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config/custom_components/ecoflow_cloud/devices/delta_max.py
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config/custom_components/ecoflow_cloud/devices/delta_max.py
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from homeassistant.const import Platform
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from . import const, BaseDevice, EntityMigration, MigrationAction
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from .. import EcoflowMQTTClient
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from ..entities import BaseSensorEntity, BaseNumberEntity, BaseSwitchEntity, BaseSelectEntity
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from ..number import ChargingPowerEntity, MinBatteryLevelEntity, MaxBatteryLevelEntity, \
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MaxGenStopLevelEntity, MinGenStartLevelEntity
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from ..sensor import LevelSensorEntity, RemainSensorEntity, TempSensorEntity, CyclesSensorEntity, \
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InWattsSensorEntity, OutWattsSensorEntity, StatusSensorEntity, MilliVoltSensorEntity, \
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InMilliVoltSensorEntity, OutMilliVoltSensorEntity, CapacitySensorEntity, InWattsSolarSensorEntity, \
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OutWattsDcSensorEntity
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from ..switch import BeeperEntity, EnabledEntity
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class DeltaMax(BaseDevice):
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def sensors(self, client: EcoflowMQTTClient) -> list[BaseSensorEntity]:
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return [
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LevelSensorEntity(client, "bmsMaster.soc", const.MAIN_BATTERY_LEVEL)
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.attr("bmsMaster.designCap", const.ATTR_DESIGN_CAPACITY, 0)
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.attr("bmsMaster.fullCap", const.ATTR_FULL_CAPACITY, 0)
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.attr("bmsMaster.remainCap", const.ATTR_REMAIN_CAPACITY, 0),
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CapacitySensorEntity(client, "bmsMaster.designCap", const.MAIN_DESIGN_CAPACITY, False),
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CapacitySensorEntity(client, "bmsMaster.fullCap", const.MAIN_FULL_CAPACITY, False),
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CapacitySensorEntity(client, "bmsMaster.remainCap", const.MAIN_REMAIN_CAPACITY, False),
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LevelSensorEntity(client, "ems.lcdShowSoc", const.COMBINED_BATTERY_LEVEL),
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InWattsSensorEntity(client, "pd.wattsInSum", const.TOTAL_IN_POWER),
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OutWattsSensorEntity(client, "pd.wattsOutSum", const.TOTAL_OUT_POWER),
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InWattsSensorEntity(client, "inv.inputWatts", const.AC_IN_POWER),
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OutWattsSensorEntity(client, "inv.outputWatts", const.AC_OUT_POWER),
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InMilliVoltSensorEntity(client, "inv.acInVol", const.AC_IN_VOLT),
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OutMilliVoltSensorEntity(client, "inv.invOutVol", const.AC_OUT_VOLT),
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InWattsSolarSensorEntity(client, "mppt.inWatts", const.SOLAR_IN_POWER),
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OutWattsDcSensorEntity(client, "mppt.outWatts", const.DC_OUT_POWER),
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OutWattsSensorEntity(client, "pd.typec1Watts", const.TYPEC_1_OUT_POWER),
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OutWattsSensorEntity(client, "pd.typec2Watts", const.TYPEC_2_OUT_POWER),
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OutWattsSensorEntity(client, "pd.usb1Watts", const.USB_1_OUT_POWER),
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OutWattsSensorEntity(client, "pd.usb2Watts", const.USB_2_OUT_POWER),
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OutWattsSensorEntity(client, "pd.qcUsb1Watts", const.USB_QC_1_OUT_POWER),
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OutWattsSensorEntity(client, "pd.qcUsb2Watts", const.USB_QC_2_OUT_POWER),
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RemainSensorEntity(client, "ems.chgRemainTime", const.CHARGE_REMAINING_TIME),
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RemainSensorEntity(client, "ems.dsgRemainTime", const.DISCHARGE_REMAINING_TIME),
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TempSensorEntity(client, "inv.outTemp", "Inv Out Temperature"),
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CyclesSensorEntity(client, "bmsMaster.cycles", const.CYCLES),
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TempSensorEntity(client, "bmsMaster.temp", const.BATTERY_TEMP)
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.attr("bmsMaster.minCellTemp", const.ATTR_MIN_CELL_TEMP, 0)
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.attr("bmsMaster.maxCellTemp", const.ATTR_MAX_CELL_TEMP, 0),
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TempSensorEntity(client, "bmsMaster.minCellTemp", const.MIN_CELL_TEMP, False),
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TempSensorEntity(client, "bmsMaster.maxCellTemp", const.MAX_CELL_TEMP, False),
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MilliVoltSensorEntity(client, "bmsMaster.vol", const.BATTERY_VOLT, False)
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.attr("bmsMaster.minCellVol", const.ATTR_MIN_CELL_VOLT, 0)
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.attr("bmsMaster.maxCellVol", const.ATTR_MAX_CELL_VOLT, 0),
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MilliVoltSensorEntity(client, "bmsMaster.minCellVol", const.MIN_CELL_VOLT, False),
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MilliVoltSensorEntity(client, "bmsMaster.maxCellVol", const.MAX_CELL_VOLT, False),
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# Optional Slave Battery
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#LevelSensorEntity(client, "bms_slave.soc", const.SLAVE_BATTERY_LEVEL, False, True),
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#TempSensorEntity(client, "bms_slave.temp", const.SLAVE_BATTERY_TEMP, False, True),
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#TempSensorEntity(client, "bms_slave.minCellTemp", const.SLAVE_MIN_CELL_TEMP, False),
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#TempSensorEntity(client, "bms_slave.maxCellTemp", const.SLAVE_MAX_CELL_TEMP, False),
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#VoltSensorEntity(client, "bms_slave.vol", const.SLAVE_BATTERY_VOLT, False),
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#VoltSensorEntity(client, "bms_slave.minCellVol", const.SLAVE_MIN_CELL_VOLT, False),
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#VoltSensorEntity(client, "bms_slave.maxCellVol", const.SLAVE_MAX_CELL_VOLT, False),
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#CyclesSensorEntity(client, "bms_slave.cycles", const.SLAVE_CYCLES, False, True),
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#InWattsSensorEntity(client, "bms_slave.inputWatts", const.SLAVE_IN_POWER, False, True),
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#OutWattsSensorEntity(client, "bms_slave.outputWatts", const.SLAVE_OUT_POWER, False, True)
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StatusSensorEntity(client),
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]
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def numbers(self, client: EcoflowMQTTClient) -> list[BaseNumberEntity]:
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return [
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MaxBatteryLevelEntity(client, "ems.maxChargeSoc", const.MAX_CHARGE_LEVEL, 50, 100,
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lambda value: {"moduleType": 2, "operateType": "TCP",
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"params": {"id": 49, "maxChgSoc": value}}),
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MinBatteryLevelEntity(client, "ems.minDsgSoc", const.MIN_DISCHARGE_LEVEL, 0, 30,
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lambda value: {"moduleType": 2, "operateType": "TCP",
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"params": {"id": 51, "minDsgSoc": value}}),
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MinGenStartLevelEntity(client, "ems.minOpenOilEbSoc", const.GEN_AUTO_START_LEVEL, 0, 30,
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lambda value: {"moduleType": 2, "operateType": "TCP",
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"params": {"id": 52, "openOilSoc": value}}),
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MaxGenStopLevelEntity(client, "ems.maxCloseOilEbSoc", const.GEN_AUTO_STOP_LEVEL, 50, 100,
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lambda value: {"moduleType": 2, "operateType": "TCP",
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"params": {"id": 53, "closeOilSoc": value}}),
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ChargingPowerEntity(client, "inv.cfgFastChgWatt", const.AC_CHARGING_POWER, 200, 2000,
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lambda value: {"moduleType": 0, "operateType": "TCP",
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"params": {"slowChgPower": value, "id": 69}}),
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]
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def switches(self, client: EcoflowMQTTClient) -> list[BaseSwitchEntity]:
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return [
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BeeperEntity(client, "pd.beepState", const.BEEPER,
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lambda value: {"moduleType": 5, "operateType": "TCP", "params": {"id": 38, "enabled": value}}),
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EnabledEntity(client, "pd.dcOutState", const.USB_ENABLED,
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lambda value: {"moduleType": 0, "operateType": "TCP", "params": {"enabled": value, "id": 34 }}),
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EnabledEntity(client, "pd.acAutoOnCfg", const.AC_ALWAYS_ENABLED,
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lambda value: {"moduleType": 1, "operateType": "acAutoOn", "params": {"cfg": value}}),
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EnabledEntity(client, "pd.pvChgPrioSet", const.PV_PRIO,
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lambda value: {"moduleType": 1, "operateType": "pvChangePrio", "params": {"pvChangeSet": value}}),
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EnabledEntity(client, "inv.cfgAcEnabled", const.AC_ENABLED,
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lambda value: {"moduleType": 0, "operateType": "TCP", "params": {"enabled": value, "id": 66 }}),
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EnabledEntity(client, "inv.cfgAcXboost", const.XBOOST_ENABLED,
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lambda value: {"moduleType": 5, "operateType": "TCP", "params": {"id": 66, "xboost": value}}),
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EnabledEntity(client, "mppt.carState", const.DC_ENABLED,
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lambda value: {"moduleType": 0, "operateType": "TCP", "params": {"enabled": value, "id": 81 }}),
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]
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def selects(self, client: EcoflowMQTTClient) -> list[BaseSelectEntity]:
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return [
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#DictSelectEntity(client, "mppt.cfgDcChgCurrent", const.DC_CHARGE_CURRENT, const.DC_CHARGE_CURRENT_OPTIONS,
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# lambda value: {"moduleType": 5, "operateType": "dcChgCfg",
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# "params": {"dcChgCfg": value}}),
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#TimeoutDictSelectEntity(client, "pd.lcdOffSec", const.SCREEN_TIMEOUT, const.SCREEN_TIMEOUT_OPTIONS,
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# lambda value: {"moduleType": 1, "operateType": "lcdCfg",
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# "params": {"brighLevel": 255, "delayOff": value}}),
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#TimeoutDictSelectEntity(client, "inv.cfgStandbyMin", const.UNIT_TIMEOUT, const.UNIT_TIMEOUT_OPTIONS,
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# lambda value: {"moduleType": 1, "operateType": "standbyTime",
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# "params": {"standbyMin": value}}),
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#TimeoutDictSelectEntity(client, "mppt.acStandbyMins", const.AC_TIMEOUT, const.AC_TIMEOUT_OPTIONS,
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# lambda value: {"moduleType": 5, "operateType": "standbyTime",
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# "params": {"standbyMins": value}}),
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#TimeoutDictSelectEntity(client, "mppt.carStandbyMin", const.DC_TIMEOUT, const.DC_TIMEOUT_OPTIONS,
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# lambda value: {"moduleType": 5, "operateType": "carStandby",
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# "params": {"standbyMins": value}})
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]
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def migrate(self, version) -> list[EntityMigration]:
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if version == 2:
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return [
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EntityMigration("pd.soc", Platform.SENSOR, MigrationAction.REMOVE),
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]
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return []
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