5.2
2026-10-07T00:00:00Z
Templates/MiRCA
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 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
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]
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