def __set_registers(self):
self._parameters.append(
Parameter("GetControlMode", "Enum",\
ParameterType.UINT16_T, [102], RegisterType.ReadInputRegisters))
self._parameters.append(
Parameter("SetControlMode", "Enum",\
ParameterType.UINT16_T, [102], RegisterType.WriteSingleHoldingRegister))
self._parameters.append(
Parameter("GetSetpoint", "%",\
ParameterType.UINT16_T, [104], RegisterType.ReadInputRegisters))
self._parameters.append(
Parameter("SetSetpoint", "%",\
ParameterType.UINT16_T, [104], RegisterType.WriteSingleHoldingRegister))
def __init__(self, **config):
"""Constructor"""
super().__init__(config)
self._vendor = "Mainland"
self._model = "HHC R4I4D"
self._parameters.append(
Parameter("GetRelays", "Bits", ParameterType.INT16_T,
[16, 17, 18, 19], RegisterType.ReadCoil))
self._parameters.append(
Parameter("GetDigitalInputs", "Bits", ParameterType.INT16_T,
[32, 33, 34, 35], RegisterType.ReadDiscreteInput))
self._parameters.append(
Parameter("SetRelays", "Bits", ParameterType.INT16_T,
[16, 17, 18, 19], RegisterType.WriteMultipleCoils))
def __set_registers(self):
self._parameters.append(
Parameter("Temperature", "C",\
ParameterType.INT16_T, [0x0001], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Humidity", "Rh%",\
ParameterType.INT16_T, [0x0002], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("GetDeviceAddress", "Enum",\
ParameterType.INT16_T, [0x0101], RegisterType.ReadHoldingRegisters))
self._parameters.append(\
Parameter("GetBaudRate", "Enum",\
ParameterType.INT16_T, [0x0102], RegisterType.ReadHoldingRegisters))
self._parameters.append(\
Parameter("GetTemperatureCorrection", "C",\
ParameterType.INT16_T, [0x0103], RegisterType.ReadHoldingRegisters))
self._parameters.append(\
Parameter("GetHumidityCorrection", "Rh%",\
ParameterType.INT16_T, [0x0104], RegisterType.ReadHoldingRegisters))
self._parameters.append(\
Parameter("SetDeviceAddress", "Enum",\
ParameterType.INT16_T, [0x0101], RegisterType.WriteSingleHoldingRegister))
self._parameters.append(\
Parameter("SetBaudRate", "Enum",\
ParameterType.INT16_T, [0x0102], RegisterType.WriteSingleHoldingRegister))
self._parameters.append(\
Parameter("SetTemperatureCorrection", "C",\
ParameterType.INT16_T, [0x0103], RegisterType.WriteSingleHoldingRegister))
self._parameters.append(\
Parameter("SetHumidityCorrection", "Rh%",\
ParameterType.INT16_T, [0x0104], RegisterType.WriteSingleHoldingRegister))
def __init__(self, **config):
"""Constructor
"""
super().__init__(config)
# Create logger.
self.__logger = get_logger(__name__)
self._vendor = "Mainone"
self._model = "USHMInlet"
self._parameters.append(
Parameter(
"AccumulateHeatEnergy",
"kWh",
ParameterType.UINT32_T,
[0, 1],
RegisterType.ReadHoldingRegisters
)
)
def __init__(self, **config):
"""Constructor"""
super().__init__(config)
self._vendor = "Eastron"
self._model = "SDM120"
self._parameters.append(
Parameter("Voltage", "V",\
ParameterType.FLOAT, [0, 1], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Current", "A",\
ParameterType.FLOAT, [6, 7], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("ActivePower", "W",\
ParameterType.FLOAT, [12, 13], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("ApparentPower", "VA",\
ParameterType.FLOAT, [18, 19], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("ReactivePower", "VAr",\
ParameterType.FLOAT, [24, 25], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("PowerFactor", "DEG",\
ParameterType.FLOAT, [30, 31], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Frequency", "Hz",\
ParameterType.FLOAT, [70, 71], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("ImportActiveEnergy", "kWr",\
ParameterType.FLOAT, [72, 73], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("ExportActiveEnergy", "kWr",\
ParameterType.FLOAT, [74, 75], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("ImportReactiveEnergy", "kvarh",\
ParameterType.FLOAT, [76, 77], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("ExportReactiveEnergy", "kvarh",\
ParameterType.FLOAT, [78, 79], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("TotalSystemPowerDemand", "W",\
ParameterType.FLOAT, [84, 85], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("MaximumTotalSystemPowerDemand", "W",\
ParameterType.FLOAT, [86, 87], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("ImportSystemPowerDemand", "W",\
ParameterType.FLOAT, [88, 89], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("MaximumImportSystemPowerDemand", "W",\
ParameterType.FLOAT, [90, 91], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("ExportSystemPowerDemand", "W",\
ParameterType.FLOAT, [92, 93], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("MaximumExportSystemPowerDemand", "W",\
ParameterType.FLOAT, [94, 95], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("CurrentDemand", "A",\
ParameterType.FLOAT, [258, 259], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("MaximumCurrentDemand", "A",\
ParameterType.FLOAT, [264, 265], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("TotalActiveEnergy", "kWh",\
ParameterType.FLOAT, [342, 343], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("TotalReactiveEnergy", "kVArh",\
ParameterType.FLOAT, [344, 345], RegisterType.ReadInputRegisters))
def __set_registers(self):
self._parameters.append(
Parameter("GlobalAlarm", "Bits", ParameterType.UINT16_T, [0],
RegisterType.ReadDiscreteInput))
self._parameters.append(
Parameter("RotaryREC_R_Device", "Bits", ParameterType.UINT16_T,
[5], RegisterType.ReadDiscreteInput))
self._parameters.append(
Parameter("PreHeater_R_Device", "Bits", ParameterType.UINT16_T,
[6], RegisterType.ReadDiscreteInput))
self._parameters.append(
Parameter("EF_R_Device", "Bits", ParameterType.UINT16_T, [7],
RegisterType.ReadDiscreteInput))
self._parameters.append(
Parameter("Heater_Supply_R_Device", "Bits", ParameterType.UINT16_T,
[8], RegisterType.ReadDiscreteInput))
self._parameters.append(
Parameter("PJR_Baypas_Rec_R_Device", "Bits",
ParameterType.UINT16_T, [9],
RegisterType.ReadDiscreteInput))
self._parameters.append(
Parameter("PJR_In_Out_FreshAir_R_Device", "Bits",
ParameterType.UINT16_T, [10],
RegisterType.ReadDiscreteInput))
self._parameters.append(
Parameter("PJR_Recirculation_R_Device", "Bits",
ParameterType.UINT16_T, [11],
RegisterType.ReadDiscreteInput))
self._parameters.append(
Parameter("SF_R_Device", "Bits", ParameterType.UINT16_T, [12],
RegisterType.ReadDiscreteInput))
self._parameters.append(
Parameter(
"GetMode",
"State", # 0->Stop, 1->Cool, 2->Heat, 3->Fan, 4->Auto, 5->Dry
ParameterType.UINT16_T,
[0],
RegisterType.ReadHoldingRegisters))
self._parameters.append(
Parameter(
"SetMode",
"State", # 0->Stop, 1->Cool, 2->Heat, 3->Fan, 4->Auto, 5->Dry
ParameterType.UINT16_T,
[0],
RegisterType.ReadHoldingRegisters))
self._parameters.append(
Parameter(
"GetTemperatureSetpoint",
"degC", # TODO: Give possible values.
ParameterType.UINT16_T,
[1],
RegisterType.ReadHoldingRegisters))
self._parameters.append(
Parameter(
"SetTemperatureSetpoint",
"degC", # TODO: Give possible values.
ParameterType.UINT16_T,
[1],
RegisterType.WriteMultipleHoldingRegisters))
self._parameters.append(
Parameter(
"FreshAir",
"State", # 0..10->Manual (0..100%), 11->Auto,
ParameterType.UINT16_T,
[2],
RegisterType.ReadHoldingRegisters))
self._parameters.append(
Parameter(
"StateSpeedSFEF",
"State", # How to choice fan speed: 0-Together, 1-Individually
ParameterType.UINT16_T,
[3],
RegisterType.ReadHoldingRegisters))
self._parameters.append(
Parameter(
"ValueSpeedSFEF",
"State", # 0..10->Manual (0..100%), 11->Auto,
ParameterType.UINT16_T,
[4],
RegisterType.ReadHoldingRegisters))
self._parameters.append(
Parameter(
"SpeedSF",
"State", # 0..10->Manual (0..100%), 11->Auto
ParameterType.UINT16_T,
[5],
RegisterType.ReadHoldingRegisters))
self._parameters.append(
Parameter(
"SpeedEF",
"State", # 0..10->Manual (0..100%), 11->Auto
ParameterType.UINT16_T,
[6],
RegisterType.ReadHoldingRegisters))
self._parameters.append(
Parameter(
"UnitStatus",
"State", # TODO: Give the states,
ParameterType.UINT16_T,
[0],
RegisterType.ReadInputRegisters))
self._parameters.append(
Parameter(
"TE1Return", # TODO: What is this type.
"degC",
ParameterType.REAL,
[1],
RegisterType.ReadInputRegisters))
self._parameters.append(
Parameter("TE2Exhaust", "degC", ParameterType.REAL, [2],
RegisterType.ReadInputRegisters))
self._parameters.append(
Parameter("TS1Ambient", "degC", ParameterType.REAL, [3],
RegisterType.ReadInputRegisters))
self._parameters.append(
Parameter("TS4SupplyDEX", "", ParameterType.REAL, [4],
RegisterType.ReadInputRegisters))
self._parameters.append(
Parameter("TS3SupplyHeater", "", ParameterType.REAL, [5],
RegisterType.ReadInputRegisters))
self._parameters.append(
Parameter("PreHeaterPower", "Percentage", ParameterType.UINT16_T,
[18], RegisterType.ReadInputRegisters))
self._parameters.append(
Parameter("RotaryRECPower", "Percentage", ParameterType.UINT16_T,
[19], RegisterType.ReadInputRegisters))
self._parameters.append(
Parameter("SFPower", "Percentage", ParameterType.UINT16_T, [20],
RegisterType.ReadInputRegisters))
self._parameters.append(
Parameter("EFPower", "Percentage", ParameterType.UINT16_T, [21],
RegisterType.ReadInputRegisters))
self._parameters.append(
Parameter("PJRInOutFreshAirPower", "Percentage",
ParameterType.UINT16_T, [22],
RegisterType.ReadInputRegisters))
self._parameters.append(
Parameter("PJRRecirculationPower", "Percentage",
ParameterType.UINT16_T, [23],
RegisterType.ReadInputRegisters))
self._parameters.append(
Parameter("PJRBaypasRecPower", "Percentage",
ParameterType.UINT16_T, [24],
RegisterType.ReadInputRegisters))
self._parameters.append(
Parameter("HeaterSupplyPower", "Percentage",
ParameterType.UINT16_T, [25],
RegisterType.ReadInputRegisters))
def __init__(self, **config):
"""Constructor"""
super().__init__(config)
self._vendor = "Eastron"
self._model = "SDM630"
self._parameters.append(\
Parameter("Phase1LineToNeutralVolts", "V",\
ParameterType.FLOAT, [0, 1], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase2LineToNeutralVolts", "V",\
ParameterType.FLOAT, [2, 3], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase3LineToNeutralVolts", "V",\
ParameterType.FLOAT, [4, 5], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase1Current", "A",\
ParameterType.FLOAT, [6, 7], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase2Current", "A",\
ParameterType.FLOAT, [8, 9], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase3Current", "A",\
ParameterType.FLOAT, [10, 11], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase1Power", "W",\
ParameterType.FLOAT, [12, 13], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase2Power", "W",\
ParameterType.FLOAT, [14, 15], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase3Power", "W",\
ParameterType.FLOAT, [16, 17], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase1VoltAmps", "VA",\
ParameterType.FLOAT, [18, 19], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase2VoltAmps", "VA",\
ParameterType.FLOAT, [20, 21], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase3VoltAmps", "VA",\
ParameterType.FLOAT, [22, 23], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase1VoltAmpsReactive", "VAr",\
ParameterType.FLOAT, [24, 25], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase2VoltAmpsReactive", "VAr",\
ParameterType.FLOAT, [26, 27], RegisterType.ReadInputRegisters))
self._parameters.append\
(Parameter("Phase3VoltAmpsReactive", "VAr",\
ParameterType.FLOAT, [28, 29], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase1PowerFactor", "Deg",\
ParameterType.FLOAT, [30, 31], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase2PowerFactor", "Deg",\
ParameterType.FLOAT, [32, 33], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase3PowerFactor", "Deg",\
ParameterType.FLOAT, [34, 35], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase1PhaseAngle", "Deg",\
ParameterType.FLOAT, [36, 37], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase2PhaseAngle", "Deg",\
ParameterType.FLOAT, [38, 39], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase3PhaseAngle", "Deg",\
ParameterType.FLOAT, [40, 41], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("AverageLineToNeutralVolts", "V",\
ParameterType.FLOAT, [42, 43], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("AverageLineCurrent", "A",\
ParameterType.FLOAT, [46, 47], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("SumOfLineCurrents", "A",\
ParameterType.FLOAT, [48, 49], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("TotalSystemPower", "W",\
ParameterType.FLOAT, [52, 53], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("TotalSystemVoltAmps", "VA",\
ParameterType.FLOAT, [56, 57], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("TotalSystemVAr", "VA",\
ParameterType.FLOAT, [60, 61], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("TotalSystemPowerFactor", "Deg",\
ParameterType.FLOAT, [62, 63], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("TotalSystemPhaseAngle", "Deg",\
ParameterType.FLOAT, [66, 67], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("FrequencyOfSupplyVoltages", "Hz",\
ParameterType.FLOAT, [70, 71], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("TotalImportkWh", "kWh",\
ParameterType.FLOAT, [72, 73], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("TotalExportkWh", "kWh",\
ParameterType.FLOAT, [74, 75], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("TotalImportkVAarh", "kVArh",\
ParameterType.FLOAT, [76, 77], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("TotalExportkVAarh", "kVArh",\
ParameterType.FLOAT, [78, 79], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("TotalVAh", "kVAh",\
ParameterType.FLOAT, [80, 81], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Ah", "Ah",\
ParameterType.FLOAT, [82, 83], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("TotalSystemPowerDemand", "VA",\
ParameterType.FLOAT, [84, 85], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("MaximumTotalSystemPowerDemand", "VA",\
ParameterType.FLOAT, [86, 87], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("TotalSystemVaDemand", "VA",\
ParameterType.FLOAT, [100, 101], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("MaximumTotalSystemVADemand", "VA",\
ParameterType.FLOAT, [102, 103], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("NeutralCurrentDemand", "A",\
ParameterType.FLOAT, [104, 105], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("MaximumNeutralCurrentDemand", "A",\
ParameterType.FLOAT, [106, 107], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Line1ToLine2Volts", "V",\
ParameterType.FLOAT, [200, 201], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Line2ToLine3Volts", "V",\
ParameterType.FLOAT, [202, 203], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Line3ToLine1Volts", "V",\
ParameterType.FLOAT, [204, 205], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("AverageLineToLineVolts", "V",\
ParameterType.FLOAT, [206, 207], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("NeutralCurrent", "A",\
ParameterType.FLOAT, [224, 225], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase1L/NVoltsThd", "%",\
ParameterType.FLOAT, [234, 235], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase2L/NVoltsThd", "%",\
ParameterType.FLOAT, [236, 237], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase3L/NVoltsThd", "%",\
ParameterType.FLOAT, [238, 239], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase1CurrentThd", "%",\
ParameterType.FLOAT, [240, 241], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase2CurrentThd", "%",\
ParameterType.FLOAT, [242, 243], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase3CurrentThd", "%",\
ParameterType.FLOAT, [244, 245], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("AverageLineToNeutralVoltsTHD", "%",\
ParameterType.FLOAT, [248, 249], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("AverageLineCurrentTHD", "%",\
ParameterType.FLOAT, [250, 251], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase1CurrentDemand", "A",\
ParameterType.FLOAT, [258, 259], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase2CurrentDemand", "A",\
ParameterType.FLOAT, [260, 261], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Phase3CurrentDemand", "A",\
ParameterType.FLOAT, [262, 263], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("MaximumPhase1CurrentDemand", "A",\
ParameterType.FLOAT, [264, 265], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("MaximumPhase2CurrentDemand", "A",\
ParameterType.FLOAT, [266, 267], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("MaximumPhase3CurrentDemand", "A",\
ParameterType.FLOAT, [268, 269], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Line1ToLine2VoltsTHD", "%",\
ParameterType.FLOAT, [334, 335], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Line2ToLine3VoltsTHD", "%",\
ParameterType.FLOAT, [336, 337], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("Line3ToLine1VoltsTHD", "%",\
ParameterType.FLOAT, [338, 339], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("AverageLineToLineVoltsTHD", "%",\
ParameterType.FLOAT, [340, 341], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("TotalkWh", "kWh",\
ParameterType.FLOAT, [342, 343], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("TotalkVArh", "kVArh",\
ParameterType.FLOAT, [344, 345], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("L1ImportkWh", "kWh",\
ParameterType.FLOAT, [346, 347], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("L2ImportkWh", "kWh",\
ParameterType.FLOAT, [348, 349], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("L3ImportkWh", "kWh",\
ParameterType.FLOAT, [350, 351], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("L1ExportkWh", "kWh",\
ParameterType.FLOAT, [352, 353], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("L2ExportkWh", "kWh",\
ParameterType.FLOAT, [354, 355], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("L3ExportkWh", "kWh",\
ParameterType.FLOAT, [356, 357], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("L1TotalkWh", "kWh",\
ParameterType.FLOAT, [358, 359], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("L2TotalkWh", "kWh",\
ParameterType.FLOAT, [360, 361], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("L3TotalkWh", "kWh",\
ParameterType.FLOAT, [362, 363], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("L1ImportkVArh", "kVArh",\
ParameterType.FLOAT, [364, 365], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("L2ImportkVArh", "kVArh",\
ParameterType.FLOAT, [366, 367], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("L3ImportkVArh", "kVArh",\
ParameterType.FLOAT, [368, 369], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("L1ExportkVArh", "kVArh",\
ParameterType.FLOAT, [370, 371], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("L2ExportkVArh", "kVArh",\
ParameterType.FLOAT, [372, 373], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("L3ExportkVArh", "kVArh",\
ParameterType.FLOAT, [374, 375], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("L1TotalkVArh", "kVArh",\
ParameterType.FLOAT, [376, 377], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("L2TotalkVArh", "kVArh",\
ParameterType.FLOAT, [378, 379], RegisterType.ReadInputRegisters))
self._parameters.append(\
Parameter("L3TotalkVArh", "kVArh",\
ParameterType.FLOAT, [380, 381], RegisterType.ReadInputRegisters))