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inverter.py
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from pymodbus.constants import Endian
from solaredge_modbus import SolarEdge
from solaredge_modbus import registerType
from solaredge_modbus import registerDataType
class KostalInverter(SolarEdge):
wordorder = Endian.Little
@property
def registers(self):
return {
# name, address, length, register, type, target type, description, unit, batch
"power_dc": (
0x64,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total DC Power",
"W",
1,
),
"own_consumption_battery": (
0x6A,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Home own consumption from battery",
"W",
1,
),
"own_consumption_grid": (
0x6C,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Home own consumption from grid",
"W",
1,
),
"total_consumption_battery": (
0x6E,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total home consumption Battery",
"Wh",
1,
),
"total_consumption_grid": (
0x70,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total home consumption Grid",
"Wh",
1,
),
"total_consumption_pv": (
0x72,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total home consumption PV",
"Wh",
1,
),
"own_consumption_pv": (
0x74,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Home own consumption from PV",
"W",
1,
),
"total_consumption": (
0x76,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total home consumption",
"Wh",
1,
),
"total_consumption_rate": (
0x7C,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total home consumption rate",
"%",
1,
),
"current_phase_1": (
0x9A,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Current Phase 1",
"A",
1,
),
"power_phase_1": (
0x9C,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Active power Phase 1",
"W",
1,
),
"voltage_phase_1": (
0x9E,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Voltage Phase 1",
"V",
1,
),
"current_phase_2": (
0xA0,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Current Phase 2",
"A",
1,
),
"power_phase_2": (
0xA2,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Active power Phase 2",
"W",
1,
),
"voltage_phase_2": (
0xA4,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Voltage Phase 2",
"V",
1,
),
"current_phase_3": (
0xA6,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Current Phase 3",
"A",
1,
),
"power_phase_3": (
0xA8,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Active power Phase 3",
"W",
1,
),
"voltage_phase_3": (
0xAA,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Voltage Phase 3",
"V",
1,
),
"total_ac_active_power": (
0xAC,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total AC active power",
"W",
1,
),
"total_ac_reactive_power": (
0xAE,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total AC reactive power",
"Var",
1,
),
"total_ac_apparent_power": (
0xB2,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total AC apparent power",
"VA",
1,
),
"battery_charge_current": (
0xBE,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Battery charge current",
"A",
2,
),
"battery_charge_current_actual": (
0xC8,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Actual battery charge (-) / discharge (+) current",
"A",
2,
),
"charge_state": (
0xD2,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Act. state of charge",
"%",
2,
),
"total_active_power_powermeter": (
0xFC,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total active power (powermeter)",
"W",
2,
),
"total_reactive_power_powermeter": (
0xFE,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total reactive power (powermeter)",
"Var",
2,
),
"total_apparent_power_powermeter": (
0x100,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total apparent power (powermeter)",
"VA",
2,
),
"current_dc_1": (
0x102,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Current DC 1",
"A",
2,
),
"power_dc_1": (
0x104,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Power DC 1",
"W",
2,
),
"voltage_dc_1": (
0x10A,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Voltage DC 1",
"V",
2,
),
"current_dc_2": (
0x10C,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Current DC 2",
"A",
2,
),
"power_dc_2": (
0x10E,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Power DC 2",
"W",
2,
),
"voltage_dc_2": (
0x114,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Voltage DC 2",
"V",
2,
),
"current_dc_3": (
0x116,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Current DC 3",
"A",
2,
),
"power_dc_3": (
0x118,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Power DC 3",
"W",
2,
),
"voltage_dc_3": (
0x11E,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Voltage DC 3",
"V",
2,
),
"total_yield": (
0x140,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total yield",
"Wh",
3,
),
"daily_yield": (
0x142,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Daily yield",
"Wh",
3,
),
"yearly_yield": (
0x144,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Yearly yield",
"Wh",
3,
),
"monthly_yield": (
0x146,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Monthly yield",
"Wh",
3,
),
"battery_charge_discharge": (
0x246,
1,
registerType.HOLDING,
registerDataType.INT16,
int,
"Actual battery charge/discharge power",
"W",
4,
),
"total_dc_charge_energy": (
0x416,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total DC charge energy (DC-side to battery)",
"Wh",
5,
),
"total_dc_discharge_energy": (
0x418,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total DC discharge energy (DC-side from battery)",
"Wh",
5,
),
"total_ac_charge_energy": (
0x41A,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total AC charge energy (AC-side to battery)",
"Wh",
5,
),
"total_ac_discharge_energy": (
0x41C,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total AC discharge energy (battery to grid)",
"Wh",
5,
),
"total_ac_charge_energy_grid": (
0x41E,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total AC charge energy (grid to battery)",
"Wh",
5,
),
"total_dc_energy": (
0x420,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total DC PV energy (sum of all PV inputs)",
"Wh",
5,
),
"total_dc_energy_pv1": (
0x422,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total DC energy from PV1",
"Wh",
5,
),
"total_dc_energy_pv2": (
0x424,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total DC energy from PV2",
"Wh",
5,
),
"total_dc_energy_pv3": (
0x426,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total DC energy from PV3",
"Wh",
5,
),
"total_energy_ac_grid": (
0x428,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total energy AC-side to grid",
"Wh",
5,
),
"total_dc_power": (
0x42A,
2,
registerType.HOLDING,
registerDataType.FLOAT32,
float,
"Total DC power (sum of all PV inputs)",
"Wh",
5,
),
}