20
SOC below this, %, raises a warning. Per port: {$MIRCA.SOC.WARN:"p1"}
{$MIRCA.SOC.CRIT}
10
SOC below this, %, raises a high problem. Per port: {$MIRCA.SOC.CRIT:"p1"}
{$MIRCA.CELL.UV}
2.9
Cell undervoltage threshold, V (LiFePO4 default). Per port: {$MIRCA.CELL.UV:"p1"}
{$MIRCA.CELL.OV}
3.65
Cell overvoltage threshold, V (LiFePO4 default). Per port: {$MIRCA.CELL.OV:"p1"}
{$MIRCA.TEMP.MAX}
50
Battery temperature sensor high threshold, °C. Per port: {$MIRCA.TEMP.MAX:"p1"}
{$MIRCA.TEMP.MIN}
0
Battery temperature sensor low threshold, °C. Per port: {$MIRCA.TEMP.MIN:"p1"}
MiRCA Port 2 PACE BMS
MiRCA Port 2 PACE BMS
MiRCA serial port 2 running the 'PACE BMS' protocol (protocol id 3). SNMP v2c over the Ethernet interface, tree .1.3.6.1.4.1.2021.13.16.4.2.2 (doc/ports.md). Link 'MiRCA Device' too. PACE BMS (Pylontech family ASCII protocol).
Templates/MiRCA
Port 2
Battery
Cells
Temperature
-
Port 2: protocol
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.1
mirca.p2.protocol
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Protocol configured on the port
Port 2
MiRCA protocol
-
Port 2: online
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.2
mirca.p2.online
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
1 while the device answers. All values read 0 while it is offline.
Port 2
MiRCA online
-
Port 2: seconds since last reply
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.3
mirca.p2.age
{$MIRCA.INTERVAL}
14d
365d
FLOAT
s
-1: no reply since boot
Port 2
-
Port 2: voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.10
mirca.p2.voltage
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Battery
MULTIPLIER
0.01
-
Port 2: current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.11
mirca.p2.current
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
+ charging, - discharging
Battery
MULTIPLIER
0.01
-
Port 2: SOC
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.13
mirca.p2.soc
{$MIRCA.INTERVAL}
14d
365d
FLOAT
%
Battery
MULTIPLIER
0.1
-
Port 2: cycles
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.14
mirca.p2.cycles
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Battery
-
Port 2: remaining capacity
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.15
mirca.p2.cap_remain
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Ah
Battery
MULTIPLIER
0.01
-
Port 2: full capacity
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.16
mirca.p2.cap_full
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
Ah
Battery
MULTIPLIER
0.01
-
Port 2: cell count
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.17
mirca.p2.cell_count
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Battery
-
Port 2: power (calculated)
CALCULATED
mirca.p2.power.calc
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
last(mirca.p2.voltage)*last(mirca.p2.current)
Voltage x current; the protocol does not report power. + charging
Battery
Port 2: cells discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.2.20]
mirca.p2.cells.discovery
1h
AND
{#SNMPVALUE}
^[1-9]
A
7d
Cells the BMS reports (cell voltage > 0 at discovery time)
Port 2: cell {#SNMPINDEX} voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.20.{#SNMPINDEX}
mirca.p2.cell[{#SNMPINDEX}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Cells
MULTIPLIER
0.001
{MiRCA Port 2 PACE BMS:mirca.p2.cell[{#SNMPINDEX}].max(2m)}<{$MIRCA.CELL.UV:"p2"} and {MiRCA Port 2 PACE BMS:mirca.p2.online.last()}=1
Port 2: cell {#SNMPINDEX} undervoltage (<{$MIRCA.CELL.UV:"p2"}V)
HIGH
{MiRCA Port 2 PACE BMS:mirca.p2.cell[{#SNMPINDEX}].min(2m)}>{$MIRCA.CELL.OV:"p2"} and {MiRCA Port 2 PACE BMS:mirca.p2.online.last()}=1
Port 2: cell {#SNMPINDEX} overvoltage (>{$MIRCA.CELL.OV:"p2"}V)
HIGH
Port 2: temperature sensors discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.2.21]
mirca.p2.temps.discovery
1h
AND
{#SNMPVALUE}
^-?[1-9]
A
7d
Temperature sensors the BMS reports (non-zero at discovery time)
Port 2: temperature T{#SNMPINDEX}
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.21.{#SNMPINDEX}
mirca.p2.temp[{#SNMPINDEX}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Temperature
MULTIPLIER
0.1
{MiRCA Port 2 PACE BMS:mirca.p2.temp[{#SNMPINDEX}].min(5m)}>{$MIRCA.TEMP.MAX:"p2"} and {MiRCA Port 2 PACE BMS:mirca.p2.online.last()}=1
Port 2: temperature T{#SNMPINDEX} is high (>{$MIRCA.TEMP.MAX:"p2"}°C)
AVERAGE
{MiRCA Port 2 PACE BMS:mirca.p2.temp[{#SNMPINDEX}].max(5m)}<{$MIRCA.TEMP.MIN:"p2"} and {MiRCA Port 2 PACE BMS:mirca.p2.online.last()}=1
Port 2: temperature T{#SNMPINDEX} is low (<{$MIRCA.TEMP.MIN:"p2"}°C)
WARNING
{$MIRCA.INTERVAL}
30s
Polling interval of live values
{$MIRCA.INTERVAL.SLOW}
5m
Polling interval of slowly changing values (capacity, cycles, energy counters)
{$MIRCA.OFFLINE.TIME}
5m
How long the device may stay silent before a problem is raised
{$MIRCA.SOC.WARN}
20
SOC below this, %, raises a warning. Per port: {$MIRCA.SOC.WARN:"p1"}
{$MIRCA.SOC.CRIT}
10
SOC below this, %, raises a high problem. Per port: {$MIRCA.SOC.CRIT:"p1"}
{$MIRCA.CELL.UV}
2.9
Cell undervoltage threshold, V (LiFePO4 default). Per port: {$MIRCA.CELL.UV:"p1"}
{$MIRCA.CELL.OV}
3.65
Cell overvoltage threshold, V (LiFePO4 default). Per port: {$MIRCA.CELL.OV:"p1"}
{$MIRCA.TEMP.MAX}
50
Battery temperature sensor high threshold, °C. Per port: {$MIRCA.TEMP.MAX:"p1"}
{$MIRCA.TEMP.MIN}
0
Battery temperature sensor low threshold, °C. Per port: {$MIRCA.TEMP.MIN:"p1"}
MiRCA Port 1 Deye inverter Modbus
MiRCA Port 1 Deye inverter Modbus
MiRCA serial port 1 running the 'Deye inverter Modbus' protocol (protocol id 6). SNMP v2c over the Ethernet interface, tree .1.3.6.1.4.1.2021.13.16.4.2.1 (doc/ports.md). Link 'MiRCA Device' too. Deye / Sunsynk single-phase hybrid inverter, read only (Modbus FC 0x03). Signs: battery + discharging, grid + import, inverter + output.
Templates/MiRCA
Port 1
Status
PV
Battery
Grid
Inverter
Load
Temperature
Energy
Device
-
Port 1: protocol
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.1
mirca.p1.protocol
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Protocol configured on the port
Port 1
MiRCA protocol
-
Port 1: online
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.2
mirca.p1.online
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
1 while the device answers. All values read 0 while it is offline.
Port 1
MiRCA online
-
Port 1: seconds since last reply
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.3
mirca.p1.age
{$MIRCA.INTERVAL}
14d
365d
FLOAT
s
-1: no reply since boot
Port 1
-
Port 1: State code
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.1
mirca.p1.m[state]
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
Metric 1 'state'
Status
MiRCA Deye state
-
Port 1: Grid connected
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.2
mirca.p1.m[grid_connected]
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
Metric 2 'grid_connected'
Status
MiRCA Deye grid
-
Port 1: PV power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.3
mirca.p1.m[pv_power]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
Metric 3 'pv_power'
PV
-
Port 1: PV1 voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.4
mirca.p1.m[pv1_voltage]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Metric 4 'pv1_voltage'
PV
MULTIPLIER
0.1
-
Port 1: PV1 current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.5
mirca.p1.m[pv1_current]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
Metric 5 'pv1_current'
PV
MULTIPLIER
0.1
-
Port 1: PV1 power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.6
mirca.p1.m[pv1_power]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
Metric 6 'pv1_power'
PV
-
Port 1: PV2 voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.7
mirca.p1.m[pv2_voltage]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Metric 7 'pv2_voltage'
PV
MULTIPLIER
0.1
-
Port 1: PV2 current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.8
mirca.p1.m[pv2_current]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
Metric 8 'pv2_current'
PV
MULTIPLIER
0.1
-
Port 1: PV2 power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.9
mirca.p1.m[pv2_power]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
Metric 9 'pv2_power'
PV
-
Port 1: Battery voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.10
mirca.p1.m[battery_voltage]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Metric 10 'battery_voltage'
Battery
MULTIPLIER
0.01
-
Port 1: Battery current (+ discharging)
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.11
mirca.p1.m[battery_current]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
Metric 11 'battery_current'
Battery
MULTIPLIER
0.01
-
Port 1: Battery power (+ discharging)
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.12
mirca.p1.m[battery_power]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
Metric 12 'battery_power'
Battery
-
Port 1: Battery SOC
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.13
mirca.p1.m[battery_soc]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
%
Metric 13 'battery_soc'
Battery
-
Port 1: Battery temperature
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.14
mirca.p1.m[battery_temp]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Metric 14 'battery_temp'
Battery
MULTIPLIER
0.1
-
Port 1: Charging voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.15
mirca.p1.m[battery_charge_voltage]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Metric 15 'battery_charge_voltage'
Battery
MULTIPLIER
0.01
-
Port 1: Charge current limit
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.16
mirca.p1.m[battery_charge_limit]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
Metric 16 'battery_charge_limit'
Battery
-
Port 1: Discharge current limit
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.17
mirca.p1.m[battery_discharge_limit]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
Metric 17 'battery_discharge_limit'
Battery
-
Port 1: Grid voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.18
mirca.p1.m[grid_voltage]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Metric 18 'grid_voltage'
Grid
MULTIPLIER
0.1
-
Port 1: Grid frequency
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.19
mirca.p1.m[grid_frequency]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Hz
Metric 19 'grid_frequency'
Grid
MULTIPLIER
0.01
-
Port 1: Grid current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.20
mirca.p1.m[grid_current]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
Metric 20 'grid_current'
Grid
MULTIPLIER
0.01
-
Port 1: Grid power (+ import)
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.21
mirca.p1.m[grid_power]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
Metric 21 'grid_power'
Grid
-
Port 1: Grid CT power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.22
mirca.p1.m[grid_ct_power]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
Metric 22 'grid_ct_power'
Grid
-
Port 1: Grid internal power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.23
mirca.p1.m[grid_internal_power]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
Metric 23 'grid_internal_power'
Grid
-
Port 1: Inverter voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.24
mirca.p1.m[inverter_voltage]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Metric 24 'inverter_voltage'
Inverter
MULTIPLIER
0.1
-
Port 1: Inverter current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.25
mirca.p1.m[inverter_current]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
Metric 25 'inverter_current'
Inverter
MULTIPLIER
0.01
-
Port 1: Inverter power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.26
mirca.p1.m[inverter_power]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
Metric 26 'inverter_power'
Inverter
-
Port 1: Inverter frequency
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.27
mirca.p1.m[inverter_frequency]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Hz
Metric 27 'inverter_frequency'
Inverter
MULTIPLIER
0.01
-
Port 1: Load power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.28
mirca.p1.m[load_power]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
Metric 28 'load_power'
Load
-
Port 1: Load frequency
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.29
mirca.p1.m[load_frequency]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Hz
Metric 29 'load_frequency'
Load
MULTIPLIER
0.01
-
Port 1: Generator / AUX power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.30
mirca.p1.m[gen_power]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
Metric 30 'gen_power'
Load
-
Port 1: DC transformer temperature
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.31
mirca.p1.m[dc_temp]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Metric 31 'dc_temp'
Temperature
MULTIPLIER
0.1
-
Port 1: Radiator temperature
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.32
mirca.p1.m[radiator_temp]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Metric 32 'radiator_temp'
Temperature
MULTIPLIER
0.1
-
Port 1: Environment temperature
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.33
mirca.p1.m[environment_temp]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Metric 33 'environment_temp'
Temperature
MULTIPLIER
0.1
-
Port 1: PV today
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.34
mirca.p1.m[day_pv]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 34 'day_pv'
Energy
MULTIPLIER
0.1
-
Port 1: Load today
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.35
mirca.p1.m[day_load]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 35 'day_load'
Energy
MULTIPLIER
0.1
-
Port 1: Grid import today
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.36
mirca.p1.m[day_grid_import]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 36 'day_grid_import'
Energy
MULTIPLIER
0.1
-
Port 1: Grid export today
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.37
mirca.p1.m[day_grid_export]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 37 'day_grid_export'
Energy
MULTIPLIER
0.1
-
Port 1: Battery charge today
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.38
mirca.p1.m[day_battery_charge]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 38 'day_battery_charge'
Energy
MULTIPLIER
0.1
-
Port 1: Battery discharge today
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.39
mirca.p1.m[day_battery_discharge]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 39 'day_battery_discharge'
Energy
MULTIPLIER
0.1
-
Port 1: PV this month
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.40
mirca.p1.m[month_pv]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 40 'month_pv'
Energy
MULTIPLIER
0.1
-
Port 1: Load this month
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.41
mirca.p1.m[month_load]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 41 'month_load'
Energy
MULTIPLIER
0.1
-
Port 1: Grid this month
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.42
mirca.p1.m[month_grid]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 42 'month_grid'
Energy
MULTIPLIER
0.1
-
Port 1: PV this year
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.43
mirca.p1.m[year_pv]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 43 'year_pv'
Energy
MULTIPLIER
0.1
-
Port 1: Load this year
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.44
mirca.p1.m[year_load]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 44 'year_load'
Energy
MULTIPLIER
0.1
-
Port 1: Grid export this year
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.45
mirca.p1.m[year_grid_export]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 45 'year_grid_export'
Energy
MULTIPLIER
0.1
-
Port 1: PV total
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.46
mirca.p1.m[total_pv]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 46 'total_pv'
Energy
MULTIPLIER
0.1
-
Port 1: Load total
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.47
mirca.p1.m[total_load]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 47 'total_load'
Energy
MULTIPLIER
0.1
-
Port 1: Grid import total
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.48
mirca.p1.m[total_grid_import]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 48 'total_grid_import'
Energy
MULTIPLIER
0.1
-
Port 1: Grid export total
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.49
mirca.p1.m[total_grid_export]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 49 'total_grid_export'
Energy
MULTIPLIER
0.1
-
Port 1: Battery charge total
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.50
mirca.p1.m[total_battery_charge]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 50 'total_battery_charge'
Energy
MULTIPLIER
0.1
-
Port 1: Battery discharge total
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.51
mirca.p1.m[total_battery_discharge]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 51 'total_battery_discharge'
Energy
MULTIPLIER
0.1
-
Port 1: Rated power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.52
mirca.p1.m[rated_power]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
W
Metric 52 'rated_power'
Device
-
Port 1: fault bits F01-F32
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.19
mirca.p1.faults.lo
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
Registers 103-104, bit 0 = F01
Status
JAVASCRIPT
return (parseInt(value, 10) >>> 0).toString();
-
Port 1: fault bits F33-F64
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.22
mirca.p1.faults.hi
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
Registers 105-106, bit 0 = F33
Status
JAVASCRIPT
return (parseInt(value, 10) >>> 0).toString();
-
Port 1: faults F01-F32
DEPENDENT
mirca.p1.faults.lo.text
0
14d
0
CHAR
Status
JAVASCRIPT
var names = {13: 'Working mode change', 18: 'AC over current', 20: 'DC over current', 23: 'AC leak current or transient over current', 24: 'DC insulation impedance', 26: 'DC busbar imbalanced', 29: 'Parallel comms cable', 35: 'No AC grid', 42: 'AC line low voltage', 47: 'AC freq high/low', 56: 'DC busbar voltage low', 63: 'ARC fault', 64: 'Heat sink temperature failure'};
var v = parseInt(value, 10) >>> 0, out = [];
for (var i = 0; i < 32; i++) {
if (!((v >>> i) & 1)) continue;
var code = 1 + i;
out.push('F' + (code < 10 ? '0' : '') + code + (names[code] ? ' ' + names[code] : ''));
}
return out.length ? out.join(', ') : 'none';
DISCARD_UNCHANGED_HEARTBEAT
1h
mirca.p1.faults.lo
-
Port 1: faults F33-F64
DEPENDENT
mirca.p1.faults.hi.text
0
14d
0
CHAR
Status
JAVASCRIPT
var names = {13: 'Working mode change', 18: 'AC over current', 20: 'DC over current', 23: 'AC leak current or transient over current', 24: 'DC insulation impedance', 26: 'DC busbar imbalanced', 29: 'Parallel comms cable', 35: 'No AC grid', 42: 'AC line low voltage', 47: 'AC freq high/low', 56: 'DC busbar voltage low', 63: 'ARC fault', 64: 'Heat sink temperature failure'};
var v = parseInt(value, 10) >>> 0, out = [];
for (var i = 0; i < 32; i++) {
if (!((v >>> i) & 1)) continue;
var code = 33 + i;
out.push('F' + (code < 10 ? '0' : '') + code + (names[code] ? ' ' + names[code] : ''));
}
return out.length ? out.join(', ') : 'none';
DISCARD_UNCHANGED_HEARTBEAT
1h
mirca.p1.faults.hi
{$MIRCA.INTERVAL}
30s
Polling interval of live values
{$MIRCA.INTERVAL.SLOW}
5m
Polling interval of slowly changing values (capacity, cycles, energy counters)
{$MIRCA.OFFLINE.TIME}
5m
How long the device may stay silent before a problem is raised
{$MIRCA.SOC.WARN}
20
Battery SOC low threshold, %. Per port: {$MIRCA.SOC.WARN:"p1"}
{$MIRCA.DEYE.TEMP.MAX}
75
Inverter DC transformer / radiator temperature threshold, °C
{$MIRCA.DEYE.GRID.EXPECTED}
1
1: raise a problem when the grid is disconnected, 0: off-grid site
MiRCA Port 2 Deye inverter Modbus
MiRCA Port 2 Deye inverter Modbus
MiRCA serial port 2 running the 'Deye inverter Modbus' protocol (protocol id 6). SNMP v2c over the Ethernet interface, tree .1.3.6.1.4.1.2021.13.16.4.2.2 (doc/ports.md). Link 'MiRCA Device' too. Deye / Sunsynk single-phase hybrid inverter, read only (Modbus FC 0x03). Signs: battery + discharging, grid + import, inverter + output.
Templates/MiRCA
Port 2
Status
PV
Battery
Grid
Inverter
Load
Temperature
Energy
Device
-
Port 2: protocol
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.1
mirca.p2.protocol
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Protocol configured on the port
Port 2
MiRCA protocol
-
Port 2: online
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.2
mirca.p2.online
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
1 while the device answers. All values read 0 while it is offline.
Port 2
MiRCA online
-
Port 2: seconds since last reply
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.3
mirca.p2.age
{$MIRCA.INTERVAL}
14d
365d
FLOAT
s
-1: no reply since boot
Port 2
-
Port 2: State code
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.1
mirca.p2.m[state]
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
Metric 1 'state'
Status
MiRCA Deye state
-
Port 2: Grid connected
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.2
mirca.p2.m[grid_connected]
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
Metric 2 'grid_connected'
Status
MiRCA Deye grid
-
Port 2: PV power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.3
mirca.p2.m[pv_power]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
Metric 3 'pv_power'
PV
-
Port 2: PV1 voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.4
mirca.p2.m[pv1_voltage]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Metric 4 'pv1_voltage'
PV
MULTIPLIER
0.1
-
Port 2: PV1 current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.5
mirca.p2.m[pv1_current]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
Metric 5 'pv1_current'
PV
MULTIPLIER
0.1
-
Port 2: PV1 power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.6
mirca.p2.m[pv1_power]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
Metric 6 'pv1_power'
PV
-
Port 2: PV2 voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.7
mirca.p2.m[pv2_voltage]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Metric 7 'pv2_voltage'
PV
MULTIPLIER
0.1
-
Port 2: PV2 current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.8
mirca.p2.m[pv2_current]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
Metric 8 'pv2_current'
PV
MULTIPLIER
0.1
-
Port 2: PV2 power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.9
mirca.p2.m[pv2_power]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
Metric 9 'pv2_power'
PV
-
Port 2: Battery voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.10
mirca.p2.m[battery_voltage]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Metric 10 'battery_voltage'
Battery
MULTIPLIER
0.01
-
Port 2: Battery current (+ discharging)
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.11
mirca.p2.m[battery_current]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
Metric 11 'battery_current'
Battery
MULTIPLIER
0.01
-
Port 2: Battery power (+ discharging)
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.12
mirca.p2.m[battery_power]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
Metric 12 'battery_power'
Battery
-
Port 2: Battery SOC
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.13
mirca.p2.m[battery_soc]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
%
Metric 13 'battery_soc'
Battery
-
Port 2: Battery temperature
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.14
mirca.p2.m[battery_temp]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Metric 14 'battery_temp'
Battery
MULTIPLIER
0.1
-
Port 2: Charging voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.15
mirca.p2.m[battery_charge_voltage]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Metric 15 'battery_charge_voltage'
Battery
MULTIPLIER
0.01
-
Port 2: Charge current limit
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.16
mirca.p2.m[battery_charge_limit]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
Metric 16 'battery_charge_limit'
Battery
-
Port 2: Discharge current limit
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.17
mirca.p2.m[battery_discharge_limit]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
Metric 17 'battery_discharge_limit'
Battery
-
Port 2: Grid voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.18
mirca.p2.m[grid_voltage]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Metric 18 'grid_voltage'
Grid
MULTIPLIER
0.1
-
Port 2: Grid frequency
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.19
mirca.p2.m[grid_frequency]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Hz
Metric 19 'grid_frequency'
Grid
MULTIPLIER
0.01
-
Port 2: Grid current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.20
mirca.p2.m[grid_current]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
Metric 20 'grid_current'
Grid
MULTIPLIER
0.01
-
Port 2: Grid power (+ import)
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.21
mirca.p2.m[grid_power]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
Metric 21 'grid_power'
Grid
-
Port 2: Grid CT power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.22
mirca.p2.m[grid_ct_power]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
Metric 22 'grid_ct_power'
Grid
-
Port 2: Grid internal power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.23
mirca.p2.m[grid_internal_power]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
Metric 23 'grid_internal_power'
Grid
-
Port 2: Inverter voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.24
mirca.p2.m[inverter_voltage]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Metric 24 'inverter_voltage'
Inverter
MULTIPLIER
0.1
-
Port 2: Inverter current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.25
mirca.p2.m[inverter_current]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
Metric 25 'inverter_current'
Inverter
MULTIPLIER
0.01
-
Port 2: Inverter power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.26
mirca.p2.m[inverter_power]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
Metric 26 'inverter_power'
Inverter
-
Port 2: Inverter frequency
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.27
mirca.p2.m[inverter_frequency]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Hz
Metric 27 'inverter_frequency'
Inverter
MULTIPLIER
0.01
-
Port 2: Load power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.28
mirca.p2.m[load_power]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
Metric 28 'load_power'
Load
-
Port 2: Load frequency
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.29
mirca.p2.m[load_frequency]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Hz
Metric 29 'load_frequency'
Load
MULTIPLIER
0.01
-
Port 2: Generator / AUX power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.30
mirca.p2.m[gen_power]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
Metric 30 'gen_power'
Load
-
Port 2: DC transformer temperature
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.31
mirca.p2.m[dc_temp]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Metric 31 'dc_temp'
Temperature
MULTIPLIER
0.1
-
Port 2: Radiator temperature
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.32
mirca.p2.m[radiator_temp]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Metric 32 'radiator_temp'
Temperature
MULTIPLIER
0.1
-
Port 2: Environment temperature
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.33
mirca.p2.m[environment_temp]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Metric 33 'environment_temp'
Temperature
MULTIPLIER
0.1
-
Port 2: PV today
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.34
mirca.p2.m[day_pv]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 34 'day_pv'
Energy
MULTIPLIER
0.1
-
Port 2: Load today
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.35
mirca.p2.m[day_load]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 35 'day_load'
Energy
MULTIPLIER
0.1
-
Port 2: Grid import today
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.36
mirca.p2.m[day_grid_import]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 36 'day_grid_import'
Energy
MULTIPLIER
0.1
-
Port 2: Grid export today
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.37
mirca.p2.m[day_grid_export]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 37 'day_grid_export'
Energy
MULTIPLIER
0.1
-
Port 2: Battery charge today
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.38
mirca.p2.m[day_battery_charge]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 38 'day_battery_charge'
Energy
MULTIPLIER
0.1
-
Port 2: Battery discharge today
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.39
mirca.p2.m[day_battery_discharge]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 39 'day_battery_discharge'
Energy
MULTIPLIER
0.1
-
Port 2: PV this month
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.40
mirca.p2.m[month_pv]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 40 'month_pv'
Energy
MULTIPLIER
0.1
-
Port 2: Load this month
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.41
mirca.p2.m[month_load]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 41 'month_load'
Energy
MULTIPLIER
0.1
-
Port 2: Grid this month
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.42
mirca.p2.m[month_grid]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 42 'month_grid'
Energy
MULTIPLIER
0.1
-
Port 2: PV this year
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.43
mirca.p2.m[year_pv]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 43 'year_pv'
Energy
MULTIPLIER
0.1
-
Port 2: Load this year
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.44
mirca.p2.m[year_load]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 44 'year_load'
Energy
MULTIPLIER
0.1
-
Port 2: Grid export this year
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.45
mirca.p2.m[year_grid_export]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 45 'year_grid_export'
Energy
MULTIPLIER
0.1
-
Port 2: PV total
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.46
mirca.p2.m[total_pv]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 46 'total_pv'
Energy
MULTIPLIER
0.1
-
Port 2: Load total
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.47
mirca.p2.m[total_load]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 47 'total_load'
Energy
MULTIPLIER
0.1
-
Port 2: Grid import total
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.48
mirca.p2.m[total_grid_import]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 48 'total_grid_import'
Energy
MULTIPLIER
0.1
-
Port 2: Grid export total
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.49
mirca.p2.m[total_grid_export]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 49 'total_grid_export'
Energy
MULTIPLIER
0.1
-
Port 2: Battery charge total
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.50
mirca.p2.m[total_battery_charge]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 50 'total_battery_charge'
Energy
MULTIPLIER
0.1
-
Port 2: Battery discharge total
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.51
mirca.p2.m[total_battery_discharge]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
kWh
Metric 51 'total_battery_discharge'
Energy
MULTIPLIER
0.1
-
Port 2: Rated power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.52
mirca.p2.m[rated_power]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
W
Metric 52 'rated_power'
Device
-
Port 2: fault bits F01-F32
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.19
mirca.p2.faults.lo
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
Registers 103-104, bit 0 = F01
Status
JAVASCRIPT
return (parseInt(value, 10) >>> 0).toString();
-
Port 2: fault bits F33-F64
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.22
mirca.p2.faults.hi
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
Registers 105-106, bit 0 = F33
Status
JAVASCRIPT
return (parseInt(value, 10) >>> 0).toString();
-
Port 2: faults F01-F32
DEPENDENT
mirca.p2.faults.lo.text
0
14d
0
CHAR
Status
JAVASCRIPT
var names = {13: 'Working mode change', 18: 'AC over current', 20: 'DC over current', 23: 'AC leak current or transient over current', 24: 'DC insulation impedance', 26: 'DC busbar imbalanced', 29: 'Parallel comms cable', 35: 'No AC grid', 42: 'AC line low voltage', 47: 'AC freq high/low', 56: 'DC busbar voltage low', 63: 'ARC fault', 64: 'Heat sink temperature failure'};
var v = parseInt(value, 10) >>> 0, out = [];
for (var i = 0; i < 32; i++) {
if (!((v >>> i) & 1)) continue;
var code = 1 + i;
out.push('F' + (code < 10 ? '0' : '') + code + (names[code] ? ' ' + names[code] : ''));
}
return out.length ? out.join(', ') : 'none';
DISCARD_UNCHANGED_HEARTBEAT
1h
mirca.p2.faults.lo
-
Port 2: faults F33-F64
DEPENDENT
mirca.p2.faults.hi.text
0
14d
0
CHAR
Status
JAVASCRIPT
var names = {13: 'Working mode change', 18: 'AC over current', 20: 'DC over current', 23: 'AC leak current or transient over current', 24: 'DC insulation impedance', 26: 'DC busbar imbalanced', 29: 'Parallel comms cable', 35: 'No AC grid', 42: 'AC line low voltage', 47: 'AC freq high/low', 56: 'DC busbar voltage low', 63: 'ARC fault', 64: 'Heat sink temperature failure'};
var v = parseInt(value, 10) >>> 0, out = [];
for (var i = 0; i < 32; i++) {
if (!((v >>> i) & 1)) continue;
var code = 33 + i;
out.push('F' + (code < 10 ? '0' : '') + code + (names[code] ? ' ' + names[code] : ''));
}
return out.length ? out.join(', ') : 'none';
DISCARD_UNCHANGED_HEARTBEAT
1h
mirca.p2.faults.hi
{$MIRCA.INTERVAL}
30s
Polling interval of live values
{$MIRCA.INTERVAL.SLOW}
5m
Polling interval of slowly changing values (capacity, cycles, energy counters)
{$MIRCA.OFFLINE.TIME}
5m
How long the device may stay silent before a problem is raised
{$MIRCA.SOC.WARN}
20
Battery SOC low threshold, %. Per port: {$MIRCA.SOC.WARN:"p1"}
{$MIRCA.DEYE.TEMP.MAX}
75
Inverter DC transformer / radiator temperature threshold, °C
{$MIRCA.DEYE.GRID.EXPECTED}
1
1: raise a problem when the grid is disconnected, 0: off-grid site
MiRCA Port 1 Victron VE.Bus
MiRCA Port 1 Victron VE.Bus
MiRCA serial port 1 running the 'Victron VE.Bus' protocol (protocol id 1). SNMP v2c over the Ethernet interface, tree .1.3.6.1.4.1.2021.13.16.4.2.1 (doc/ports.md). Link 'MiRCA Device' too. Victron Multiplus / Quattro, passive listening on VE.Bus.
Templates/MiRCA
Port 1
Inverter
-
Port 1: protocol
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.1
mirca.p1.protocol
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Protocol configured on the port
Port 1
MiRCA protocol
-
Port 1: online
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.2
mirca.p1.online
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
1 while the device answers. All values read 0 while it is offline.
Port 1
MiRCA online
-
Port 1: seconds since last reply
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.3
mirca.p1.age
{$MIRCA.INTERVAL}
14d
365d
FLOAT
s
-1: no reply since boot
Port 1
-
Port 1: DC voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.30
mirca.p1.dc_voltage
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Inverter
MULTIPLIER
0.01
-
Port 1: DC current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.31
mirca.p1.dc_current
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
Inverter
MULTIPLIER
0.01
-
Port 1: AC frequency
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.32
mirca.p1.ac_frequency
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Hz
Inverter
MULTIPLIER
0.01
-
Port 1: power factor
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.33
mirca.p1.power_factor
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Inverter
MULTIPLIER
0.01
-
Port 1: DC power (calculated)
CALCULATED
mirca.p1.dc_power.calc
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
last(mirca.p1.dc_voltage)*last(mirca.p1.dc_current)
Inverter
{$MIRCA.INTERVAL}
30s
Polling interval of live values
{$MIRCA.INTERVAL.SLOW}
5m
Polling interval of slowly changing values (capacity, cycles, energy counters)
{$MIRCA.OFFLINE.TIME}
5m
How long the device may stay silent before a problem is raised
{$MIRCA.AC.FREQ.MIN}
49
AC frequency low threshold, Hz
{$MIRCA.AC.FREQ.MAX}
51
AC frequency high threshold, Hz
{$MIRCA.DC.VOLTAGE.MIN}
0
DC voltage low threshold, V (0 = disabled). Per port: {$MIRCA.DC.VOLTAGE.MIN:"p1"}
{$MIRCA.DC.VOLTAGE.MAX}
0
DC voltage high threshold, V (0 = disabled). Per port: {$MIRCA.DC.VOLTAGE.MAX:"p1"}
MiRCA Port 2 Victron VE.Bus
MiRCA Port 2 Victron VE.Bus
MiRCA serial port 2 running the 'Victron VE.Bus' protocol (protocol id 1). SNMP v2c over the Ethernet interface, tree .1.3.6.1.4.1.2021.13.16.4.2.2 (doc/ports.md). Link 'MiRCA Device' too. Victron Multiplus / Quattro, passive listening on VE.Bus.
Templates/MiRCA
Port 2
Inverter
-
Port 2: protocol
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.1
mirca.p2.protocol
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Protocol configured on the port
Port 2
MiRCA protocol
-
Port 2: online
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.2
mirca.p2.online
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
1 while the device answers. All values read 0 while it is offline.
Port 2
MiRCA online
-
Port 2: seconds since last reply
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.3
mirca.p2.age
{$MIRCA.INTERVAL}
14d
365d
FLOAT
s
-1: no reply since boot
Port 2
-
Port 2: DC voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.30
mirca.p2.dc_voltage
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Inverter
MULTIPLIER
0.01
-
Port 2: DC current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.31
mirca.p2.dc_current
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
Inverter
MULTIPLIER
0.01
-
Port 2: AC frequency
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.32
mirca.p2.ac_frequency
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Hz
Inverter
MULTIPLIER
0.01
-
Port 2: power factor
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.33
mirca.p2.power_factor
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Inverter
MULTIPLIER
0.01
-
Port 2: DC power (calculated)
CALCULATED
mirca.p2.dc_power.calc
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
last(mirca.p2.dc_voltage)*last(mirca.p2.dc_current)
Inverter
{$MIRCA.INTERVAL}
30s
Polling interval of live values
{$MIRCA.INTERVAL.SLOW}
5m
Polling interval of slowly changing values (capacity, cycles, energy counters)
{$MIRCA.OFFLINE.TIME}
5m
How long the device may stay silent before a problem is raised
{$MIRCA.AC.FREQ.MIN}
49
AC frequency low threshold, Hz
{$MIRCA.AC.FREQ.MAX}
51
AC frequency high threshold, Hz
{$MIRCA.DC.VOLTAGE.MIN}
0
DC voltage low threshold, V (0 = disabled). Per port: {$MIRCA.DC.VOLTAGE.MIN:"p1"}
{$MIRCA.DC.VOLTAGE.MAX}
0
DC voltage high threshold, V (0 = disabled). Per port: {$MIRCA.DC.VOLTAGE.MAX:"p1"}
MiRCA Port 1 JK BMS parallel bus
MiRCA Port 1 JK BMS parallel bus
MiRCA serial port 1 running the 'JK BMS parallel bus' protocol (protocol id 8). SNMP v2c over the Ethernet interface, tree .1.3.6.1.4.1.2021.13.16.4.2.1 (doc/ports.md). Link 'MiRCA Device' too. Listens on the RS485 parallel bus of JK-PB batteries (never transmits). Port values are the group summary; every battery on the bus is discovered (.50.<address+1>). Battery N+1 = bus address N, Battery 1 = master.
Templates/MiRCA
Port 1
Battery
Batteries
Cells
Temperature
-
Port 1: protocol
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.1
mirca.p1.protocol
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Protocol configured on the port
Port 1
MiRCA protocol
-
Port 1: online
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.2
mirca.p1.online
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
1 while the device answers. All values read 0 while it is offline.
Port 1
MiRCA online
-
Port 1: seconds since last reply
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.3
mirca.p1.age
{$MIRCA.INTERVAL}
14d
365d
FLOAT
s
-1: no reply since boot
Port 1
-
Port 1: voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.10
mirca.p1.voltage
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Battery
MULTIPLIER
0.01
-
Port 1: current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.11
mirca.p1.current
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
+ charging, - discharging
Battery
MULTIPLIER
0.01
-
Port 1: power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.12
mirca.p1.power
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
+ charging, - discharging
Battery
-
Port 1: SOC
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.13
mirca.p1.soc
{$MIRCA.INTERVAL}
14d
365d
FLOAT
%
Battery
MULTIPLIER
0.1
-
Port 1: remaining capacity
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.15
mirca.p1.cap_remain
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Ah
Battery
MULTIPLIER
0.01
-
Port 1: full capacity
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.16
mirca.p1.cap_full
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
Ah
Battery
MULTIPLIER
0.01
-
Port 1: MOSFET temperature
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.18
mirca.p1.mos_temp
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Battery
MULTIPLIER
0.1
-
Port 1: alarm bits
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.19
mirca.p1.alarms
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
JK alarm bit mask (register 0xA0), see doc/ports.md
Battery
JAVASCRIPT
return (parseInt(value, 10) >>> 0).toString();
-
Port 1: alarms
DEPENDENT
mirca.p1.alarms.text
0
14d
0
CHAR
Battery
JAVASCRIPT
var names = ['balance wire resistance too high', 'MOSFET overtemperature', 'cell count mismatch', 'current sensor fault', 'cell overvoltage', 'battery overvoltage', 'charge overcurrent', 'charge short circuit', 'charge overtemperature', 'charge undertemperature', 'internal communication fault', 'cell undervoltage', 'battery undervoltage', 'discharge overcurrent', 'discharge short circuit', 'discharge overtemperature', 'charge MOSFET fault', 'discharge MOSFET fault', 'GPS disconnected', 'change authorization password', 'discharge enable failed', 'battery overtemperature', 'temperature sensor fault'];
var v = parseInt(value, 10) >>> 0, out = [];
for (var i = 0; i < 32; i++)
if ((v >>> i) & 1) out.push(i < names.length ? names[i] : 'bit ' + i);
return out.length ? out.join(', ') : 'none';
DISCARD_UNCHANGED_HEARTBEAT
1h
mirca.p1.alarms
Port 1: batteries discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.1.50]
mirca.p1.bat.discovery
10m
7d
Batteries seen on the parallel bus (the firmware registers their OIDs on the first frame)
Port 1: battery {#BAT}: online
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.50.{#BAT}.2
mirca.p1.bat.online[{#BAT}]
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
Batteries
MiRCA online
Port 1: battery {#BAT}: seconds since last frame
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.50.{#BAT}.3
mirca.p1.bat.age[{#BAT}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
s
Batteries
Port 1: battery {#BAT}: voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.50.{#BAT}.10
mirca.p1.bat.voltage[{#BAT}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Batteries
MULTIPLIER
0.01
Port 1: battery {#BAT}: current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.50.{#BAT}.11
mirca.p1.bat.current[{#BAT}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
+ charging
Batteries
MULTIPLIER
0.01
Port 1: battery {#BAT}: power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.50.{#BAT}.12
mirca.p1.bat.power[{#BAT}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
+ charging
Batteries
Port 1: battery {#BAT}: SOC
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.50.{#BAT}.13
mirca.p1.bat.soc[{#BAT}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
%
Batteries
MULTIPLIER
0.1
Port 1: battery {#BAT}: cycles
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.50.{#BAT}.14
mirca.p1.bat.cycles[{#BAT}]
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Batteries
Port 1: battery {#BAT}: remaining capacity
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.50.{#BAT}.15
mirca.p1.bat.cap_remain[{#BAT}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Ah
Batteries
MULTIPLIER
0.01
Port 1: battery {#BAT}: full capacity
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.50.{#BAT}.16
mirca.p1.bat.cap_full[{#BAT}]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
Ah
Batteries
MULTIPLIER
0.01
Port 1: battery {#BAT}: cell count
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.50.{#BAT}.17
mirca.p1.bat.cell_count[{#BAT}]
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Batteries
Port 1: battery {#BAT}: MOSFET temperature
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.50.{#BAT}.18
mirca.p1.bat.mos_temp[{#BAT}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Batteries
MULTIPLIER
0.1
Port 1: battery {#BAT}: alarm bits
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.50.{#BAT}.19
mirca.p1.bat.alarms[{#BAT}]
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
Batteries
JAVASCRIPT
return (parseInt(value, 10) >>> 0).toString();
Port 1: battery {#BAT}: alarms
DEPENDENT
mirca.p1.bat.alarms.text[{#BAT}]
0
14d
0
CHAR
Batteries
JAVASCRIPT
var names = ['balance wire resistance too high', 'MOSFET overtemperature', 'cell count mismatch', 'current sensor fault', 'cell overvoltage', 'battery overvoltage', 'charge overcurrent', 'charge short circuit', 'charge overtemperature', 'charge undertemperature', 'internal communication fault', 'cell undervoltage', 'battery undervoltage', 'discharge overcurrent', 'discharge short circuit', 'discharge overtemperature', 'charge MOSFET fault', 'discharge MOSFET fault', 'GPS disconnected', 'change authorization password', 'discharge enable failed', 'battery overtemperature', 'temperature sensor fault'];
var v = parseInt(value, 10) >>> 0, out = [];
for (var i = 0; i < 32; i++)
if ((v >>> i) & 1) out.push(i < names.length ? names[i] : 'bit ' + i);
return out.length ? out.join(', ') : 'none';
DISCARD_UNCHANGED_HEARTBEAT
1h
mirca.p1.bat.alarms[{#BAT}]
{MiRCA Port 1 JK BMS parallel bus:mirca.p1.bat.online[{#BAT}].max({$MIRCA.OFFLINE.TIME})}=0
Port 1: battery {#BAT}: no frames on the parallel bus
AVERAGE
The battery stopped answering the bus master for {$MIRCA.OFFLINE.TIME}.
{MiRCA Port 1 JK BMS parallel bus:mirca.p1.bat.soc[{#BAT}].max(5m)}<{$MIRCA.SOC.CRIT:"p1"} and {MiRCA Port 1 JK BMS parallel bus:mirca.p1.bat.online[{#BAT}].last()}=1
Port 1: battery {#BAT}: SOC is critically low (<{$MIRCA.SOC.CRIT:"p1"}%)
HIGH
{MiRCA Port 1 JK BMS parallel bus:mirca.p1.bat.soc[{#BAT}].max(5m)}<{$MIRCA.SOC.WARN:"p1"} and {MiRCA Port 1 JK BMS parallel bus:mirca.p1.bat.online[{#BAT}].last()}=1
Port 1: battery {#BAT}: SOC is low (<{$MIRCA.SOC.WARN:"p1"}%)
WARNING
Port 1: battery {#BAT}: SOC is critically low (<{$MIRCA.SOC.CRIT:"p1"}%)
{MiRCA Port 1 JK BMS parallel bus:mirca.p1.bat.soc[{#BAT}].max(5m)}<{$MIRCA.SOC.CRIT:"p1"} and {MiRCA Port 1 JK BMS parallel bus:mirca.p1.bat.online[{#BAT}].last()}=1
{MiRCA Port 1 JK BMS parallel bus:mirca.p1.bat.mos_temp[{#BAT}].min(5m)}>{$MIRCA.MOS.TEMP.MAX:"p1"} and {MiRCA Port 1 JK BMS parallel bus:mirca.p1.bat.online[{#BAT}].last()}=1
Port 1: battery {#BAT}: MOSFET temperature is high (>{$MIRCA.MOS.TEMP.MAX:"p1"}°C)
AVERAGE
{MiRCA Port 1 JK BMS parallel bus:mirca.p1.bat.alarms[{#BAT}].band(#1,{$MIRCA.JK.ALARM.MASK})}<>0 and {MiRCA Port 1 JK BMS parallel bus:mirca.p1.bat.alarms.text[{#BAT}].strlen()}>0 and {MiRCA Port 1 JK BMS parallel bus:mirca.p1.bat.online[{#BAT}].last()}=1
Port 1: battery {#BAT}: BMS alarm: {ITEM.LASTVALUE2}
AVERAGE
Port 1: battery {#BAT}: voltage and current
0
1A7C11
-
MiRCA Port 1 JK BMS parallel bus
mirca.p1.bat.voltage[{#BAT}]
1
F63100
RIGHT
-
MiRCA Port 1 JK BMS parallel bus
mirca.p1.bat.current[{#BAT}]
Port 1: battery {#BAT}: SOC
0
1A7C11
-
MiRCA Port 1 JK BMS parallel bus
mirca.p1.bat.soc[{#BAT}]
JAVASCRIPT
var rows = JSON.parse(value), out = [];
if (!Array.isArray(rows)) rows = rows.data || [];
for (var i = 0; i < rows.length; i++) {
var m = /^(\d+)\.2$/.exec(rows[i]['{#SNMPINDEX}']);
if (!m) continue;
var o = {'{#BAT}': m[1], '{#ADDR}': String(m[1] - 1)};
out.push(o);
}
return JSON.stringify(out);
Port 1: battery cells discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.1.50]
mirca.p1.bat.cells.discovery
1h
7d
Cells of every battery on the parallel bus
Port 1: battery {#BAT}: cell {#CELL} voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.50.{#BAT}.20.{#CELL}
mirca.p1.bat.cell[{#BAT},{#CELL}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Cells
MULTIPLIER
0.001
{MiRCA Port 1 JK BMS parallel bus:mirca.p1.bat.cell[{#BAT},{#CELL}].max(2m)}<{$MIRCA.CELL.UV:"p1"} and {MiRCA Port 1 JK BMS parallel bus:mirca.p1.bat.cell[{#BAT},{#CELL}].last()}>0
Port 1: battery {#BAT}: cell {#CELL} undervoltage (<{$MIRCA.CELL.UV:"p1"}V)
HIGH
{MiRCA Port 1 JK BMS parallel bus:mirca.p1.bat.cell[{#BAT},{#CELL}].min(2m)}>{$MIRCA.CELL.OV:"p1"}
Port 1: battery {#BAT}: cell {#CELL} overvoltage (>{$MIRCA.CELL.OV:"p1"}V)
HIGH
JAVASCRIPT
var rows = JSON.parse(value), out = [];
if (!Array.isArray(rows)) rows = rows.data || [];
for (var i = 0; i < rows.length; i++) {
var m = /^(\d+)\.20\.(\d+)$/.exec(rows[i]['{#SNMPINDEX}']);
if (!m || rows[i]['{#SNMPVALUE}'] === '0') continue;
var o = {'{#BAT}': m[1], '{#ADDR}': String(m[1] - 1), '{#CELL}': m[2]};
out.push(o);
}
return JSON.stringify(out);
Port 1: battery temperature sensors discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.1.50]
mirca.p1.bat.temps.discovery
1h
7d
Temperature sensors of every battery on the parallel bus (non-zero at discovery time)
Port 1: battery {#BAT}: temperature T{#SENSOR}
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.50.{#BAT}.21.{#SENSOR}
mirca.p1.bat.temp[{#BAT},{#SENSOR}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Temperature
MULTIPLIER
0.1
{MiRCA Port 1 JK BMS parallel bus:mirca.p1.bat.temp[{#BAT},{#SENSOR}].min(5m)}>{$MIRCA.TEMP.MAX:"p1"}
Port 1: battery {#BAT}: temperature T{#SENSOR} is high (>{$MIRCA.TEMP.MAX:"p1"}°C)
AVERAGE
{MiRCA Port 1 JK BMS parallel bus:mirca.p1.bat.temp[{#BAT},{#SENSOR}].max(5m)}<{$MIRCA.TEMP.MIN:"p1"} and {MiRCA Port 1 JK BMS parallel bus:mirca.p1.bat.temp[{#BAT},{#SENSOR}].last()}<>0
Port 1: battery {#BAT}: temperature T{#SENSOR} is low (<{$MIRCA.TEMP.MIN:"p1"}°C)
WARNING
JAVASCRIPT
var rows = JSON.parse(value), out = [];
if (!Array.isArray(rows)) rows = rows.data || [];
for (var i = 0; i < rows.length; i++) {
var m = /^(\d+)\.21\.(\d+)$/.exec(rows[i]['{#SNMPINDEX}']);
if (!m || rows[i]['{#SNMPVALUE}'] === '0') continue;
var o = {'{#BAT}': m[1], '{#ADDR}': String(m[1] - 1), '{#SENSOR}': m[2]};
out.push(o);
}
return JSON.stringify(out);
{$MIRCA.INTERVAL}
30s
Polling interval of live values
{$MIRCA.INTERVAL.SLOW}
5m
Polling interval of slowly changing values (capacity, cycles, energy counters)
{$MIRCA.OFFLINE.TIME}
5m
How long the device may stay silent before a problem is raised
{$MIRCA.SOC.WARN}
20
SOC below this, %, raises a warning. Per port: {$MIRCA.SOC.WARN:"p1"}
{$MIRCA.SOC.CRIT}
10
SOC below this, %, raises a high problem. Per port: {$MIRCA.SOC.CRIT:"p1"}
{$MIRCA.CELL.UV}
2.9
Cell undervoltage threshold, V (LiFePO4 default). Per port: {$MIRCA.CELL.UV:"p1"}
{$MIRCA.CELL.OV}
3.65
Cell overvoltage threshold, V (LiFePO4 default). Per port: {$MIRCA.CELL.OV:"p1"}
{$MIRCA.TEMP.MAX}
50
Battery temperature sensor high threshold, °C. Per port: {$MIRCA.TEMP.MAX:"p1"}
{$MIRCA.TEMP.MIN}
0
Battery temperature sensor low threshold, °C. Per port: {$MIRCA.TEMP.MIN:"p1"}
{$MIRCA.MOS.TEMP.MAX}
80
MOSFET temperature threshold, °C. Per port: {$MIRCA.MOS.TEMP.MAX:"p1"}
{$MIRCA.JK.ALARM.MASK}
7602175
JK alarm bits that raise a problem (default: bits 0-22 without 18 'GPS disconnected' and 19 'change authorization password')
MiRCA Port 2 JK BMS parallel bus
MiRCA Port 2 JK BMS parallel bus
MiRCA serial port 2 running the 'JK BMS parallel bus' protocol (protocol id 8). SNMP v2c over the Ethernet interface, tree .1.3.6.1.4.1.2021.13.16.4.2.2 (doc/ports.md). Link 'MiRCA Device' too. Listens on the RS485 parallel bus of JK-PB batteries (never transmits). Port values are the group summary; every battery on the bus is discovered (.50.<address+1>). Battery N+1 = bus address N, Battery 1 = master.
Templates/MiRCA
Port 2
Battery
Batteries
Cells
Temperature
-
Port 2: protocol
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.1
mirca.p2.protocol
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Protocol configured on the port
Port 2
MiRCA protocol
-
Port 2: online
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.2
mirca.p2.online
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
1 while the device answers. All values read 0 while it is offline.
Port 2
MiRCA online
-
Port 2: seconds since last reply
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.3
mirca.p2.age
{$MIRCA.INTERVAL}
14d
365d
FLOAT
s
-1: no reply since boot
Port 2
-
Port 2: voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.10
mirca.p2.voltage
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Battery
MULTIPLIER
0.01
-
Port 2: current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.11
mirca.p2.current
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
+ charging, - discharging
Battery
MULTIPLIER
0.01
-
Port 2: power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.12
mirca.p2.power
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
+ charging, - discharging
Battery
-
Port 2: SOC
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.13
mirca.p2.soc
{$MIRCA.INTERVAL}
14d
365d
FLOAT
%
Battery
MULTIPLIER
0.1
-
Port 2: remaining capacity
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.15
mirca.p2.cap_remain
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Ah
Battery
MULTIPLIER
0.01
-
Port 2: full capacity
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.16
mirca.p2.cap_full
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
Ah
Battery
MULTIPLIER
0.01
-
Port 2: MOSFET temperature
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.18
mirca.p2.mos_temp
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Battery
MULTIPLIER
0.1
-
Port 2: alarm bits
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.19
mirca.p2.alarms
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
JK alarm bit mask (register 0xA0), see doc/ports.md
Battery
JAVASCRIPT
return (parseInt(value, 10) >>> 0).toString();
-
Port 2: alarms
DEPENDENT
mirca.p2.alarms.text
0
14d
0
CHAR
Battery
JAVASCRIPT
var names = ['balance wire resistance too high', 'MOSFET overtemperature', 'cell count mismatch', 'current sensor fault', 'cell overvoltage', 'battery overvoltage', 'charge overcurrent', 'charge short circuit', 'charge overtemperature', 'charge undertemperature', 'internal communication fault', 'cell undervoltage', 'battery undervoltage', 'discharge overcurrent', 'discharge short circuit', 'discharge overtemperature', 'charge MOSFET fault', 'discharge MOSFET fault', 'GPS disconnected', 'change authorization password', 'discharge enable failed', 'battery overtemperature', 'temperature sensor fault'];
var v = parseInt(value, 10) >>> 0, out = [];
for (var i = 0; i < 32; i++)
if ((v >>> i) & 1) out.push(i < names.length ? names[i] : 'bit ' + i);
return out.length ? out.join(', ') : 'none';
DISCARD_UNCHANGED_HEARTBEAT
1h
mirca.p2.alarms
Port 2: batteries discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.2.50]
mirca.p2.bat.discovery
10m
7d
Batteries seen on the parallel bus (the firmware registers their OIDs on the first frame)
Port 2: battery {#BAT}: online
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.50.{#BAT}.2
mirca.p2.bat.online[{#BAT}]
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
Batteries
MiRCA online
Port 2: battery {#BAT}: seconds since last frame
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.50.{#BAT}.3
mirca.p2.bat.age[{#BAT}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
s
Batteries
Port 2: battery {#BAT}: voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.50.{#BAT}.10
mirca.p2.bat.voltage[{#BAT}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Batteries
MULTIPLIER
0.01
Port 2: battery {#BAT}: current
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.50.{#BAT}.11
mirca.p2.bat.current[{#BAT}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
A
+ charging
Batteries
MULTIPLIER
0.01
Port 2: battery {#BAT}: power
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.50.{#BAT}.12
mirca.p2.bat.power[{#BAT}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
W
+ charging
Batteries
Port 2: battery {#BAT}: SOC
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.50.{#BAT}.13
mirca.p2.bat.soc[{#BAT}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
%
Batteries
MULTIPLIER
0.1
Port 2: battery {#BAT}: cycles
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.50.{#BAT}.14
mirca.p2.bat.cycles[{#BAT}]
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Batteries
Port 2: battery {#BAT}: remaining capacity
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.50.{#BAT}.15
mirca.p2.bat.cap_remain[{#BAT}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Ah
Batteries
MULTIPLIER
0.01
Port 2: battery {#BAT}: full capacity
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.50.{#BAT}.16
mirca.p2.bat.cap_full[{#BAT}]
{$MIRCA.INTERVAL.SLOW}
14d
365d
FLOAT
Ah
Batteries
MULTIPLIER
0.01
Port 2: battery {#BAT}: cell count
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.50.{#BAT}.17
mirca.p2.bat.cell_count[{#BAT}]
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Batteries
Port 2: battery {#BAT}: MOSFET temperature
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.50.{#BAT}.18
mirca.p2.bat.mos_temp[{#BAT}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Batteries
MULTIPLIER
0.1
Port 2: battery {#BAT}: alarm bits
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.50.{#BAT}.19
mirca.p2.bat.alarms[{#BAT}]
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
Batteries
JAVASCRIPT
return (parseInt(value, 10) >>> 0).toString();
Port 2: battery {#BAT}: alarms
DEPENDENT
mirca.p2.bat.alarms.text[{#BAT}]
0
14d
0
CHAR
Batteries
JAVASCRIPT
var names = ['balance wire resistance too high', 'MOSFET overtemperature', 'cell count mismatch', 'current sensor fault', 'cell overvoltage', 'battery overvoltage', 'charge overcurrent', 'charge short circuit', 'charge overtemperature', 'charge undertemperature', 'internal communication fault', 'cell undervoltage', 'battery undervoltage', 'discharge overcurrent', 'discharge short circuit', 'discharge overtemperature', 'charge MOSFET fault', 'discharge MOSFET fault', 'GPS disconnected', 'change authorization password', 'discharge enable failed', 'battery overtemperature', 'temperature sensor fault'];
var v = parseInt(value, 10) >>> 0, out = [];
for (var i = 0; i < 32; i++)
if ((v >>> i) & 1) out.push(i < names.length ? names[i] : 'bit ' + i);
return out.length ? out.join(', ') : 'none';
DISCARD_UNCHANGED_HEARTBEAT
1h
mirca.p2.bat.alarms[{#BAT}]
{MiRCA Port 2 JK BMS parallel bus:mirca.p2.bat.online[{#BAT}].max({$MIRCA.OFFLINE.TIME})}=0
Port 2: battery {#BAT}: no frames on the parallel bus
AVERAGE
The battery stopped answering the bus master for {$MIRCA.OFFLINE.TIME}.
{MiRCA Port 2 JK BMS parallel bus:mirca.p2.bat.soc[{#BAT}].max(5m)}<{$MIRCA.SOC.CRIT:"p2"} and {MiRCA Port 2 JK BMS parallel bus:mirca.p2.bat.online[{#BAT}].last()}=1
Port 2: battery {#BAT}: SOC is critically low (<{$MIRCA.SOC.CRIT:"p2"}%)
HIGH
{MiRCA Port 2 JK BMS parallel bus:mirca.p2.bat.soc[{#BAT}].max(5m)}<{$MIRCA.SOC.WARN:"p2"} and {MiRCA Port 2 JK BMS parallel bus:mirca.p2.bat.online[{#BAT}].last()}=1
Port 2: battery {#BAT}: SOC is low (<{$MIRCA.SOC.WARN:"p2"}%)
WARNING
Port 2: battery {#BAT}: SOC is critically low (<{$MIRCA.SOC.CRIT:"p2"}%)
{MiRCA Port 2 JK BMS parallel bus:mirca.p2.bat.soc[{#BAT}].max(5m)}<{$MIRCA.SOC.CRIT:"p2"} and {MiRCA Port 2 JK BMS parallel bus:mirca.p2.bat.online[{#BAT}].last()}=1
{MiRCA Port 2 JK BMS parallel bus:mirca.p2.bat.mos_temp[{#BAT}].min(5m)}>{$MIRCA.MOS.TEMP.MAX:"p2"} and {MiRCA Port 2 JK BMS parallel bus:mirca.p2.bat.online[{#BAT}].last()}=1
Port 2: battery {#BAT}: MOSFET temperature is high (>{$MIRCA.MOS.TEMP.MAX:"p2"}°C)
AVERAGE
{MiRCA Port 2 JK BMS parallel bus:mirca.p2.bat.alarms[{#BAT}].band(#1,{$MIRCA.JK.ALARM.MASK})}<>0 and {MiRCA Port 2 JK BMS parallel bus:mirca.p2.bat.alarms.text[{#BAT}].strlen()}>0 and {MiRCA Port 2 JK BMS parallel bus:mirca.p2.bat.online[{#BAT}].last()}=1
Port 2: battery {#BAT}: BMS alarm: {ITEM.LASTVALUE2}
AVERAGE
Port 2: battery {#BAT}: voltage and current
0
1A7C11
-
MiRCA Port 2 JK BMS parallel bus
mirca.p2.bat.voltage[{#BAT}]
1
F63100
RIGHT
-
MiRCA Port 2 JK BMS parallel bus
mirca.p2.bat.current[{#BAT}]
Port 2: battery {#BAT}: SOC
0
1A7C11
-
MiRCA Port 2 JK BMS parallel bus
mirca.p2.bat.soc[{#BAT}]
JAVASCRIPT
var rows = JSON.parse(value), out = [];
if (!Array.isArray(rows)) rows = rows.data || [];
for (var i = 0; i < rows.length; i++) {
var m = /^(\d+)\.2$/.exec(rows[i]['{#SNMPINDEX}']);
if (!m) continue;
var o = {'{#BAT}': m[1], '{#ADDR}': String(m[1] - 1)};
out.push(o);
}
return JSON.stringify(out);
Port 2: battery cells discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.2.50]
mirca.p2.bat.cells.discovery
1h
7d
Cells of every battery on the parallel bus
Port 2: battery {#BAT}: cell {#CELL} voltage
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.50.{#BAT}.20.{#CELL}
mirca.p2.bat.cell[{#BAT},{#CELL}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
V
Cells
MULTIPLIER
0.001
{MiRCA Port 2 JK BMS parallel bus:mirca.p2.bat.cell[{#BAT},{#CELL}].max(2m)}<{$MIRCA.CELL.UV:"p2"} and {MiRCA Port 2 JK BMS parallel bus:mirca.p2.bat.cell[{#BAT},{#CELL}].last()}>0
Port 2: battery {#BAT}: cell {#CELL} undervoltage (<{$MIRCA.CELL.UV:"p2"}V)
HIGH
{MiRCA Port 2 JK BMS parallel bus:mirca.p2.bat.cell[{#BAT},{#CELL}].min(2m)}>{$MIRCA.CELL.OV:"p2"}
Port 2: battery {#BAT}: cell {#CELL} overvoltage (>{$MIRCA.CELL.OV:"p2"}V)
HIGH
JAVASCRIPT
var rows = JSON.parse(value), out = [];
if (!Array.isArray(rows)) rows = rows.data || [];
for (var i = 0; i < rows.length; i++) {
var m = /^(\d+)\.20\.(\d+)$/.exec(rows[i]['{#SNMPINDEX}']);
if (!m || rows[i]['{#SNMPVALUE}'] === '0') continue;
var o = {'{#BAT}': m[1], '{#ADDR}': String(m[1] - 1), '{#CELL}': m[2]};
out.push(o);
}
return JSON.stringify(out);
Port 2: battery temperature sensors discovery
SNMP_AGENT
discovery[{#SNMPVALUE},1.3.6.1.4.1.2021.13.16.4.2.2.50]
mirca.p2.bat.temps.discovery
1h
7d
Temperature sensors of every battery on the parallel bus (non-zero at discovery time)
Port 2: battery {#BAT}: temperature T{#SENSOR}
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.50.{#BAT}.21.{#SENSOR}
mirca.p2.bat.temp[{#BAT},{#SENSOR}]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
°C
Temperature
MULTIPLIER
0.1
{MiRCA Port 2 JK BMS parallel bus:mirca.p2.bat.temp[{#BAT},{#SENSOR}].min(5m)}>{$MIRCA.TEMP.MAX:"p2"}
Port 2: battery {#BAT}: temperature T{#SENSOR} is high (>{$MIRCA.TEMP.MAX:"p2"}°C)
AVERAGE
{MiRCA Port 2 JK BMS parallel bus:mirca.p2.bat.temp[{#BAT},{#SENSOR}].max(5m)}<{$MIRCA.TEMP.MIN:"p2"} and {MiRCA Port 2 JK BMS parallel bus:mirca.p2.bat.temp[{#BAT},{#SENSOR}].last()}<>0
Port 2: battery {#BAT}: temperature T{#SENSOR} is low (<{$MIRCA.TEMP.MIN:"p2"}°C)
WARNING
JAVASCRIPT
var rows = JSON.parse(value), out = [];
if (!Array.isArray(rows)) rows = rows.data || [];
for (var i = 0; i < rows.length; i++) {
var m = /^(\d+)\.21\.(\d+)$/.exec(rows[i]['{#SNMPINDEX}']);
if (!m || rows[i]['{#SNMPVALUE}'] === '0') continue;
var o = {'{#BAT}': m[1], '{#ADDR}': String(m[1] - 1), '{#SENSOR}': m[2]};
out.push(o);
}
return JSON.stringify(out);
{$MIRCA.INTERVAL}
30s
Polling interval of live values
{$MIRCA.INTERVAL.SLOW}
5m
Polling interval of slowly changing values (capacity, cycles, energy counters)
{$MIRCA.OFFLINE.TIME}
5m
How long the device may stay silent before a problem is raised
{$MIRCA.SOC.WARN}
20
SOC below this, %, raises a warning. Per port: {$MIRCA.SOC.WARN:"p1"}
{$MIRCA.SOC.CRIT}
10
SOC below this, %, raises a high problem. Per port: {$MIRCA.SOC.CRIT:"p1"}
{$MIRCA.CELL.UV}
2.9
Cell undervoltage threshold, V (LiFePO4 default). Per port: {$MIRCA.CELL.UV:"p1"}
{$MIRCA.CELL.OV}
3.65
Cell overvoltage threshold, V (LiFePO4 default). Per port: {$MIRCA.CELL.OV:"p1"}
{$MIRCA.TEMP.MAX}
50
Battery temperature sensor high threshold, °C. Per port: {$MIRCA.TEMP.MAX:"p1"}
{$MIRCA.TEMP.MIN}
0
Battery temperature sensor low threshold, °C. Per port: {$MIRCA.TEMP.MIN:"p1"}
{$MIRCA.MOS.TEMP.MAX}
80
MOSFET temperature threshold, °C. Per port: {$MIRCA.MOS.TEMP.MAX:"p1"}
{$MIRCA.JK.ALARM.MASK}
7602175
JK alarm bits that raise a problem (default: bits 0-22 without 18 'GPS disconnected' and 19 'change authorization password')
MiRCA Port 1 Serial capture
MiRCA Port 1 Serial capture
MiRCA serial port 1 running the 'Serial capture' protocol (protocol id 7). SNMP v2c over the Ethernet interface, tree .1.3.6.1.4.1.2021.13.16.4.2.1 (doc/ports.md). Link 'MiRCA Device' too. Diagnostic recording of raw serial traffic (listen only). The recording itself is downloaded from /api/capture?port=N.
Templates/MiRCA
Port 1
Capture
-
Port 1: protocol
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.1
mirca.p1.protocol
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Protocol configured on the port
Port 1
MiRCA protocol
-
Port 1: online
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.2
mirca.p1.online
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
1 while the device answers. All values read 0 while it is offline.
Port 1
MiRCA online
-
Port 1: seconds since last reply
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.3
mirca.p1.age
{$MIRCA.INTERVAL}
14d
365d
FLOAT
s
-1: no reply since boot
Port 1
-
Port 1: Bytes received
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.1
mirca.p1.m[bytes]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Metric 1 'bytes'
Capture
-
Port 1: Frames recorded
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.2
mirca.p1.m[frames]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Metric 2 'frames'
Capture
-
Port 1: Buffer used
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.3
mirca.p1.m[buffer_used]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
%
Metric 3 'buffer_used'
Capture
-
Port 1: Frames not recorded (buffer full)
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.1.40.4
mirca.p1.m[frames_dropped]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Metric 4 'frames_dropped'
Capture
{$MIRCA.INTERVAL}
30s
Polling interval of live values
{$MIRCA.INTERVAL.SLOW}
5m
Polling interval of slowly changing values (capacity, cycles, energy counters)
{$MIRCA.OFFLINE.TIME}
5m
How long the device may stay silent before a problem is raised
MiRCA Port 2 Serial capture
MiRCA Port 2 Serial capture
MiRCA serial port 2 running the 'Serial capture' protocol (protocol id 7). SNMP v2c over the Ethernet interface, tree .1.3.6.1.4.1.2021.13.16.4.2.2 (doc/ports.md). Link 'MiRCA Device' too. Diagnostic recording of raw serial traffic (listen only). The recording itself is downloaded from /api/capture?port=N.
Templates/MiRCA
Port 2
Capture
-
Port 2: protocol
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.1
mirca.p2.protocol
{$MIRCA.INTERVAL.SLOW}
14d
365d
UNSIGNED
Protocol configured on the port
Port 2
MiRCA protocol
-
Port 2: online
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.2
mirca.p2.online
{$MIRCA.INTERVAL}
14d
365d
UNSIGNED
1 while the device answers. All values read 0 while it is offline.
Port 2
MiRCA online
-
Port 2: seconds since last reply
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.3
mirca.p2.age
{$MIRCA.INTERVAL}
14d
365d
FLOAT
s
-1: no reply since boot
Port 2
-
Port 2: Bytes received
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.1
mirca.p2.m[bytes]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Metric 1 'bytes'
Capture
-
Port 2: Frames recorded
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.2
mirca.p2.m[frames]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Metric 2 'frames'
Capture
-
Port 2: Buffer used
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.3
mirca.p2.m[buffer_used]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
%
Metric 3 'buffer_used'
Capture
-
Port 2: Frames not recorded (buffer full)
SNMP_AGENT
1.3.6.1.4.1.2021.13.16.4.2.2.40.4
mirca.p2.m[frames_dropped]
{$MIRCA.INTERVAL}
14d
365d
FLOAT
Metric 4 'frames_dropped'
Capture
{$MIRCA.INTERVAL}
30s
Polling interval of live values
{$MIRCA.INTERVAL.SLOW}
5m
Polling interval of slowly changing values (capacity, cycles, energy counters)
{$MIRCA.OFFLINE.TIME}
5m
How long the device may stay silent before a problem is raised
{MiRCA Device:mirca.ds18b20.nodata({$MIRCA.NODATA.TIME})}=1
MiRCA: no SNMP data for {$MIRCA.NODATA.TIME}
AVERAGE
SNMP is served on the Ethernet port only. Check the cable, the IP address, the community and that SNMP is enabled in the settings.
{MiRCA Device:mirca.ds18b20.last()}<=-127
MiRCA: DS18B20 sensor not connected
WARNING
{MiRCA Device:mirca.ds18b20.min(5m)}>{$MIRCA.BOARD.TEMP.MAX}
MiRCA: board temperature is high (>{$MIRCA.BOARD.TEMP.MAX}°C)
AVERAGE
{MiRCA Device:mirca.firmware.diff()}=1 and {MiRCA Device:mirca.firmware.strlen()}>0
MiRCA: firmware changed to {ITEM.LASTVALUE}
INFO
YES
{MiRCA Port 1 JK BMS Modbus:mirca.p1.protocol.last()}<>5
Port 1: protocol is not JK BMS Modbus (template does not match port settings)
WARNING
The port runs protocol {ITEM.LASTVALUE}. Change the port settings or link another template.
{MiRCA Port 1 JK BMS Modbus:mirca.p1.online.max({$MIRCA.OFFLINE.TIME})}=0 and {MiRCA Port 1 JK BMS Modbus:mirca.p1.protocol.last()}=5
Port 1: JK BMS Modbus not responding
AVERAGE
No valid reply from the device for {$MIRCA.OFFLINE.TIME}. Check wiring, interface module, baud rate and device address.
{MiRCA Port 1 JK BMS Modbus:mirca.p1.soc.max(5m)}<{$MIRCA.SOC.CRIT:"p1"} and {MiRCA Port 1 JK BMS Modbus:mirca.p1.online.last()}=1
Port 1: battery SOC is critically low (<{$MIRCA.SOC.CRIT:"p1"}%)
HIGH
{MiRCA Port 1 JK BMS Modbus:mirca.p1.soc.max(5m)}<{$MIRCA.SOC.WARN:"p1"} and {MiRCA Port 1 JK BMS Modbus:mirca.p1.online.last()}=1
Port 1: battery SOC is low (<{$MIRCA.SOC.WARN:"p1"}%)
WARNING
Port 1: battery SOC is critically low (<{$MIRCA.SOC.CRIT:"p1"}%)
{MiRCA Port 1 JK BMS Modbus:mirca.p1.soc.max(5m)}<{$MIRCA.SOC.CRIT:"p1"} and {MiRCA Port 1 JK BMS Modbus:mirca.p1.online.last()}=1
{MiRCA Port 1 JK BMS Modbus:mirca.p1.mos_temp.min(5m)}>{$MIRCA.MOS.TEMP.MAX:"p1"} and {MiRCA Port 1 JK BMS Modbus:mirca.p1.online.last()}=1
Port 1: MOSFET temperature is high (>{$MIRCA.MOS.TEMP.MAX:"p1"}°C)
AVERAGE
{MiRCA Port 1 JK BMS Modbus:mirca.p1.alarms.band(#1,{$MIRCA.JK.ALARM.MASK})}<>0 and {MiRCA Port 1 JK BMS Modbus:mirca.p1.alarms.text.strlen()}>0 and {MiRCA Port 1 JK BMS Modbus:mirca.p1.online.last()}=1
Port 1: BMS alarm: {ITEM.LASTVALUE2}
AVERAGE
{MiRCA Port 2 JK BMS Modbus:mirca.p2.protocol.last()}<>5
Port 2: protocol is not JK BMS Modbus (template does not match port settings)
WARNING
The port runs protocol {ITEM.LASTVALUE}. Change the port settings or link another template.
{MiRCA Port 2 JK BMS Modbus:mirca.p2.online.max({$MIRCA.OFFLINE.TIME})}=0 and {MiRCA Port 2 JK BMS Modbus:mirca.p2.protocol.last()}=5
Port 2: JK BMS Modbus not responding
AVERAGE
No valid reply from the device for {$MIRCA.OFFLINE.TIME}. Check wiring, interface module, baud rate and device address.
{MiRCA Port 2 JK BMS Modbus:mirca.p2.soc.max(5m)}<{$MIRCA.SOC.CRIT:"p2"} and {MiRCA Port 2 JK BMS Modbus:mirca.p2.online.last()}=1
Port 2: battery SOC is critically low (<{$MIRCA.SOC.CRIT:"p2"}%)
HIGH
{MiRCA Port 2 JK BMS Modbus:mirca.p2.soc.max(5m)}<{$MIRCA.SOC.WARN:"p2"} and {MiRCA Port 2 JK BMS Modbus:mirca.p2.online.last()}=1
Port 2: battery SOC is low (<{$MIRCA.SOC.WARN:"p2"}%)
WARNING
Port 2: battery SOC is critically low (<{$MIRCA.SOC.CRIT:"p2"}%)
{MiRCA Port 2 JK BMS Modbus:mirca.p2.soc.max(5m)}<{$MIRCA.SOC.CRIT:"p2"} and {MiRCA Port 2 JK BMS Modbus:mirca.p2.online.last()}=1
{MiRCA Port 2 JK BMS Modbus:mirca.p2.mos_temp.min(5m)}>{$MIRCA.MOS.TEMP.MAX:"p2"} and {MiRCA Port 2 JK BMS Modbus:mirca.p2.online.last()}=1
Port 2: MOSFET temperature is high (>{$MIRCA.MOS.TEMP.MAX:"p2"}°C)
AVERAGE
{MiRCA Port 2 JK BMS Modbus:mirca.p2.alarms.band(#1,{$MIRCA.JK.ALARM.MASK})}<>0 and {MiRCA Port 2 JK BMS Modbus:mirca.p2.alarms.text.strlen()}>0 and {MiRCA Port 2 JK BMS Modbus:mirca.p2.online.last()}=1
Port 2: BMS alarm: {ITEM.LASTVALUE2}
AVERAGE
{MiRCA Port 1 JK BMS 4G-GPS:mirca.p1.protocol.last()}<>2
Port 1: protocol is not JK BMS 4G-GPS (template does not match port settings)
WARNING
The port runs protocol {ITEM.LASTVALUE}. Change the port settings or link another template.
{MiRCA Port 1 JK BMS 4G-GPS:mirca.p1.online.max({$MIRCA.OFFLINE.TIME})}=0 and {MiRCA Port 1 JK BMS 4G-GPS:mirca.p1.protocol.last()}=2
Port 1: JK BMS 4G-GPS not responding
AVERAGE
No valid reply from the device for {$MIRCA.OFFLINE.TIME}. Check wiring, interface module, baud rate and device address.
{MiRCA Port 1 JK BMS 4G-GPS:mirca.p1.soc.max(5m)}<{$MIRCA.SOC.CRIT:"p1"} and {MiRCA Port 1 JK BMS 4G-GPS:mirca.p1.online.last()}=1
Port 1: battery SOC is critically low (<{$MIRCA.SOC.CRIT:"p1"}%)
HIGH
{MiRCA Port 1 JK BMS 4G-GPS:mirca.p1.soc.max(5m)}<{$MIRCA.SOC.WARN:"p1"} and {MiRCA Port 1 JK BMS 4G-GPS:mirca.p1.online.last()}=1
Port 1: battery SOC is low (<{$MIRCA.SOC.WARN:"p1"}%)
WARNING
Port 1: battery SOC is critically low (<{$MIRCA.SOC.CRIT:"p1"}%)
{MiRCA Port 1 JK BMS 4G-GPS:mirca.p1.soc.max(5m)}<{$MIRCA.SOC.CRIT:"p1"} and {MiRCA Port 1 JK BMS 4G-GPS:mirca.p1.online.last()}=1
{MiRCA Port 2 JK BMS 4G-GPS:mirca.p2.protocol.last()}<>2
Port 2: protocol is not JK BMS 4G-GPS (template does not match port settings)
WARNING
The port runs protocol {ITEM.LASTVALUE}. Change the port settings or link another template.
{MiRCA Port 2 JK BMS 4G-GPS:mirca.p2.online.max({$MIRCA.OFFLINE.TIME})}=0 and {MiRCA Port 2 JK BMS 4G-GPS:mirca.p2.protocol.last()}=2
Port 2: JK BMS 4G-GPS not responding
AVERAGE
No valid reply from the device for {$MIRCA.OFFLINE.TIME}. Check wiring, interface module, baud rate and device address.
{MiRCA Port 2 JK BMS 4G-GPS:mirca.p2.soc.max(5m)}<{$MIRCA.SOC.CRIT:"p2"} and {MiRCA Port 2 JK BMS 4G-GPS:mirca.p2.online.last()}=1
Port 2: battery SOC is critically low (<{$MIRCA.SOC.CRIT:"p2"}%)
HIGH
{MiRCA Port 2 JK BMS 4G-GPS:mirca.p2.soc.max(5m)}<{$MIRCA.SOC.WARN:"p2"} and {MiRCA Port 2 JK BMS 4G-GPS:mirca.p2.online.last()}=1
Port 2: battery SOC is low (<{$MIRCA.SOC.WARN:"p2"}%)
WARNING
Port 2: battery SOC is critically low (<{$MIRCA.SOC.CRIT:"p2"}%)
{MiRCA Port 2 JK BMS 4G-GPS:mirca.p2.soc.max(5m)}<{$MIRCA.SOC.CRIT:"p2"} and {MiRCA Port 2 JK BMS 4G-GPS:mirca.p2.online.last()}=1
{MiRCA Port 1 JBD BMS:mirca.p1.protocol.last()}<>4
Port 1: protocol is not JBD BMS (template does not match port settings)
WARNING
The port runs protocol {ITEM.LASTVALUE}. Change the port settings or link another template.
{MiRCA Port 1 JBD BMS:mirca.p1.online.max({$MIRCA.OFFLINE.TIME})}=0 and {MiRCA Port 1 JBD BMS:mirca.p1.protocol.last()}=4
Port 1: JBD BMS not responding
AVERAGE
No valid reply from the device for {$MIRCA.OFFLINE.TIME}. Check wiring, interface module, baud rate and device address.
{MiRCA Port 1 JBD BMS:mirca.p1.soc.max(5m)}<{$MIRCA.SOC.CRIT:"p1"} and {MiRCA Port 1 JBD BMS:mirca.p1.online.last()}=1
Port 1: battery SOC is critically low (<{$MIRCA.SOC.CRIT:"p1"}%)
HIGH
{MiRCA Port 1 JBD BMS:mirca.p1.soc.max(5m)}<{$MIRCA.SOC.WARN:"p1"} and {MiRCA Port 1 JBD BMS:mirca.p1.online.last()}=1
Port 1: battery SOC is low (<{$MIRCA.SOC.WARN:"p1"}%)
WARNING
Port 1: battery SOC is critically low (<{$MIRCA.SOC.CRIT:"p1"}%)
{MiRCA Port 1 JBD BMS:mirca.p1.soc.max(5m)}<{$MIRCA.SOC.CRIT:"p1"} and {MiRCA Port 1 JBD BMS:mirca.p1.online.last()}=1
{MiRCA Port 2 JBD BMS:mirca.p2.protocol.last()}<>4
Port 2: protocol is not JBD BMS (template does not match port settings)
WARNING
The port runs protocol {ITEM.LASTVALUE}. Change the port settings or link another template.
{MiRCA Port 2 JBD BMS:mirca.p2.online.max({$MIRCA.OFFLINE.TIME})}=0 and {MiRCA Port 2 JBD BMS:mirca.p2.protocol.last()}=4
Port 2: JBD BMS not responding
AVERAGE
No valid reply from the device for {$MIRCA.OFFLINE.TIME}. Check wiring, interface module, baud rate and device address.
{MiRCA Port 2 JBD BMS:mirca.p2.soc.max(5m)}<{$MIRCA.SOC.CRIT:"p2"} and {MiRCA Port 2 JBD BMS:mirca.p2.online.last()}=1
Port 2: battery SOC is critically low (<{$MIRCA.SOC.CRIT:"p2"}%)
HIGH
{MiRCA Port 2 JBD BMS:mirca.p2.soc.max(5m)}<{$MIRCA.SOC.WARN:"p2"} and {MiRCA Port 2 JBD BMS:mirca.p2.online.last()}=1
Port 2: battery SOC is low (<{$MIRCA.SOC.WARN:"p2"}%)
WARNING
Port 2: battery SOC is critically low (<{$MIRCA.SOC.CRIT:"p2"}%)
{MiRCA Port 2 JBD BMS:mirca.p2.soc.max(5m)}<{$MIRCA.SOC.CRIT:"p2"} and {MiRCA Port 2 JBD BMS:mirca.p2.online.last()}=1
{MiRCA Port 1 PACE BMS:mirca.p1.protocol.last()}<>3
Port 1: protocol is not PACE BMS (template does not match port settings)
WARNING
The port runs protocol {ITEM.LASTVALUE}. Change the port settings or link another template.
{MiRCA Port 1 PACE BMS:mirca.p1.online.max({$MIRCA.OFFLINE.TIME})}=0 and {MiRCA Port 1 PACE BMS:mirca.p1.protocol.last()}=3
Port 1: PACE BMS not responding
AVERAGE
No valid reply from the device for {$MIRCA.OFFLINE.TIME}. Check wiring, interface module, baud rate and device address.
{MiRCA Port 1 PACE BMS:mirca.p1.soc.max(5m)}<{$MIRCA.SOC.CRIT:"p1"} and {MiRCA Port 1 PACE BMS:mirca.p1.online.last()}=1
Port 1: battery SOC is critically low (<{$MIRCA.SOC.CRIT:"p1"}%)
HIGH
{MiRCA Port 1 PACE BMS:mirca.p1.soc.max(5m)}<{$MIRCA.SOC.WARN:"p1"} and {MiRCA Port 1 PACE BMS:mirca.p1.online.last()}=1
Port 1: battery SOC is low (<{$MIRCA.SOC.WARN:"p1"}%)
WARNING
Port 1: battery SOC is critically low (<{$MIRCA.SOC.CRIT:"p1"}%)
{MiRCA Port 1 PACE BMS:mirca.p1.soc.max(5m)}<{$MIRCA.SOC.CRIT:"p1"} and {MiRCA Port 1 PACE BMS:mirca.p1.online.last()}=1
{MiRCA Port 2 PACE BMS:mirca.p2.protocol.last()}<>3
Port 2: protocol is not PACE BMS (template does not match port settings)
WARNING
The port runs protocol {ITEM.LASTVALUE}. Change the port settings or link another template.
{MiRCA Port 2 PACE BMS:mirca.p2.online.max({$MIRCA.OFFLINE.TIME})}=0 and {MiRCA Port 2 PACE BMS:mirca.p2.protocol.last()}=3
Port 2: PACE BMS not responding
AVERAGE
No valid reply from the device for {$MIRCA.OFFLINE.TIME}. Check wiring, interface module, baud rate and device address.
{MiRCA Port 2 PACE BMS:mirca.p2.soc.max(5m)}<{$MIRCA.SOC.CRIT:"p2"} and {MiRCA Port 2 PACE BMS:mirca.p2.online.last()}=1
Port 2: battery SOC is critically low (<{$MIRCA.SOC.CRIT:"p2"}%)
HIGH
{MiRCA Port 2 PACE BMS:mirca.p2.soc.max(5m)}<{$MIRCA.SOC.WARN:"p2"} and {MiRCA Port 2 PACE BMS:mirca.p2.online.last()}=1
Port 2: battery SOC is low (<{$MIRCA.SOC.WARN:"p2"}%)
WARNING
Port 2: battery SOC is critically low (<{$MIRCA.SOC.CRIT:"p2"}%)
{MiRCA Port 2 PACE BMS:mirca.p2.soc.max(5m)}<{$MIRCA.SOC.CRIT:"p2"} and {MiRCA Port 2 PACE BMS:mirca.p2.online.last()}=1
{MiRCA Port 1 Deye inverter Modbus:mirca.p1.protocol.last()}<>6
Port 1: protocol is not Deye inverter Modbus (template does not match port settings)
WARNING
The port runs protocol {ITEM.LASTVALUE}. Change the port settings or link another template.
{MiRCA Port 1 Deye inverter Modbus:mirca.p1.online.max({$MIRCA.OFFLINE.TIME})}=0 and {MiRCA Port 1 Deye inverter Modbus:mirca.p1.protocol.last()}=6
Port 1: Deye inverter Modbus not responding
AVERAGE
No valid reply from the device for {$MIRCA.OFFLINE.TIME}. Check wiring, interface module, baud rate and device address.
{MiRCA Port 1 Deye inverter Modbus:mirca.p1.m[state].last()}=4 and {MiRCA Port 1 Deye inverter Modbus:mirca.p1.online.last()}=1
Port 1: inverter is in FAULT state
HIGH
{MiRCA Port 1 Deye inverter Modbus:mirca.p1.m[state].last()}=3 and {MiRCA Port 1 Deye inverter Modbus:mirca.p1.online.last()}=1
Port 1: inverter is in ALARM state
AVERAGE
Port 1: inverter is in FAULT state
{MiRCA Port 1 Deye inverter Modbus:mirca.p1.m[state].last()}=4 and {MiRCA Port 1 Deye inverter Modbus:mirca.p1.online.last()}=1
{MiRCA Port 1 Deye inverter Modbus:mirca.p1.faults.lo.last()}<>0 and {MiRCA Port 1 Deye inverter Modbus:mirca.p1.faults.lo.text.strlen()}>0 and {MiRCA Port 1 Deye inverter Modbus:mirca.p1.online.last()}=1
Port 1: inverter fault: {ITEM.LASTVALUE2}
AVERAGE
{MiRCA Port 1 Deye inverter Modbus:mirca.p1.faults.hi.last()}<>0 and {MiRCA Port 1 Deye inverter Modbus:mirca.p1.faults.hi.text.strlen()}>0 and {MiRCA Port 1 Deye inverter Modbus:mirca.p1.online.last()}=1
Port 1: inverter fault: {ITEM.LASTVALUE2}
AVERAGE
{MiRCA Port 1 Deye inverter Modbus:mirca.p1.m[grid_connected].max({$MIRCA.OFFLINE.TIME})}=0 and {$MIRCA.DEYE.GRID.EXPECTED}=1 and {MiRCA Port 1 Deye inverter Modbus:mirca.p1.online.last()}=1
Port 1: grid disconnected
WARNING
{MiRCA Port 1 Deye inverter Modbus:mirca.p1.m[battery_soc].max(5m)}<{$MIRCA.SOC.WARN:"p1"} and {MiRCA Port 1 Deye inverter Modbus:mirca.p1.online.last()}=1
Port 1: battery SOC is low (<{$MIRCA.SOC.WARN:"p1"}%)
WARNING
({MiRCA Port 1 Deye inverter Modbus:mirca.p1.m[radiator_temp].min(5m)}>{$MIRCA.DEYE.TEMP.MAX} or {MiRCA Port 1 Deye inverter Modbus:mirca.p1.m[dc_temp].min(5m)}>{$MIRCA.DEYE.TEMP.MAX}) and {MiRCA Port 1 Deye inverter Modbus:mirca.p1.online.last()}=1
Port 1: inverter temperature is high (>{$MIRCA.DEYE.TEMP.MAX}°C)
AVERAGE
{MiRCA Port 2 Deye inverter Modbus:mirca.p2.protocol.last()}<>6
Port 2: protocol is not Deye inverter Modbus (template does not match port settings)
WARNING
The port runs protocol {ITEM.LASTVALUE}. Change the port settings or link another template.
{MiRCA Port 2 Deye inverter Modbus:mirca.p2.online.max({$MIRCA.OFFLINE.TIME})}=0 and {MiRCA Port 2 Deye inverter Modbus:mirca.p2.protocol.last()}=6
Port 2: Deye inverter Modbus not responding
AVERAGE
No valid reply from the device for {$MIRCA.OFFLINE.TIME}. Check wiring, interface module, baud rate and device address.
{MiRCA Port 2 Deye inverter Modbus:mirca.p2.m[state].last()}=4 and {MiRCA Port 2 Deye inverter Modbus:mirca.p2.online.last()}=1
Port 2: inverter is in FAULT state
HIGH
{MiRCA Port 2 Deye inverter Modbus:mirca.p2.m[state].last()}=3 and {MiRCA Port 2 Deye inverter Modbus:mirca.p2.online.last()}=1
Port 2: inverter is in ALARM state
AVERAGE
Port 2: inverter is in FAULT state
{MiRCA Port 2 Deye inverter Modbus:mirca.p2.m[state].last()}=4 and {MiRCA Port 2 Deye inverter Modbus:mirca.p2.online.last()}=1
{MiRCA Port 2 Deye inverter Modbus:mirca.p2.faults.lo.last()}<>0 and {MiRCA Port 2 Deye inverter Modbus:mirca.p2.faults.lo.text.strlen()}>0 and {MiRCA Port 2 Deye inverter Modbus:mirca.p2.online.last()}=1
Port 2: inverter fault: {ITEM.LASTVALUE2}
AVERAGE
{MiRCA Port 2 Deye inverter Modbus:mirca.p2.faults.hi.last()}<>0 and {MiRCA Port 2 Deye inverter Modbus:mirca.p2.faults.hi.text.strlen()}>0 and {MiRCA Port 2 Deye inverter Modbus:mirca.p2.online.last()}=1
Port 2: inverter fault: {ITEM.LASTVALUE2}
AVERAGE
{MiRCA Port 2 Deye inverter Modbus:mirca.p2.m[grid_connected].max({$MIRCA.OFFLINE.TIME})}=0 and {$MIRCA.DEYE.GRID.EXPECTED}=1 and {MiRCA Port 2 Deye inverter Modbus:mirca.p2.online.last()}=1
Port 2: grid disconnected
WARNING
{MiRCA Port 2 Deye inverter Modbus:mirca.p2.m[battery_soc].max(5m)}<{$MIRCA.SOC.WARN:"p2"} and {MiRCA Port 2 Deye inverter Modbus:mirca.p2.online.last()}=1
Port 2: battery SOC is low (<{$MIRCA.SOC.WARN:"p2"}%)
WARNING
({MiRCA Port 2 Deye inverter Modbus:mirca.p2.m[radiator_temp].min(5m)}>{$MIRCA.DEYE.TEMP.MAX} or {MiRCA Port 2 Deye inverter Modbus:mirca.p2.m[dc_temp].min(5m)}>{$MIRCA.DEYE.TEMP.MAX}) and {MiRCA Port 2 Deye inverter Modbus:mirca.p2.online.last()}=1
Port 2: inverter temperature is high (>{$MIRCA.DEYE.TEMP.MAX}°C)
AVERAGE
{MiRCA Port 1 Victron VE.Bus:mirca.p1.protocol.last()}<>1
Port 1: protocol is not Victron VE.Bus (template does not match port settings)
WARNING
The port runs protocol {ITEM.LASTVALUE}. Change the port settings or link another template.
{MiRCA Port 1 Victron VE.Bus:mirca.p1.online.max({$MIRCA.OFFLINE.TIME})}=0 and {MiRCA Port 1 Victron VE.Bus:mirca.p1.protocol.last()}=1
Port 1: Victron VE.Bus not responding
AVERAGE
No valid reply from the device for {$MIRCA.OFFLINE.TIME}. Check wiring, interface module, baud rate and device address.
({MiRCA Port 1 Victron VE.Bus:mirca.p1.ac_frequency.max(2m)}<{$MIRCA.AC.FREQ.MIN} or {MiRCA Port 1 Victron VE.Bus:mirca.p1.ac_frequency.min(2m)}>{$MIRCA.AC.FREQ.MAX}) and {MiRCA Port 1 Victron VE.Bus:mirca.p1.ac_frequency.last()}>0 and {MiRCA Port 1 Victron VE.Bus:mirca.p1.online.last()}=1
Port 1: AC frequency out of range ({ITEM.LASTVALUE1})
AVERAGE
{MiRCA Port 1 Victron VE.Bus:mirca.p1.dc_voltage.max(5m)}<{$MIRCA.DC.VOLTAGE.MIN:"p1"} and {$MIRCA.DC.VOLTAGE.MIN:"p1"}>0 and {MiRCA Port 1 Victron VE.Bus:mirca.p1.online.last()}=1
Port 1: DC voltage is low (<{$MIRCA.DC.VOLTAGE.MIN:"p1"}V)
AVERAGE
{MiRCA Port 1 Victron VE.Bus:mirca.p1.dc_voltage.min(5m)}>{$MIRCA.DC.VOLTAGE.MAX:"p1"} and {$MIRCA.DC.VOLTAGE.MAX:"p1"}>0 and {MiRCA Port 1 Victron VE.Bus:mirca.p1.online.last()}=1
Port 1: DC voltage is high (>{$MIRCA.DC.VOLTAGE.MAX:"p1"}V)
AVERAGE
{MiRCA Port 2 Victron VE.Bus:mirca.p2.protocol.last()}<>1
Port 2: protocol is not Victron VE.Bus (template does not match port settings)
WARNING
The port runs protocol {ITEM.LASTVALUE}. Change the port settings or link another template.
{MiRCA Port 2 Victron VE.Bus:mirca.p2.online.max({$MIRCA.OFFLINE.TIME})}=0 and {MiRCA Port 2 Victron VE.Bus:mirca.p2.protocol.last()}=1
Port 2: Victron VE.Bus not responding
AVERAGE
No valid reply from the device for {$MIRCA.OFFLINE.TIME}. Check wiring, interface module, baud rate and device address.
({MiRCA Port 2 Victron VE.Bus:mirca.p2.ac_frequency.max(2m)}<{$MIRCA.AC.FREQ.MIN} or {MiRCA Port 2 Victron VE.Bus:mirca.p2.ac_frequency.min(2m)}>{$MIRCA.AC.FREQ.MAX}) and {MiRCA Port 2 Victron VE.Bus:mirca.p2.ac_frequency.last()}>0 and {MiRCA Port 2 Victron VE.Bus:mirca.p2.online.last()}=1
Port 2: AC frequency out of range ({ITEM.LASTVALUE1})
AVERAGE
{MiRCA Port 2 Victron VE.Bus:mirca.p2.dc_voltage.max(5m)}<{$MIRCA.DC.VOLTAGE.MIN:"p2"} and {$MIRCA.DC.VOLTAGE.MIN:"p2"}>0 and {MiRCA Port 2 Victron VE.Bus:mirca.p2.online.last()}=1
Port 2: DC voltage is low (<{$MIRCA.DC.VOLTAGE.MIN:"p2"}V)
AVERAGE
{MiRCA Port 2 Victron VE.Bus:mirca.p2.dc_voltage.min(5m)}>{$MIRCA.DC.VOLTAGE.MAX:"p2"} and {$MIRCA.DC.VOLTAGE.MAX:"p2"}>0 and {MiRCA Port 2 Victron VE.Bus:mirca.p2.online.last()}=1
Port 2: DC voltage is high (>{$MIRCA.DC.VOLTAGE.MAX:"p2"}V)
AVERAGE
{MiRCA Port 1 JK BMS parallel bus:mirca.p1.protocol.last()}<>8
Port 1: protocol is not JK BMS parallel bus (template does not match port settings)
WARNING
The port runs protocol {ITEM.LASTVALUE}. Change the port settings or link another template.
{MiRCA Port 1 JK BMS parallel bus:mirca.p1.online.max({$MIRCA.OFFLINE.TIME})}=0 and {MiRCA Port 1 JK BMS parallel bus:mirca.p1.protocol.last()}=8
Port 1: JK BMS parallel bus not responding
AVERAGE
No valid reply from the device for {$MIRCA.OFFLINE.TIME}. Check wiring, interface module, baud rate and device address.
{MiRCA Port 1 JK BMS parallel bus:mirca.p1.soc.max(5m)}<{$MIRCA.SOC.CRIT:"p1"} and {MiRCA Port 1 JK BMS parallel bus:mirca.p1.online.last()}=1
Port 1: battery SOC is critically low (<{$MIRCA.SOC.CRIT:"p1"}%)
HIGH
{MiRCA Port 1 JK BMS parallel bus:mirca.p1.soc.max(5m)}<{$MIRCA.SOC.WARN:"p1"} and {MiRCA Port 1 JK BMS parallel bus:mirca.p1.online.last()}=1
Port 1: battery SOC is low (<{$MIRCA.SOC.WARN:"p1"}%)
WARNING
Port 1: battery SOC is critically low (<{$MIRCA.SOC.CRIT:"p1"}%)
{MiRCA Port 1 JK BMS parallel bus:mirca.p1.soc.max(5m)}<{$MIRCA.SOC.CRIT:"p1"} and {MiRCA Port 1 JK BMS parallel bus:mirca.p1.online.last()}=1
{MiRCA Port 1 JK BMS parallel bus:mirca.p1.mos_temp.min(5m)}>{$MIRCA.MOS.TEMP.MAX:"p1"} and {MiRCA Port 1 JK BMS parallel bus:mirca.p1.online.last()}=1
Port 1: MOSFET temperature is high (>{$MIRCA.MOS.TEMP.MAX:"p1"}°C)
AVERAGE
{MiRCA Port 1 JK BMS parallel bus:mirca.p1.alarms.band(#1,{$MIRCA.JK.ALARM.MASK})}<>0 and {MiRCA Port 1 JK BMS parallel bus:mirca.p1.alarms.text.strlen()}>0 and {MiRCA Port 1 JK BMS parallel bus:mirca.p1.online.last()}=1
Port 1: BMS alarm: {ITEM.LASTVALUE2}
AVERAGE
{MiRCA Port 2 JK BMS parallel bus:mirca.p2.protocol.last()}<>8
Port 2: protocol is not JK BMS parallel bus (template does not match port settings)
WARNING
The port runs protocol {ITEM.LASTVALUE}. Change the port settings or link another template.
{MiRCA Port 2 JK BMS parallel bus:mirca.p2.online.max({$MIRCA.OFFLINE.TIME})}=0 and {MiRCA Port 2 JK BMS parallel bus:mirca.p2.protocol.last()}=8
Port 2: JK BMS parallel bus not responding
AVERAGE
No valid reply from the device for {$MIRCA.OFFLINE.TIME}. Check wiring, interface module, baud rate and device address.
{MiRCA Port 2 JK BMS parallel bus:mirca.p2.soc.max(5m)}<{$MIRCA.SOC.CRIT:"p2"} and {MiRCA Port 2 JK BMS parallel bus:mirca.p2.online.last()}=1
Port 2: battery SOC is critically low (<{$MIRCA.SOC.CRIT:"p2"}%)
HIGH
{MiRCA Port 2 JK BMS parallel bus:mirca.p2.soc.max(5m)}<{$MIRCA.SOC.WARN:"p2"} and {MiRCA Port 2 JK BMS parallel bus:mirca.p2.online.last()}=1
Port 2: battery SOC is low (<{$MIRCA.SOC.WARN:"p2"}%)
WARNING
Port 2: battery SOC is critically low (<{$MIRCA.SOC.CRIT:"p2"}%)
{MiRCA Port 2 JK BMS parallel bus:mirca.p2.soc.max(5m)}<{$MIRCA.SOC.CRIT:"p2"} and {MiRCA Port 2 JK BMS parallel bus:mirca.p2.online.last()}=1
{MiRCA Port 2 JK BMS parallel bus:mirca.p2.mos_temp.min(5m)}>{$MIRCA.MOS.TEMP.MAX:"p2"} and {MiRCA Port 2 JK BMS parallel bus:mirca.p2.online.last()}=1
Port 2: MOSFET temperature is high (>{$MIRCA.MOS.TEMP.MAX:"p2"}°C)
AVERAGE
{MiRCA Port 2 JK BMS parallel bus:mirca.p2.alarms.band(#1,{$MIRCA.JK.ALARM.MASK})}<>0 and {MiRCA Port 2 JK BMS parallel bus:mirca.p2.alarms.text.strlen()}>0 and {MiRCA Port 2 JK BMS parallel bus:mirca.p2.online.last()}=1
Port 2: BMS alarm: {ITEM.LASTVALUE2}
AVERAGE
{MiRCA Port 1 Serial capture:mirca.p1.protocol.last()}<>7
Port 1: protocol is not Serial capture (template does not match port settings)
WARNING
The port runs protocol {ITEM.LASTVALUE}. Change the port settings or link another template.
{MiRCA Port 1 Serial capture:mirca.p1.m[buffer_used].last()}>=100
Port 1: capture buffer is full, frames are dropped
INFO
YES
{MiRCA Port 2 Serial capture:mirca.p2.protocol.last()}<>7
Port 2: protocol is not Serial capture (template does not match port settings)
WARNING
The port runs protocol {ITEM.LASTVALUE}. Change the port settings or link another template.
{MiRCA Port 2 Serial capture:mirca.p2.m[buffer_used].last()}>=100
Port 2: capture buffer is full, frames are dropped
INFO
YES
Board temperature
0
1A7C11
-
MiRCA Device
mirca.ds18b20
Port 1: voltage and current
0
1A7C11
-
MiRCA Port 1 JK BMS Modbus
mirca.p1.voltage
1
F63100
RIGHT
-
MiRCA Port 1 JK BMS Modbus
mirca.p1.current
Port 1: SOC
0
1A7C11
-
MiRCA Port 1 JK BMS Modbus
mirca.p1.soc
Port 1: power
0
1A7C11
-
MiRCA Port 1 JK BMS Modbus
mirca.p1.power
Port 2: voltage and current
0
1A7C11
-
MiRCA Port 2 JK BMS Modbus
mirca.p2.voltage
1
F63100
RIGHT
-
MiRCA Port 2 JK BMS Modbus
mirca.p2.current
Port 2: SOC
0
1A7C11
-
MiRCA Port 2 JK BMS Modbus
mirca.p2.soc
Port 2: power
0
1A7C11
-
MiRCA Port 2 JK BMS Modbus
mirca.p2.power
Port 1: voltage and current
0
1A7C11
-
MiRCA Port 1 JK BMS 4G-GPS
mirca.p1.voltage
1
F63100
RIGHT
-
MiRCA Port 1 JK BMS 4G-GPS
mirca.p1.current
Port 1: SOC
0
1A7C11
-
MiRCA Port 1 JK BMS 4G-GPS
mirca.p1.soc
Port 1: power
0
1A7C11
-
MiRCA Port 1 JK BMS 4G-GPS
mirca.p1.power.calc
Port 2: voltage and current
0
1A7C11
-
MiRCA Port 2 JK BMS 4G-GPS
mirca.p2.voltage
1
F63100
RIGHT
-
MiRCA Port 2 JK BMS 4G-GPS
mirca.p2.current
Port 2: SOC
0
1A7C11
-
MiRCA Port 2 JK BMS 4G-GPS
mirca.p2.soc
Port 2: power
0
1A7C11
-
MiRCA Port 2 JK BMS 4G-GPS
mirca.p2.power.calc
Port 1: voltage and current
0
1A7C11
-
MiRCA Port 1 JBD BMS
mirca.p1.voltage
1
F63100
RIGHT
-
MiRCA Port 1 JBD BMS
mirca.p1.current
Port 1: SOC
0
1A7C11
-
MiRCA Port 1 JBD BMS
mirca.p1.soc
Port 1: power
0
1A7C11
-
MiRCA Port 1 JBD BMS
mirca.p1.power.calc
Port 2: voltage and current
0
1A7C11
-
MiRCA Port 2 JBD BMS
mirca.p2.voltage
1
F63100
RIGHT
-
MiRCA Port 2 JBD BMS
mirca.p2.current
Port 2: SOC
0
1A7C11
-
MiRCA Port 2 JBD BMS
mirca.p2.soc
Port 2: power
0
1A7C11
-
MiRCA Port 2 JBD BMS
mirca.p2.power.calc
Port 1: voltage and current
0
1A7C11
-
MiRCA Port 1 PACE BMS
mirca.p1.voltage
1
F63100
RIGHT
-
MiRCA Port 1 PACE BMS
mirca.p1.current
Port 1: SOC
0
1A7C11
-
MiRCA Port 1 PACE BMS
mirca.p1.soc
Port 1: power
0
1A7C11
-
MiRCA Port 1 PACE BMS
mirca.p1.power.calc
Port 2: voltage and current
0
1A7C11
-
MiRCA Port 2 PACE BMS
mirca.p2.voltage
1
F63100
RIGHT
-
MiRCA Port 2 PACE BMS
mirca.p2.current
Port 2: SOC
0
1A7C11
-
MiRCA Port 2 PACE BMS
mirca.p2.soc
Port 2: power
0
1A7C11
-
MiRCA Port 2 PACE BMS
mirca.p2.power.calc
Port 1: power flow
0
1A7C11
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[pv_power]
1
F63100
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[battery_power]
2
2774A4
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[grid_power]
3
A54F10
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[load_power]
4
FC6EA3
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[inverter_power]
5
6C59DC
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[gen_power]
Port 1: PV strings
0
1A7C11
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[pv1_power]
1
F63100
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[pv2_power]
Port 1: battery
0
1A7C11
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[battery_voltage]
1
F63100
RIGHT
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[battery_soc]
Port 1: grid
0
1A7C11
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[grid_voltage]
1
F63100
RIGHT
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[grid_frequency]
Port 1: temperatures
0
1A7C11
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[dc_temp]
1
F63100
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[radiator_temp]
2
2774A4
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[environment_temp]
3
A54F10
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[battery_temp]
Port 1: energy today
0
1A7C11
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[day_pv]
1
F63100
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[day_load]
2
2774A4
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[day_grid_import]
3
A54F10
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[day_grid_export]
4
FC6EA3
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[day_battery_charge]
5
6C59DC
-
MiRCA Port 1 Deye inverter Modbus
mirca.p1.m[day_battery_discharge]
Port 2: power flow
0
1A7C11
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[pv_power]
1
F63100
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[battery_power]
2
2774A4
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[grid_power]
3
A54F10
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[load_power]
4
FC6EA3
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[inverter_power]
5
6C59DC
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[gen_power]
Port 2: PV strings
0
1A7C11
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[pv1_power]
1
F63100
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[pv2_power]
Port 2: battery
0
1A7C11
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[battery_voltage]
1
F63100
RIGHT
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[battery_soc]
Port 2: grid
0
1A7C11
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[grid_voltage]
1
F63100
RIGHT
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[grid_frequency]
Port 2: temperatures
0
1A7C11
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[dc_temp]
1
F63100
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[radiator_temp]
2
2774A4
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[environment_temp]
3
A54F10
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[battery_temp]
Port 2: energy today
0
1A7C11
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[day_pv]
1
F63100
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[day_load]
2
2774A4
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[day_grid_import]
3
A54F10
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[day_grid_export]
4
FC6EA3
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[day_battery_charge]
5
6C59DC
-
MiRCA Port 2 Deye inverter Modbus
mirca.p2.m[day_battery_discharge]
Port 1: DC voltage and current
0
1A7C11
-
MiRCA Port 1 Victron VE.Bus
mirca.p1.dc_voltage
1
F63100
RIGHT
-
MiRCA Port 1 Victron VE.Bus
mirca.p1.dc_current
Port 1: AC frequency
0
1A7C11
-
MiRCA Port 1 Victron VE.Bus
mirca.p1.ac_frequency
Port 2: DC voltage and current
0
1A7C11
-
MiRCA Port 2 Victron VE.Bus
mirca.p2.dc_voltage
1
F63100
RIGHT
-
MiRCA Port 2 Victron VE.Bus
mirca.p2.dc_current
Port 2: AC frequency
0
1A7C11
-
MiRCA Port 2 Victron VE.Bus
mirca.p2.ac_frequency
Port 1: voltage and current
0
1A7C11
-
MiRCA Port 1 JK BMS parallel bus
mirca.p1.voltage
1
F63100
RIGHT
-
MiRCA Port 1 JK BMS parallel bus
mirca.p1.current
Port 1: SOC
0
1A7C11
-
MiRCA Port 1 JK BMS parallel bus
mirca.p1.soc
Port 1: power
0
1A7C11
-
MiRCA Port 1 JK BMS parallel bus
mirca.p1.power
Port 2: voltage and current
0
1A7C11
-
MiRCA Port 2 JK BMS parallel bus
mirca.p2.voltage
1
F63100
RIGHT
-
MiRCA Port 2 JK BMS parallel bus
mirca.p2.current
Port 2: SOC
0
1A7C11
-
MiRCA Port 2 JK BMS parallel bus
mirca.p2.soc
Port 2: power
0
1A7C11
-
MiRCA Port 2 JK BMS parallel bus
mirca.p2.power
MiRCA Deye grid
0
Disconnected
1
Connected
MiRCA Deye state
0
Standby
1
Self-check
2
Normal
3
Alarm
4
Fault
5
Activating
MiRCA online
0
Offline
1
Online
MiRCA protocol
0
Off
1
Victron VE.Bus
2
JK BMS 4G-GPS
3
PACE BMS
4
JBD BMS
5
JK BMS Modbus
6
Deye inverter Modbus
7
Serial capture
8
JK BMS parallel bus