victron_mqtt

Open source protocol reference

Victron MQTT topics, clearly mapped.

Explore the MQTT topics, measurements, value types, and enums published by Victron GX devices. Search the complete specification and quickly find the data your integration needs.

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498 Documented topics

33 Device types

45 Value enums

GX Gateway based

Protocol overview

How it works

Victron devices publish real-time energy data through an MQTT broker, making it available to automation, monitoring, and energy management systems.

01

Connect through a broker

GX devices connect to Venus OS MQTT or another compatible broker and act as the gateway for connected products.

02

Subscribe to topics

Standard topic paths expose voltages, currents, operating states, alarms, and other measurements.

03

Interpret payloads

Payloads contain numbers, strings, or JSON objects. Metric metadata and enums describe how each value should be handled.

Supported Victron devices

A GX device is required. Cerbo GX, Venus GX, and Color Control GX devices expose data from connected Victron products through MQTT. Inverters, solar controllers, and battery monitors do not expose MQTT directly.

• Cerbo GX / Venus GX / Color Control GXRequired gateways for MQTT access.
• MultiPlus / MultiPlus-II / Quattro / Multi RS SolarInverter-charger product families, including Multi RS Solar 48/6000.
• EasySolar / EasySolar-II / PhoenixInverter and integrated power solutions.
• SmartSolar / BlueSolar MPPTVictron solar charge controllers, including MPPT 75/10 through 250/100 models.
• BMV battery monitorsBMV-600/700 series, BMV-702, BMV-712, and similar models.
• SmartShuntSmartShunt 500A, 1000A, and related variants.
• Lynx power componentsLynx Shunt, Lynx Distributor, and related Lynx modules.
• VE.Direct / VE.Can devicesMPPTs and other products connected through supported GX interfaces.
• GX accessories and connectivityGX Touch, Smart Battery Sense, GlobalLink, GX LTE, and other peripherals.
• Third-party devices via GXDevices bridged through VE.Bus, VE.Can, or VE.Direct.

Data catalogue

MQTT topics

Search every field or combine filters to narrow the specification. Your current search is stored in the page URL so it can be shared.

Search all topic fields

Device type All device types AC load AC system Alternator charger Auxiliary battery Battery Battery charging Charger DC/DC charger DC load DC source DC system Digital input Electric vehicle EV charging station Generator GPS Grid Heat pump Hub4 Inverter Irradiance sensor Multi RS Solar MultiPlus Platform PV inverter Solar charger Switch Switchable output Victron Venus Liquid tank Temperature Transfer switch VE.Bus

Metric type All metric types ALTITUDE APPARENT_POWER COST CURRENT DISTANCE DURATION DYNAMIC ELECTRIC_STORAGE_CAPACITY ELECTRIC_STORAGE_PERCENTAGE ENERGY ENUM FREQUENCY HEADING HUMIDITY IRRADIANCE LATITUDE LIQUID_VOLUME LOCATION LONGITUDE NONE PERCENTAGE POWER POWER_FACTOR PRESSURE SPEED TEMPERATURE TIME TIMESTAMP VOLTAGE

Advanced filters

Message type All message types BINARY_SENSOR BUTTON DEVICE_TRACKER DYNAMIC NUMBER SELECT SENSOR SERVICE SWITCH TIME

Unit All units % A Ah Hz L V VA W W/m² cycles h hPa kWh km lat long m/s min modules outputs phases resets s satellites schedules switch_{output}_unit:% syncs ° °C

Value type All value types BITMASK ENUM EPOCH EPOCH_DEFAULT_NA FLOAT FLOAT_M3_TO_LITERS GPS_LOCATION INT INT_DEFAULT_0 INT_SECONDS_TO_HOURS INT_SECONDS_TO_MINUTES STRING

Enum All enums ACActiveInputSource ACSystemMode AcInputTypeEnum ActiveInputEnum BMSMode BatteryState ChargeSchedule ChargerMode DESSErrorCode DESSMode DESSReactiveStrategy DESSRestrictions DESSStrategy DVCCMode DigitalInputInputState DigitalInputState DigitalInputType ESSMode ESSModeHub4 ESSState ESSUserMode ErrorCode EvChargerMode EvChargerPosition EvChargerStatus EvChargingState FirmwareUpdateState FluidType GeneratorRunningByConditionCode GenericAlarmEnum GenericOnOff GenericOnOffInverted InverterMode MppOperationMode PhoenixInverterMode PreferRenewableEnergyEnum SolarChargerDeviceOffReason State SwitchableOutputType TemperatureStatus TemperatureType VrmPortalMode

Columns

Device type Short ID Name Description Unit Message type Metric type Metric nature Value type Precision Enum Minimum Maximum

Showing 498 of 498 topics

Topic	Device Type	Short ID	Name	Description	Unit	Message Type	Metric Type	Metric Nature	Value Type	Precision	Enum	Min	Max
N/{installation_id}/acload/{device_id}/Ac/Current	AC load	acload_current	Load current	Measured load current for the AC load.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/acload/{device_id}/Ac/Energy/Forward	AC load	acload_energy_forward	Consumption	Energy recorded as consumption for the AC load.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/acload/{device_id}/Ac/Frequency	AC load	acload_frequency	Frequency	Measured frequency for the AC load.	Hz	SENSOR	FREQUENCY	MEASUREMENT	FLOAT	2	—	—	—
N/{installation_id}/acload/{device_id}/Ac/Power	AC load	acload_power	Power	Measured power for the AC load.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/acload/{device_id}/Ac/Voltage	AC load	acload_voltage	Voltage	Measured voltage for the AC load.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/acload/{device_id}/Ac/{phase}/Current	AC load	acload_current_{phase}	Current on {phase}	Measured current on an AC phase for the AC load.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/acload/{device_id}/Ac/{phase}/Energy/Forward	AC load	acload_energy_forward_{phase}	Consumption on {phase}	Energy recorded as consumption on an AC phase for the AC load.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/acload/{device_id}/Ac/{phase}/Power	AC load	acload_power_{phase}	Power on {phase}	Measured power on an AC phase for the AC load.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/acload/{device_id}/Ac/{phase}/Voltage	AC load	acload_voltage_{phase}	Voltage on {phase}	Measured voltage on an AC phase for the AC load.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/acsystem/{device_id}/Mode	AC system	acsystem_mode	Mode	Selected operating mode for the AC system.		SELECT	ENUM	NONE	ENUM	—	ACSystemMode	—	—
N/{installation_id}/alternator/{device_id}/Dc/0/Current	Alternator charger	alternator_dc_current	DC output current	Measured DC output current for the alternator charger.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/alternator/{device_id}/Dc/0/Power	Alternator charger	alternator_dc_power	DC output power	Measured DC output power for the alternator charger.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/alternator/{device_id}/Dc/0/Voltage	Alternator charger	alternator_dc_voltage	DC output voltage	Measured DC output voltage for the alternator charger.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/alternator/{device_id}/Dc/In/I	Alternator charger	alternator_input_current	Input current	Measured input current for the alternator charger.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/alternator/{device_id}/Dc/In/P	Alternator charger	alternator_input_power	Input power	Measured input power for the alternator charger.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/alternator/{device_id}/Dc/In/V	Alternator charger	alternator_input_voltage	Input voltage	Measured input voltage for the alternator charger.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/alternator/{device_id}/Mode	Alternator charger	alternator_mode	Mode	Controls mode for the alternator charger.		SWITCH	ENUM	NONE	ENUM	—	ChargerMode	—	—
N/{installation_id}/alternator/{device_id}/Settings/ChargeCurrentLimit	Alternator charger	alternator_charge_current_limit	Charge current limit	Configured charge current limit for the alternator charger.	A	NUMBER	CURRENT	MEASUREMENT	FLOAT	1	—	0	{"capability"=>"max_charge_current", "default"=>200}
N/{installation_id}/alternator/{device_id}/State	Alternator charger	alternator_state	State	Current operating state of the alternator charger.		SENSOR	ENUM	NONE	ENUM	—	State	—	—
N/{installation_id}/battery/{device_id}/Alarms/BmsCable	Battery	battery_bms_cable	BMS cable	Current severity of the BMS cable alarm for the battery.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/battery/{device_id}/Alarms/CellImbalance	Battery	battery_cell_imbalance	Cell imbalance	Current severity of the cell imbalance alarm for the battery.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/battery/{device_id}/Alarms/FuseBlown	Battery	battery_fuse_blown	Fuse blown	Current severity of the fuse blown alarm for the battery.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/battery/{device_id}/Alarms/HighCellVoltage	Battery	battery_high_cell_voltage	High cell voltage	Current severity of the high cell voltage alarm for the battery.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/battery/{device_id}/Alarms/HighChargeCurrent	Battery	battery_high_charge_current	High charge current	Current severity of the high charge current alarm for the battery.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/battery/{device_id}/Alarms/HighChargeTemperature	Battery	battery_high_charge_temperature	High charge temperature	Current severity of the high charge temperature alarm for the battery.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/battery/{device_id}/Alarms/HighDischargeCurrent	Battery	battery_high_discharge_current	High discharge current	Current severity of the high discharge current alarm for the battery.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/battery/{device_id}/Alarms/HighInternalTemperature	Battery	battery_high_internal_temperature	High internal temperature	Current severity of the high internal temperature alarm for the battery.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/battery/{device_id}/Alarms/HighTemperature	Battery	battery_high_temperature	High temperature	Current severity of the high temperature alarm for the battery.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/battery/{device_id}/Alarms/HighVoltage	Battery	battery_high_voltage	High voltage	Current severity of the high voltage alarm for the battery.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/battery/{device_id}/Alarms/InternalFailure	Battery	battery_internal_failure	Internal failure	Current severity of the internal failure alarm for the battery.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/battery/{device_id}/Alarms/LowCellVoltage	Battery	battery_low_cell_voltage	Low cell voltage	Current severity of the low cell voltage alarm for the battery.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/battery/{device_id}/Alarms/LowChargeTemperature	Battery	battery_low_charge_temperature	Low charge temperature	Current severity of the low charge temperature alarm for the battery.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/battery/{device_id}/Alarms/LowSoc	Battery	battery_low_soc	Low state of charge	Current severity of the low state of charge alarm for the battery.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/battery/{device_id}/Alarms/LowTemperature	Battery	battery_low_temperature	Low temperature	Current severity of the low temperature alarm for the battery.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/battery/{device_id}/Alarms/LowVoltage	Battery	battery_low_voltage	Low voltage	Current severity of the low voltage alarm for the battery.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/battery/{device_id}/Alarms/StateOfHealth	Battery	battery_state_of_health_alarm	State of health alarm	Current severity of the state of health alarm for the battery.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/battery/{device_id}/Capacity	Battery	battery_capacity	Capacity	Reports capacity for the battery.	Ah	SENSOR	ELECTRIC_STORAGE_CAPACITY	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/battery/{device_id}/ConsumedAmphours	Battery	battery_consumed_amphours	Consumed amp-hours	Reports consumed amp-hours for the battery. Always negative (to have the same sign as the current).	Ah	SENSOR	ELECTRIC_STORAGE_CAPACITY	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/battery/{device_id}/Dc/0/Current	Battery	battery_current	DC bus current	Measured DC bus current for the battery. Positive values indicate charging; negative values indicate discharging.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/battery/{device_id}/Dc/0/MidVoltage	Battery	battery_mid_voltage	DC bus mid voltage	Measured DC bus mid voltage for the battery.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/battery/{device_id}/Dc/0/MidVoltageDeviation	Battery	battery_mid_voltage_deviation	DC bus mid voltage deviation	Reports DC bus mid voltage deviation for the battery.	%	SENSOR	PERCENTAGE	NONE	FLOAT	1	—	—	—
N/{installation_id}/battery/{device_id}/Dc/0/Power	Battery	battery_power	Power	Measured power for the battery.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/battery/{device_id}/Dc/0/Temperature	Battery	battery_temperature	Temperature	Measured temperature for the battery.	°C	SENSOR	TEMPERATURE	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/battery/{device_id}/Dc/0/Voltage	Battery	battery_voltage	DC bus voltage	Measured DC bus voltage for the battery.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/battery/{device_id}/Dc/1/Voltage	Auxiliary battery	auxiliary_battery_voltage	Auxiliary battery voltage	Measured auxiliary battery voltage for the battery.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/battery/{device_id}/History/AutomaticSyncs	Battery	battery_automatic_syncs	Automatic syncs	Reports automatic syncs for the battery. Not supported by CAN-bus BMS batteries.	syncs	SENSOR	NONE	TOTAL_INCREASING	INT	—	—	—	—
N/{installation_id}/battery/{device_id}/History/AverageDischarge	Battery	battery_average_discharge	Average discharge	Reports average discharge for the battery. Not supported by CAN-bus BMS batteries.	Ah	SENSOR	ELECTRIC_STORAGE_CAPACITY	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/battery/{device_id}/History/ChargeCycles	Battery	battery_total_charge_cycles	Total charge cycles	Reports total charge cycles for the battery. Not supported by CAN-bus BMS batteries.	cycles	SENSOR	NONE	TOTAL_INCREASING	INT	—	—	—	—
N/{installation_id}/battery/{device_id}/History/ChargedEnergy	Battery	battery_charged_energy	Charged energy	Energy recorded as charged energy for the battery. Not supported by CAN-bus BMS batteries.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/battery/{device_id}/History/DeepestDischarge	Battery	battery_deepest_discharge	Deepest discharge	Reports deepest discharge for the battery. Not supported by CAN-bus BMS batteries.	Ah	SENSOR	ELECTRIC_STORAGE_CAPACITY	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/battery/{device_id}/History/DischargedEnergy	Battery	battery_discharged_energy	Discharged energy	Energy recorded as discharged energy for the battery. Not supported by CAN-bus BMS batteries.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/battery/{device_id}/History/LastDischarge	Battery	battery_last_discharge	Last discharge	Reports last discharge for the battery. Not supported by CAN-bus BMS batteries.	Ah	SENSOR	ELECTRIC_STORAGE_CAPACITY	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/battery/{device_id}/History/MaximumVoltage	Battery	battery_maximum_voltage	Maximum voltage	Measured maximum voltage for the battery. Not supported by CAN-bus BMS batteries.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/battery/{device_id}/History/MinimumVoltage	Battery	battery_minimum_voltage	Minimum voltage	Measured minimum voltage for the battery. Not supported by CAN-bus BMS batteries.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/battery/{device_id}/History/TimeSinceLastFullCharge	Battery	battery_time_since_last_full_charge	Time since last full charge	Reports time since last full charge for the battery. Not supported by CAN-bus BMS batteries.	s	SENSOR	DURATION	MEASUREMENT	INT	—	—	—	—
N/{installation_id}/battery/{device_id}/History/TotalAhDrawn	Battery	battery_cumulative_ah_drawn	Cumulative Ah drawn	Reports cumulative Ah drawn for the battery. Not supported by CAN-bus BMS batteries.	Ah	SENSOR	ELECTRIC_STORAGE_CAPACITY	TOTAL	FLOAT	1	—	—	—
N/{installation_id}/battery/{device_id}/Info/ChargeMode	Battery charging	charge_mode	Charge mode	Reports charge mode for the battery.	—	SENSOR	NONE	NONE	STRING	—	—	—	—
N/{installation_id}/battery/{device_id}/Info/MaxChargeCurrent	Battery	battery_max_charge_current	Maximum allowed charge current	Measured maximum allowed charge current for the battery. Not supported by all Victron products. Supported by third-party CAN-bus batteries and Lynx NG.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/battery/{device_id}/Info/MaxChargeVoltage	Battery	battery_max_charge_voltage	Maximum allowed charging voltage	Measured maximum allowed charging voltage for the battery. Not supported by all Victron products. Supported by third-party CAN-bus batteries and Lynx NG.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/battery/{device_id}/Info/MaxDischargeCurrent	Battery	battery_max_discharge_current	Maximum allowed discharge current	Measured maximum allowed discharge current for the battery. Not supported by all Victron products. Supported by third-party CAN-bus batteries and Lynx NG.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/battery/{device_id}/InstalledCapacity	Battery	battery_installed_capacity	Installed capacity	Reports installed capacity for the battery.	Ah	SENSOR	ELECTRIC_STORAGE_CAPACITY	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/battery/{device_id}/Io/AllowToCharge	Battery	battery_allow_to_charge	Allow to charge	Indicates whether the BMS allows the battery to charge.		BINARY_SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/battery/{device_id}/Io/AllowToDischarge	Battery	battery_allow_to_discharge	Allow to discharge	Indicates whether the BMS allows the battery to discharge.		BINARY_SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/battery/{device_id}/Mode	Battery	battery_bms_mode	BMS mode	Selected BMS mode for the battery.		SELECT	ENUM	NONE	ENUM	—	BMSMode	—	—
N/{installation_id}/battery/{device_id}/Soc	Battery	battery_soc	Charge	Reports charge for the battery.	%	SENSOR	ELECTRIC_STORAGE_PERCENTAGE	MEASUREMENT	FLOAT	1	—	0	100
N/{installation_id}/battery/{device_id}/Soh	Battery	battery_soh	State of health	Reports state of health for the battery. Not supported by all Victron products. Supported by third-party CAN-bus batteries and Lynx NG.	%	SENSOR	PERCENTAGE	NONE	FLOAT	1	—	—	—
N/{installation_id}/battery/{device_id}/System/MaxCellTemperature	Battery	battery_max_cell_temperature	Maximum cell temperature	Measured maximum cell temperature for the battery.	°C	SENSOR	TEMPERATURE	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/battery/{device_id}/System/MaxCellVoltage	Battery	battery_max_cell_voltage	Maximum cell voltage	Measured maximum cell voltage for the battery.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/battery/{device_id}/System/MaxTemperatureCellId	Battery	battery_max_temperature_cell_id	Maximum temperature cell ID	Reports maximum temperature cell ID for the battery.	—	SENSOR	NONE	NONE	STRING	—	—	—	—
N/{installation_id}/battery/{device_id}/System/MaxVoltageCellId	Battery	battery_max_voltage_cell_id	Maximum voltage cell ID	Reports maximum voltage cell ID for the battery.	—	SENSOR	NONE	NONE	STRING	—	—	—	—
N/{installation_id}/battery/{device_id}/System/MinCellTemperature	Battery	battery_min_cell_temperature	Minimum cell temperature	Measured minimum cell temperature for the battery.	°C	SENSOR	TEMPERATURE	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/battery/{device_id}/System/MinCellVoltage	Battery	battery_min_cell_voltage	Minimum cell voltage	Measured minimum cell voltage for the battery.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/battery/{device_id}/System/MinTemperatureCellId	Battery	battery_min_temperature_cell_id	Minimum temperature cell ID	Reports minimum temperature cell ID for the battery.	—	SENSOR	NONE	NONE	STRING	—	—	—	—
N/{installation_id}/battery/{device_id}/System/MinVoltageCellId	Battery	battery_min_voltage_cell_id	Minimum voltage cell ID	Reports minimum voltage cell ID for the battery.	—	SENSOR	NONE	NONE	STRING	—	—	—	—
N/{installation_id}/battery/{device_id}/System/NrOfModulesBlockingCharge	Battery	battery_nr_modules_blocking_charge	Number of modules blocking charge	Reports number of modules blocking charge for the battery.	modules	SENSOR	NONE	NONE	INT	—	—	—	—
N/{installation_id}/battery/{device_id}/System/NrOfModulesBlockingDischarge	Battery	battery_nr_modules_blocking_discharge	Number of modules blocking discharge	Reports number of modules blocking discharge for the battery.	modules	SENSOR	NONE	NONE	INT	—	—	—	—
N/{installation_id}/battery/{device_id}/System/NrOfModulesOffline	Battery	battery_nr_modules_offline	Number of modules offline	Reports number of modules offline for the battery.	modules	SENSOR	NONE	NONE	INT	—	—	—	—
N/{installation_id}/battery/{device_id}/System/NrOfModulesOnline	Battery	battery_nr_modules_online	Number of modules online	Reports number of modules online for the battery.	modules	SENSOR	NONE	NONE	INT	—	—	—	—
N/{installation_id}/battery/{device_id}/TimeToGo	Battery	battery_time_to_go	Time to go	Reports time to go for the battery. Special value: 0 = charging. Not supported by CAN-bus BMS batteries.	s	SENSOR	DURATION	MEASUREMENT	INT	—	—	—	—
N/{installation_id}/battery/{device_id}/Voltages/Cell{cell_id(1-16)}	Battery	battery_cell_{cell_id}_voltage	Cell {cell_id} voltage	Measured voltage for an individual battery cell.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/battery/{device_id}/Voltages/Diff	Battery	battery_cell_voltage_deviation	Cell voltage deviation	Measured cell voltage deviation for the battery.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/charger/{device_id}/Ac/In/CurrentLimit	Charger	charger_ac_in_current_limit	AC input current limit	Configured AC input current limit for the AC charger.	A	NUMBER	CURRENT	MEASUREMENT	FLOAT	1	—	0	32
N/{installation_id}/charger/{device_id}/Ac/In/{phase}/I	Charger	charger_ac_in_current_{phase}	AC input current {phase}	Measured AC input current for an AC phase of the charger.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/charger/{device_id}/Dc/{output}/Current	Charger	charger_dc_current_{output}	DC output {output} current	Measured current for a numbered DC output of the AC charger.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/charger/{device_id}/Dc/{output}/Voltage	Charger	charger_dc_voltage_{output}	DC output {output} voltage	Measured voltage for a numbered DC output of the AC charger.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/charger/{device_id}/ErrorCode	Charger	charger_error_code	Error code	Current error condition of the AC charger.		SENSOR	ENUM	NONE	ENUM	—	ErrorCode	—	—
N/{installation_id}/charger/{device_id}/Mode	Charger	charger_mode	Mode	Controls mode for the AC charger.		SWITCH	ENUM	NONE	ENUM	—	ChargerMode	—	—
N/{installation_id}/charger/{device_id}/NrOfOutputs	Charger	charger_nr_of_outputs	Number of outputs	Reports number of outputs for the AC charger.	outputs	SENSOR	NONE	NONE	INT	—	—	—	—
N/{installation_id}/charger/{device_id}/State	Charger	charger_state	State	Current operating state of the AC charger.		SENSOR	ENUM	NONE	ENUM	—	State	—	—
N/{installation_id}/dcdc/{device_id}/Dc/0/Current	DC/DC charger	dcdc_dc_current	DC output current	Measured DC output current for the DC/DC charger.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/dcdc/{device_id}/Dc/0/Power	DC/DC charger	dcdc_dc_power	DC output power	Measured DC output power for the DC/DC charger.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/dcdc/{device_id}/Dc/0/Voltage	DC/DC charger	dcdc_dc_voltage	DC output voltage	Measured DC output voltage for the DC/DC charger.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/dcdc/{device_id}/Dc/In/I	DC/DC charger	dcdc_input_current	Input current	Measured input current for the DC/DC charger.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/dcdc/{device_id}/Dc/In/P	DC/DC charger	dcdc_input_power	Input power	Measured input power for the DC/DC charger.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/dcdc/{device_id}/Dc/In/V	DC/DC charger	dcdc_input_voltage	Input voltage	Measured input voltage for the DC/DC charger.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/dcdc/{device_id}/Mode	DC/DC charger	dcdc_mode	Mode	Controls mode for the DC/DC charger.		SWITCH	ENUM	NONE	ENUM	—	ChargerMode	—	—
N/{installation_id}/dcdc/{device_id}/State	DC/DC charger	dcdc_state	State	Current operating state of the DC/DC charger.		SENSOR	ENUM	NONE	ENUM	—	State	—	—
N/{installation_id}/dcload/{device_id}/Dc/0/Current	DC load	dcload_current	Current	Measured current for the DC load.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/dcload/{device_id}/Dc/0/Power	DC load	dcload_power	Power	Measured power for the DC load.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/dcload/{device_id}/Dc/0/Voltage	DC load	dcload_voltage	Voltage	Measured voltage for the DC load.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/dcsource/{device_id}/Dc/0/Current	DC source	dcsource_current	Current	Measured current for the DC source.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/dcsource/{device_id}/Dc/0/Power	DC source	dcsource_power	Power	Measured power for the DC source.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/dcsource/{device_id}/Dc/0/Temperature	DC source	dcsource_temperature	Temperature	Measured temperature for the DC source.	°C	SENSOR	TEMPERATURE	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/dcsource/{device_id}/Dc/0/Voltage	DC source	dcsource_voltage	Voltage	Measured voltage for the DC source.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/dcsystem/{device_id}/Dc/0/Current	DC system	dcsystem_current	Current	Measured current for the DC system.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/dcsystem/{device_id}/Dc/0/Power	DC system	dcsystem_power	Power	Measured power for the DC system.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/dcsystem/{device_id}/Dc/0/Voltage	DC system	dcsystem_voltage	Voltage	Measured voltage for the DC system.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/dcsystem/{device_id}/Dc/1/Voltage	DC system	dcsystem_aux_voltage	Auxiliary voltage	Measured auxiliary voltage for the DC system.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/digitalinput/{device_id}/Alarm	Digital input	digitalinput_alarm	Alarm	Current severity of the alarm for the digital input.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/digitalinput/{device_id}/InputState	Digital input	digitalinput_input_state_raw	Raw state	Current operating state of the digital input.		SENSOR	ENUM	NONE	ENUM	—	DigitalInputInputState	—	—
N/{installation_id}/digitalinput/{device_id}/Settings/InvertTranslation	Digital input	digitalinput_settings_invert_translation	Invert digital input	Controls invert digital input for the digital input.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/digitalinput/{device_id}/State	Digital input	digitalinput_state	State	Current operating state of the digital input.		SENSOR	ENUM	NONE	ENUM	—	DigitalInputState	—	—
N/{installation_id}/digitalinput/{device_id}/Type	Digital input	digitalinput_type	Type	Configured type for the digital input.		SENSOR	ENUM	NONE	ENUM	—	DigitalInputType	—	—
N/{installation_id}/ev/{device_id}/Ac/Current	Electric vehicle	ev_ac_current	AC current	Measured AC current for the electric vehicle.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/ev/{device_id}/Ac/Energy/Forward	Electric vehicle	ev_ac_energy_forward	Total energy	Energy recorded as total energy for the electric vehicle.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/ev/{device_id}/Ac/MaxChargeCurrent	Electric vehicle	ev_ac_max_charge_current	Max charge current	Measured max charge current for the electric vehicle.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/ev/{device_id}/Ac/MinChargeCurrent	Electric vehicle	ev_ac_min_charge_current	Min charge current	Measured min charge current for the electric vehicle.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/ev/{device_id}/Ac/NrOfPhases	Electric vehicle	ev_ac_nr_of_phases	Number of phases	Reports number of phases for the electric vehicle.	—	SENSOR	NONE	NONE	INT	—	—	—	—
N/{installation_id}/ev/{device_id}/Ac/Power	Electric vehicle	ev_ac_power	AC power	Measured AC power for the electric vehicle.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/ev/{device_id}/Ac/Voltage	Electric vehicle	ev_ac_voltage	AC voltage	Measured AC voltage for the electric vehicle.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/ev/{device_id}/Alarms/StarterBatteryLow	Electric vehicle	ev_alarm_starter_battery_low	Starter battery low	Current severity of the starter battery low alarm for the electric vehicle.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/ev/{device_id}/AtSite	Electric vehicle	ev_at_site	At site	Indicates whether the electric vehicle is at the configured site.		BINARY_SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/ev/{device_id}/BatteryCapacity	Electric vehicle	ev_battery_capacity	Battery capacity	Reports battery capacity for the electric vehicle.	Ah	SENSOR	ELECTRIC_STORAGE_CAPACITY	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/ev/{device_id}/BatteryTemperature	Electric vehicle	ev_battery_temperature	Battery temperature	Measured battery temperature for the electric vehicle.	°C	SENSOR	TEMPERATURE	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/ev/{device_id}/ChargingStarted	Electric vehicle	ev_charging_started	Charging started	Reports charging started for the electric vehicle.	—	SENSOR	TIMESTAMP	NONE	EPOCH_DEFAULT_NA	—	—	—	—
N/{installation_id}/ev/{device_id}/ChargingState	Electric vehicle	ev_charging_state	Charging state	Current operating state of the electric vehicle.		SENSOR	ENUM	NONE	ENUM	—	EvChargingState	—	—
N/{installation_id}/ev/{device_id}/Dc/Current	Electric vehicle	ev_dc_current	DC current	Measured DC current for the electric vehicle.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/ev/{device_id}/Dc/Power	Electric vehicle	ev_dc_power	DC power	Measured DC power for the electric vehicle.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/ev/{device_id}/Dc/Voltage	Electric vehicle	ev_dc_voltage	DC voltage	Measured DC voltage for the electric vehicle.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/ev/{device_id}/LastEvContact	Electric vehicle	ev_last_ev_contact	Last EV contact	Reports last EV contact for the electric vehicle.	—	SENSOR	TIMESTAMP	NONE	EPOCH	—	—	—	—
N/{installation_id}/ev/{device_id}/Odometer	Electric vehicle	ev_odometer	Odometer	Measured odometer for the electric vehicle.	km	SENSOR	DISTANCE	NONE	FLOAT	2	—	—	—
N/{installation_id}/ev/{device_id}/Position/Latitude	Electric vehicle	ev_latitude	Latitude	Reports latitude for the electric vehicle.	lat	SENSOR	LATITUDE	NONE	FLOAT	—	—	—	—
N/{installation_id}/ev/{device_id}/Position/Longitude	Electric vehicle	ev_longitude	Longitude	Reports longitude for the electric vehicle.	long	SENSOR	LONGITUDE	NONE	FLOAT	—	—	—	—
$$func/ev/gps_location	Electric vehicle	ev_gps_location	Location	Combines the electric vehicle latitude and longitude into a geographic location.	—	DEVICE_TRACKER	LOCATION	NONE	GPS_LOCATION	—	—	—	—
N/{installation_id}/ev/{device_id}/RangeToGo	Electric vehicle	ev_range_to_go	Range to go	Measured range to go for the electric vehicle.	km	SENSOR	DISTANCE	NONE	FLOAT	2	—	—	—
N/{installation_id}/ev/{device_id}/Soc	Electric vehicle	ev_soc	State of charge	Reports state of charge for the electric vehicle.	%	SENSOR	ELECTRIC_STORAGE_PERCENTAGE	MEASUREMENT	FLOAT	1	—	0	100
N/{installation_id}/ev/{device_id}/TargetSoc	Electric vehicle	ev_target_soc	Target state of charge	Reports target state of charge for the electric vehicle.	%	SENSOR	ELECTRIC_STORAGE_PERCENTAGE	MEASUREMENT	FLOAT	1	—	0	100
N/{installation_id}/ev/{device_id}/VIN	Electric vehicle	ev_vin	VIN	Reports vIN for the electric vehicle.	—	SENSOR	NONE	NONE	STRING	—	—	—	—
N/{installation_id}/evcharger/{device_id}/Ac/Energy/Forward	EV charging station	evcharger_total_energy	Total energy	Energy recorded as total energy for the EV charging station.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/evcharger/{device_id}/Ac/Power	EV charging station	evcharger_power	Power	Measured power for the EV charging station.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/evcharger/{device_id}/Ac/{phase}/Power	EV charging station	evcharger_power_{phase}	Power {phase}	Measured power for an AC phase of the EV charging station.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/evcharger/{device_id}/AutoStart	EV charging station	evcharger_auto_start	Auto start	Controls auto start for the EV charging station.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/evcharger/{device_id}/Connected	EV charging station	evcharger_connected	Connected	Indicates whether an electric vehicle is connected to the charging station.		BINARY_SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/evcharger/{device_id}/Current	EV charging station	evcharger_current	Current	Measured current for the EV charging station.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/evcharger/{device_id}/MaxCurrent	EV charging station	evcharger_max_set_current	Max charging current	Configured max charging current for the EV charging station.	A	NUMBER	CURRENT	MEASUREMENT	INT	—	—	evcharger_min_set_current:6	32
N/{installation_id}/evcharger/{device_id}/MinCurrent	EV charging station	evcharger_min_set_current	Min charging current	Configured min charging current for the EV charging station.	A	NUMBER	CURRENT	MEASUREMENT	INT	—	—	6	evcharger_max_set_current:32
N/{installation_id}/evcharger/{device_id}/Mode	EV charging station	evcharger_mode	Mode	Selected operating mode for the EV charging station.		SELECT	ENUM	NONE	ENUM	—	EvChargerMode	—	—
N/{installation_id}/evcharger/{device_id}/Position	EV charging station	evcharger_position	Position	Current position for the EV charging station.		SENSOR	ENUM	NONE	ENUM	—	EvChargerPosition	—	—
N/{installation_id}/evcharger/{device_id}/Session/Cost	EV charging station	evcharger_session_cost	Last session cost	Reports last session cost for the EV charging station.	—	SENSOR	COST	NONE	FLOAT	2	—	—	—
N/{installation_id}/evcharger/{device_id}/Session/Energy	EV charging station	evcharger_session_energy	Last session energy	Energy recorded as last session energy for the EV charging station.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/evcharger/{device_id}/Session/Time	EV charging station	evcharger_session_time	Last session time	Reports last session time for the EV charging station.	min	SENSOR	DURATION	MEASUREMENT	INT_SECONDS_TO_MINUTES	0	—	—	—
N/{installation_id}/evcharger/{device_id}/SetCurrent	EV charging station	evcharger_set_current	Charge current setpoint	Configured charge current setpoint for the EV charging station.	A	NUMBER	CURRENT	MEASUREMENT	INT	—	—	evcharger_min_set_current:0	evcharger_max_set_current:32
N/{installation_id}/evcharger/{device_id}/StartStop	EV charging station	evcharger_charge	EV charging	Controls eV charging for the EV charging station.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/evcharger/{device_id}/Status	EV charging station	evcharger_status	Status	Current status of the EV charging station.		SENSOR	ENUM	NONE	ENUM	—	EvChargerStatus	—	—
N/{installation_id}/generator/{device_id}/AccumulatedRuntime	Generator	generator_total_runtime	Total runtime	Reports total runtime for the generator.	h	SENSOR	DURATION	TOTAL_INCREASING	INT_SECONDS_TO_HOURS	1	—	—	—
N/{installation_id}/generator/{device_id}/AutoStartEnabled	Generator	generator_autorun	Auto-start enabled	Controls auto-start enabled for the generator.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/generator/{device_id}/ManualStart	Generator	generator_manual_start	Manual start	Controls manual start for the generator.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/generator/{device_id}/NextTestRun	Generator	generator_next_test_run	Next test run	Reports next test run for the generator.	—	SENSOR	TIMESTAMP	NONE	EPOCH	—	—	—	—
N/{installation_id}/generator/{device_id}/RunningByConditionCode	Generator	generator_run_state	Run state	Current operating state of the generator.		SENSOR	ENUM	NONE	ENUM	—	GeneratorRunningByConditionCode	—	—
N/{installation_id}/generator/{device_id}/ServiceCounter	Generator	generator_service_counter	Service counter	Reports service counter for the generator.	h	SENSOR	DURATION	TOTAL_INCREASING	INT_SECONDS_TO_HOURS	0	—	—	—
N/{installation_id}/generator/{device_id}/TodayRuntime	Generator	generator_today_runtime	Today runtime	Reports today runtime for the generator.	h	SENSOR	DURATION	TOTAL_INCREASING	INT_SECONDS_TO_HOURS	1	—	—	—
N/{installation_id}/gps/{device_id}/Altitude	GPS	gps_altitude	Altitude	Reports altitude for the GPS receiver.	—	SENSOR	ALTITUDE	NONE	FLOAT	2	—	—	—
N/{installation_id}/gps/{device_id}/Connected	GPS	gps_connected	Connected	Indicates whether the GPS receiver is connected.		BINARY_SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/gps/{device_id}/Course	GPS	gps_course	Course	Reports course for the GPS receiver. Direction of movement 0-360 degrees.	°	SENSOR	HEADING	NONE	FLOAT	2	—	—	—
N/{installation_id}/gps/{device_id}/Fix	GPS	gps_fix	Fix	Indicates whether the GPS receiver has a valid position fix.		BINARY_SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/gps/{device_id}/NrOfSatellites	GPS	gps_nrofsatellites	Number of satellites	Reports number of satellites for the GPS receiver.	satellites	SENSOR	NONE	NONE	INT	—	—	—	—
N/{installation_id}/gps/{device_id}/Position/Latitude	GPS	gps_latitude	Latitude	Reports latitude for the GPS receiver.	lat	SENSOR	LATITUDE	NONE	FLOAT	—	—	—	—
N/{installation_id}/gps/{device_id}/Position/Longitude	GPS	gps_longitude	Longitude	Reports longitude for the GPS receiver.	long	SENSOR	LONGITUDE	NONE	FLOAT	—	—	—	—
N/{installation_id}/gps/{device_id}/Speed	GPS	gps_speed	Speed	Measured speed for the GPS receiver.	m/s	SENSOR	SPEED	NONE	FLOAT	2	—	—	—
$$func/gps/gps_location	GPS	gps_location	Location	Combines the GPS latitude and longitude into a geographic location.	—	DEVICE_TRACKER	LOCATION	NONE	GPS_LOCATION	—	—	—	—
N/{installation_id}/grid/{device_id}/Ac/Current	Grid	grid_current	Current	Measured current for the grid meter.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/grid/{device_id}/Ac/Energy/Forward	Grid	grid_energy_forward	Consumption	Energy recorded as consumption for the grid meter. Depending on the energy summation method used by the meter, this may be different to the sum of the individual counters.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/grid/{device_id}/Ac/Energy/Reverse	Grid	grid_energy_reverse	Feed-in	Energy recorded as feed-in for the grid meter.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/grid/{device_id}/Ac/Frequency	Grid	grid_frequency	Frequency	Measured frequency for the grid meter.	Hz	SENSOR	FREQUENCY	MEASUREMENT	FLOAT	2	—	—	—
N/{installation_id}/grid/{device_id}/Ac/N/Current	Grid	grid_current_n	Current on N	Measured current on N for the grid meter.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/grid/{device_id}/Ac/PENVoltage	Grid	grid_voltage_pen	Voltage on PEN	Measured voltage on PEN for the grid meter.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/grid/{device_id}/Ac/Power	Grid	grid_power	Power	Measured power for the grid meter.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/grid/{device_id}/Ac/PowerFactor	Grid	grid_power_factor	Power factor	Measured power factor for the grid meter.	—	SENSOR	POWER_FACTOR	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/grid/{device_id}/Ac/Voltage	Grid	grid_voltage	Voltage	Measured voltage for the grid meter.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/grid/{device_id}/Ac/{phase}/Current	Grid	grid_current_{phase}	Current on {phase}	Measured current on an AC phase for the grid meter.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/grid/{device_id}/Ac/{phase}/Energy/Forward	Grid	grid_energy_forward_{phase}	Grid consumption on {phase}	Energy recorded as grid consumption on an AC phase for the grid meter.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/grid/{device_id}/Ac/{phase}/Energy/Reverse	Grid	grid_energy_reverse_{phase}	Feed-in on {phase}	Energy recorded as feed-in on an AC phase for the grid meter.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/grid/{device_id}/Ac/{phase}/Power	Grid	grid_power_{phase}	Power on {phase}	Measured power on an AC phase for the grid meter.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/grid/{device_id}/Ac/{phase}/PowerFactor	Grid	grid_power_factor_{phase}	Power factor on {phase}	Measured power factor on an AC phase for the grid meter.	—	SENSOR	POWER_FACTOR	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/grid/{device_id}/Ac/{phase}/Voltage	Grid	grid_voltage_{phase}	Voltage on {phase}	Measured line-to-neutral voltage on an AC phase for the grid meter.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/grid/{device_id}/Ac/{phase}/VoltageLineToLine	Grid	grid_voltage_{phase}_{next_phase}	Voltage {phase} to {next_phase}	Measured line-to-line voltage between adjacent AC phases for the grid meter.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/heartbeat	Victron Venus	system_heartbeat	GX system heartbeat	Reports gX system heartbeat for the heartbeat.	s	SENSOR	DURATION	MEASUREMENT	INT	—	—	—	—
N/{installation_id}/heatpump/{device_id}/Ac/Current	Heat pump	heatpump_current	Current	Measured current for the heat pump.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/heatpump/{device_id}/Ac/Energy/Forward	Heat pump	heatpump_energy_forward	Consumption	Energy recorded as consumption for the heat pump.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/heatpump/{device_id}/Ac/Frequency	Heat pump	heatpump_frequency	Frequency	Measured frequency for the heat pump.	Hz	SENSOR	FREQUENCY	MEASUREMENT	FLOAT	2	—	—	—
N/{installation_id}/heatpump/{device_id}/Ac/Power	Heat pump	heatpump_power	Power	Measured power for the heat pump.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/heatpump/{device_id}/Ac/Voltage	Heat pump	heatpump_voltage	Voltage	Measured voltage for the heat pump.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/heatpump/{device_id}/Ac/{phase}/Current	Heat pump	heatpump_current_{phase}	Current on {phase}	Measured current on an AC phase for the heat pump.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/heatpump/{device_id}/Ac/{phase}/Energy/Forward	Heat pump	heatpump_energy_forward_{phase}	Consumption on {phase}	Energy recorded as consumption on an AC phase for the heat pump.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/heatpump/{device_id}/Ac/{phase}/Power	Heat pump	heatpump_power_{phase}	Power on {phase}	Measured power on an AC phase for the heat pump.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/heatpump/{device_id}/Ac/{phase}/Voltage	Heat pump	heatpump_voltage_{phase}	Voltage on {phase}	Measured voltage on an AC phase for the heat pump.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/hub4/{device_id}/Overrides/ForceCharge	Hub4	hub4_force_charge	Force charge	Controls force charge for the ESS controller.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/hub4/{device_id}/Overrides/MaxChargePower	Hub4	hub4_max_charge_power	Maximum charge power	Configured maximum charge power for the ESS controller.	W	NUMBER	POWER	MEASUREMENT	FLOAT	1	—	-1	1000000
N/{installation_id}/hub4/{device_id}/Overrides/MaxDischargePower	Hub4	hub4_max_discharge_power	Maximum discharge power	Configured maximum discharge power for the ESS controller.	W	NUMBER	POWER	MEASUREMENT	FLOAT	1	—	-1	1000000
N/{installation_id}/hub4/{device_id}/Overrides/Setpoint	Hub4	hub4_ac_grid_setpoint	AC grid setpoint	Configured AC grid setpoint for the ESS controller. This can not be used together with DynamicEss.	W	NUMBER	POWER	MEASUREMENT	INT	—	—	-32767	32767
N/{installation_id}/inverter/{device_id}/Ac/Out/{phase}/I	Inverter	inverter_output_current_{phase}	Output current {phase}	Measured output current for an AC phase of the inverter.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/inverter/{device_id}/Ac/Out/{phase}/P	Inverter	inverter_output_power_{phase}	Output power {phase}	Measured output power for an AC phase of the inverter.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/inverter/{device_id}/Ac/Out/{phase}/S	Inverter	inverter_output_apparent_power_{phase}	Output apparent power {phase}	Measured output apparent power for an AC phase of the inverter.	VA	SENSOR	APPARENT_POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/inverter/{device_id}/Ac/Out/{phase}/V	Inverter	inverter_output_voltage_{phase}	Output voltage {phase}	Measured output voltage for an AC phase of the inverter.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/inverter/{device_id}/Alarms/HighTemperature	Inverter	inverter_alarm_high_temperature	High temperature alarm	Indicates whether the high temperature alarm is active for the inverter.		BINARY_SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/inverter/{device_id}/Alarms/HighVoltage	Inverter	inverter_alarm_high_voltage	High voltage alarm	Indicates whether the high voltage alarm is active for the inverter.		BINARY_SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/inverter/{device_id}/Alarms/HighVoltageAcOut	Inverter	inverter_alarm_high_voltage_ac_out	High voltage AC-out alarm	Indicates whether the high voltage AC-out alarm is active for the inverter.		BINARY_SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/inverter/{device_id}/Alarms/LowTemperature	Inverter	inverter_alarm_low_temperature	Low temperature alarm	Indicates whether the low temperature alarm is active for the inverter.		BINARY_SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/inverter/{device_id}/Alarms/LowVoltage	Inverter	inverter_alarm_low_voltage	Low voltage alarm	Indicates whether the low voltage alarm is active for the inverter.		BINARY_SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/inverter/{device_id}/Alarms/LowVoltageAcOut	Inverter	inverter_alarm_low_voltage_ac_out	Low voltage AC-out alarm	Indicates whether the low voltage AC-out alarm is active for the inverter.		BINARY_SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/inverter/{device_id}/Alarms/Overload	Inverter	inverter_alarm_overload	Overload alarm	Indicates whether the overload alarm is active for the inverter.		BINARY_SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/inverter/{device_id}/Alarms/Ripple	Inverter	inverter_alarm_ripple	Ripple alarm	Indicates whether the ripple alarm is active for the inverter.		BINARY_SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/inverter/{device_id}/Mode	Inverter	inverter_mode	Mode	Selected operating mode for the inverter.		SELECT	ENUM	NONE	ENUM	—	PhoenixInverterMode	—	—
N/{installation_id}/inverter/{device_id}/Pv/V	Inverter	inverter_pv_voltage	PV bus voltage	Measured PV bus voltage for the inverter.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/inverter/{device_id}/State	Inverter	inverter_state	State	Current operating state of the inverter.		SENSOR	ENUM	NONE	ENUM	—	State	—	—
N/{installation_id}/inverter/{device_id}/Yield/Power	Inverter	inverter_pv_power_total	PV power total	Measured PV power total for the inverter.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/inverter/{device_id}/Yield/System	Inverter	inverter_total_pv_yield_system	Total PV yield system	Energy recorded as total PV yield system for the inverter.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/inverter/{device_id}/Yield/User	Inverter	inverter_total_pv_yield_user	Total PV yield user	Energy recorded as total PV yield user for the inverter.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/meteo/{device_id}/Alarms/LowBattery	Irradiance sensor	meteo_alarm_low_battery	Low battery alarm	Current severity of the low battery alarm for the irradiance sensor.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/meteo/{device_id}/BatteryVoltage	Irradiance sensor	meteo_battery_voltage	Battery voltage	Measured battery voltage for the irradiance sensor.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/meteo/{device_id}/CellTemperature	Irradiance sensor	meteo_cell_temperature	Cell temperature	Measured cell temperature for the irradiance sensor.	°C	SENSOR	TEMPERATURE	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/meteo/{device_id}/InstallationPower	Irradiance sensor	meteo_installation_power	Installation power	Measured installation power for the irradiance sensor.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/meteo/{device_id}/Irradiance	Irradiance sensor	meteo_irradiance	Irradiance	Measured irradiance for the irradiance sensor.	W/m²	SENSOR	IRRADIANCE	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/meteo/{device_id}/TimeSinceLastSun	Irradiance sensor	meteo_time_since_last_sun	Time since last sun	Reports time since last sun for the irradiance sensor.	s	SENSOR	DURATION	MEASUREMENT	INT	—	—	—	—
N/{installation_id}/meteo/{device_id}/TodaysYield	Irradiance sensor	meteo_todays_yield	Today's yield	Energy recorded as today's yield for the irradiance sensor.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/multi/{device_id}/Ac/ActiveIn/ActiveInput	Multi RS Solar	multi_active_input	Active AC input	Current active AC input for the Multi RS inverter/charger.		SENSOR	ENUM	NONE	ENUM	—	ActiveInputEnum	—	—
N/{installation_id}/multi/{device_id}/Ac/In/1/CurrentLimit	Multi RS Solar	multi_shore_current_limit	Shore current limit	Configured shore current limit for the Multi RS inverter/charger.	A	NUMBER	CURRENT	MEASUREMENT	FLOAT	1	—	0	200
N/{installation_id}/multi/{device_id}/Ac/In/1/{phase}/I	Multi RS Solar	multi_acin_current_{phase}	Input current on {phase}	Measured input current on an AC phase for the Multi RS inverter/charger.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/multi/{device_id}/Ac/In/1/{phase}/P	Multi RS Solar	multi_acin_power_{phase}	Input power on {phase}	Measured input power on an AC phase for the Multi RS inverter/charger.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/multi/{device_id}/Ac/In/1/{phase}/V	Multi RS Solar	multi_acin_voltage_{phase}	Input voltage on {phase}	Measured input voltage on an AC phase for the Multi RS inverter/charger.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/multi/{device_id}/Ac/NumberOfPhases	Multi RS Solar	multi_phases	Phases	Reports phases for the Multi RS inverter/charger.	phases	SENSOR	NONE	NONE	INT	—	—	—	—
N/{installation_id}/multi/{device_id}/Ac/Out/{output}/{phase}/I	Multi RS Solar	multi_acout_{output}_current_{phase}	AC-out-{output} current on {phase}	Measured current on an AC phase of a numbered Multi RS AC output.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/multi/{device_id}/Ac/Out/{output}/{phase}/P	Multi RS Solar	multi_acout_{output}_power_{phase}	AC-out-{output} power on {phase}	Measured power on an AC phase of a numbered Multi RS AC output.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/multi/{device_id}/Ac/Out/{output}/{phase}/V	Multi RS Solar	multi_acout_{output}_voltage_{phase}	AC-out-{output} voltage on {phase}	Measured voltage on an AC phase of a numbered Multi RS AC output.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/multi/{device_id}/Ac/Out/{phase}/I	Multi RS Solar	multi_acout_current_{phase}	Output current on {phase}	Measured output current on an AC phase for the Multi RS inverter/charger.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/multi/{device_id}/Ac/Out/{phase}/P	Multi RS Solar	multi_acout_power_{phase}	Output power on {phase}	Measured output power on an AC phase for the Multi RS inverter/charger.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/multi/{device_id}/Ac/Out/{phase}/V	Multi RS Solar	multi_acout_voltage_{phase}	Output voltage on {phase}	Measured output voltage on an AC phase for the Multi RS inverter/charger.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/multi/{device_id}/Dc/0/Temperature	Multi RS Solar	multi_dc_temperature	DC temperature	Measured DC temperature for the Multi RS inverter/charger.	°C	SENSOR	TEMPERATURE	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/multi/{device_id}/Energy/AcIn1ToAcOut	Multi RS Solar	multi_acin1_to_acout	AC-in-1 to AC-out	Energy recorded as AC-in-1 to AC-out for the Multi RS inverter/charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/multi/{device_id}/Energy/AcIn1ToInverter	Multi RS Solar	multi_acin1_to_inverter	AC-in-1 to inverter	Energy recorded as AC-in-1 to inverter for the Multi RS inverter/charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/multi/{device_id}/Energy/AcOutToAcIn1	Multi RS Solar	multi_acout_to_acin1	AC-out to AC-in-1	Energy recorded as AC-out to AC-in-1 for the Multi RS inverter/charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/multi/{device_id}/Energy/InverterToAcIn1	Multi RS Solar	multi_inverter_to_acin1	Inverter to AC-in-1	Energy recorded as inverter to AC-in-1 for the Multi RS inverter/charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/multi/{device_id}/Energy/InverterToAcOut	Multi RS Solar	multi_inverter_to_acout	Inverter to AC-out	Energy recorded as inverter to AC-out for the Multi RS inverter/charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/multi/{device_id}/Energy/OutToInverter	Multi RS Solar	multi_acout_to_inverter	AC-out to inverter	Energy recorded as AC-out to inverter for the Multi RS inverter/charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/multi/{device_id}/Energy/SolarToAcIn1	Multi RS Solar	multi_solar_to_acin1	Solar to AC-in-1	Energy recorded as solar to AC-in-1 for the Multi RS inverter/charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/multi/{device_id}/Energy/SolarToAcOut	Multi RS Solar	multi_solar_to_acout	Solar to AC-out	Energy recorded as solar to AC-out for the Multi RS inverter/charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/multi/{device_id}/Energy/SolarToBattery	Multi RS Solar	multi_solar_to_battery	Solar to battery	Energy recorded as solar to battery for the Multi RS inverter/charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/multi/{device_id}/Ess/AcPowerSetpoint	Multi RS Solar	multi_ess_ac_power_setpoint	ESS AC power setpoint	Measured ESS AC power setpoint for the Multi RS inverter/charger.	W	SENSOR	POWER	MEASUREMENT	INT_DEFAULT_0	—	—	—	—
N/{installation_id}/multi/{device_id}/Ess/DisableCharge	Multi RS Solar	multi_disable_charge	ESS disable charge	Controls ESS disable charge for the Multi RS inverter/charger.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/multi/{device_id}/Ess/DisableFeedIn	Multi RS Solar	multi_disable_feed_in	ESS disable feed-in	Controls ESS disable feed-in for the Multi RS inverter/charger.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/multi/{device_id}/Ess/InverterPowerSetpoint	Multi RS Solar	multi_inverter_power_setpoint	Inverter power setpoint	Measured inverter power setpoint for the Multi RS inverter/charger.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/multi/{device_id}/History/Daily/0/MaxPower	Multi RS Solar	multi_max_power_today	Max power today	Measured max power today for the Multi RS inverter/charger.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/multi/{device_id}/History/Daily/0/Pv/{mppt_id}/Yield	Multi RS Solar	multi_mppt_{mppt_id}_yield_today	MPPT {mppt_id} yield today	Energy recorded as today's yield for an MPPT tracker of the Multi RS inverter/charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/multi/{device_id}/History/Daily/0/Yield	Multi RS Solar	multi_yield_today	Yield today	Energy recorded as yield today for the Multi RS inverter/charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/multi/{device_id}/History/Daily/1/MaxPower	Multi RS Solar	multi_max_power_yesterday	Max power yesterday	Measured max power yesterday for the Multi RS inverter/charger.	W	SENSOR	POWER	NONE	FLOAT	1	—	—	—
N/{installation_id}/multi/{device_id}/History/Daily/1/Pv/{mppt_id}/Yield	Multi RS Solar	multi_mppt_{mppt_id}_yield_yesterday	MPPT {mppt_id} yield yesterday	Energy recorded as yesterday's yield for an MPPT tracker of the Multi RS inverter/charger.	kWh	SENSOR	ENERGY	NONE	FLOAT	3	—	—	—
N/{installation_id}/multi/{device_id}/History/Daily/1/Yield	Multi RS Solar	multi_yield_yesterday	Yield yesterday	Energy recorded as yield yesterday for the Multi RS inverter/charger.	kWh	SENSOR	ENERGY	NONE	FLOAT	3	—	—	—
N/{installation_id}/multi/{device_id}/Pv/{mpptnumber}/MppOperationMode	Multi RS Solar	multi_mppt_{mpptnumber}_state	MPPT {mpptnumber} state	Current operating mode of an MPPT tracker in the Multi RS inverter/charger.		SENSOR	ENUM	NONE	ENUM	—	MppOperationMode	—	—
N/{installation_id}/multi/{device_id}/Pv/{mpptnumber}/P	Multi RS Solar	multi_mppt_{mpptnumber}_power	MPPT {mpptnumber} power	Measured power for an MPPT tracker of the Multi RS inverter/charger.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/multi/{device_id}/Pv/{mpptnumber}/V	Multi RS Solar	multi_mppt_{mpptnumber}_voltage	MPPT {mpptnumber} PV voltage	Measured PV voltage for an MPPT tracker of the Multi RS inverter/charger.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
$$func/multi/pv_current	Multi RS Solar	multi_mppt_{mpptnumber}_current	MPPT {mpptnumber} current	Calculates current for an MPPT tracker of the Multi RS inverter/charger from PV power and voltage.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	2	—	—	—
N/{installation_id}/multi/{device_id}/Relay/0/State	Multi RS Solar	multi_relay0_state	Relay on Multi RS state	Controls relay on Multi RS state for the Multi RS inverter/charger.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/multi/{device_id}/Settings/Ess/MinimumSocLimit	Multi RS Solar	multi_ess_min_soc_limit	ESS minimum SoC limit	Configured ESS minimum SoC limit for the Multi RS inverter/charger.	%	NUMBER	ELECTRIC_STORAGE_PERCENTAGE	MEASUREMENT	FLOAT	1	—	0	100
N/{installation_id}/multi/{device_id}/Settings/Ess/Mode	Multi RS Solar	multi_ess_mode	ESS mode	Current operating mode of the Multi RS inverter/charger.		SENSOR	ENUM	NONE	ENUM	—	ESSMode	—	—
N/{installation_id}/multi/{device_id}/State	Multi RS Solar	multi_state	State	Current operating state of the Multi RS inverter/charger.		SENSOR	ENUM	NONE	ENUM	—	State	—	—
N/{installation_id}/multi/{device_id}/Yield/Power	Multi RS Solar	multi_pv_power_total	PV power total	Measured PV power total for the Multi RS inverter/charger.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/multi/{device_id}/Yield/User	Multi RS Solar	multi_total_pv_yield	Total PV yield user	Energy recorded as total PV yield user for the Multi RS inverter/charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/platform/{device_id}/Device/Reboot	Platform	platform_device_reboot	Device reboot	Triggers device reboot on the GX device.		BUTTON	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/platform/{device_id}/Firmware/Installed/Version	Platform	platform_venus_firmware_installed_version	Installed version	Reports installed version for the GX device.	—	SENSOR	NONE	NONE	STRING	—	—	—	—
N/{installation_id}/platform/{device_id}/Firmware/Online/AvailableVersion	Platform	platform_venus_firmware_available_version	Available version	Reports available version for the GX device.	—	SENSOR	NONE	NONE	STRING	—	—	—	—
N/{installation_id}/platform/{device_id}/Firmware/Progress	Platform	platform_venus_firmware_progress	Firmware update progress	Reports firmware update progress for the GX device.	%	SENSOR	PERCENTAGE	NONE	INT	—	—	—	—
N/{installation_id}/platform/{device_id}/Firmware/State	Platform	platform_venus_firmware_state	Firmware update state	Current operating state of the GX device.		SENSOR	ENUM	NONE	ENUM	—	FirmwareUpdateState	—	—
N/{installation_id}/pvinverter/{device_id}/Ac/Energy/Forward	PV inverter	pvinverter_yield_total	Total yield	Energy recorded as total yield for the PV inverter.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/pvinverter/{device_id}/Ac/Power	PV inverter	pvinverter_power_total	Power total	Measured power total for the PV inverter.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/pvinverter/{device_id}/Ac/PowerLimit	PV inverter	pvinverter_power_limit	Power limit	Configured power limit for the PV inverter. For use in ESS mode 3.	W	NUMBER	POWER	MEASUREMENT	FLOAT	1	—	0	10000
N/{installation_id}/pvinverter/{device_id}/Ac/{phase}/Current	PV inverter	pvinverter_current_{phase}	Current {phase}	Measured current for an AC phase of the PV inverter.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/pvinverter/{device_id}/Ac/{phase}/Energy/Forward	PV inverter	pvinverter_yield_{phase}	Yield {phase}	Energy recorded as yield for an AC phase of the PV inverter. Deprecated. Use 1046 instead.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/pvinverter/{device_id}/Ac/{phase}/Power	PV inverter	pvinverter_power_{phase}	Power {phase}	Measured power for an AC phase of the PV inverter.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/pvinverter/{device_id}/Ac/{phase}/Voltage	PV inverter	pvinverter_voltage_{phase}	Voltage {phase}	Measured voltage for an AC phase of the PV inverter.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/settings/{device_id}/Settings/CGwacs/AcExportLimit	Victron Venus	system_ac_export_limit	AC export limit	Configured AC export limit for the GX system.	A	NUMBER	CURRENT	MEASUREMENT	INT	—	—	-1	100
N/{installation_id}/settings/{device_id}/Settings/CGwacs/AcInputLimit	Victron Venus	system_ac_input_limit	AC input limit	Configured AC input limit for the GX system.	A	NUMBER	CURRENT	MEASUREMENT	INT	—	—	-1	100
N/{installation_id}/settings/{device_id}/Settings/CGwacs/AcPowerSetPoint	Victron Venus	system_ac_power_set_point	AC power setpoint	Configured AC power setpoint for the GX system. ESS Mode 2 - Setpoint for the ESS control-loop in the GX device. The control-loop will increase/decrease the Multi charge/discharge power to get the grid reading to this setpoint.	W	NUMBER	POWER	MEASUREMENT	INT	—	—	-10000	10000
N/{installation_id}/settings/{device_id}/Settings/CGwacs/AlwaysPeakShave	Victron Venus	system_ess_always_peak_shave	ESS always peak shave	Controls ESS always peak shave for the GX system.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/settings/{device_id}/Settings/CGwacs/BatteryLife/MinimumSocLimit	Victron Venus	system_ess_min_soc_limit	ESS min SoC limit	Configured ESS min SoC limit for the GX system. Same as the setting in the GUI.	%	NUMBER	ELECTRIC_STORAGE_PERCENTAGE	MEASUREMENT	INT	—	—	0	100
N/{installation_id}/settings/{device_id}/Settings/CGwacs/BatteryLife/Schedule/Charge/{slot}/Day	Victron Venus	system_ess_schedule_charge_{slot}_days	ESS BatteryLife schedule charge {slot} days	Selected days for an ESS BatteryLife scheduled-charge slot on the GX system.		SELECT	ENUM	NONE	ENUM	—	ChargeSchedule	—	—
$$func/system/schedule_charge_enabled:schedule_charge_enabled_set	Victron Venus	system_ess_schedule_charge_{slot}_enabled	ESS BatteryLife schedule charge {slot} enabled	Controls whether an ESS scheduled-charge slot is enabled.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/settings/{device_id}/Settings/CGwacs/BatteryLife/Schedule/Charge/{slot}/Duration	Victron Venus	system_ess_schedule_charge_{slot}_duration	ESS BatteryLife schedule charge {slot} duration	Configured duration for an ESS BatteryLife scheduled-charge slot on the GX system.	min	NUMBER	DURATION	MEASUREMENT	INT_SECONDS_TO_MINUTES	0	—	0	1440
N/{installation_id}/settings/{device_id}/Settings/CGwacs/BatteryLife/Schedule/Charge/{slot}/Soc	Victron Venus	system_ess_schedule_charge_{slot}_soc	ESS BatteryLife schedule charge {slot} SoC	Configured target state of charge for an ESS BatteryLife scheduled-charge slot on the GX system.	%	NUMBER	ELECTRIC_STORAGE_PERCENTAGE	MEASUREMENT	INT	—	—	0	100
N/{installation_id}/settings/{device_id}/Settings/CGwacs/BatteryLife/Schedule/Charge/{slot}/Start	Victron Venus	system_ess_schedule_charge_{slot}_start	ESS BatteryLife schedule charge {slot} start	Configured start time for an ESS BatteryLife scheduled-charge slot on the GX system.	min	TIME	TIME	MEASUREMENT	INT_SECONDS_TO_MINUTES	0	—	0	86400
N/{installation_id}/settings/{device_id}/Settings/CGwacs/BatteryLife/State	Victron Venus	system_ess_batterylife_state_full	ESS BatteryLife state (full)	Selected ESS BatteryLife state (full) for the GX system.		SELECT	ENUM	NONE	ENUM	—	ESSState	—	—
$$func/system/ess_batterylife_state	Victron Venus	system_ess_batterylife_state_sensor	ESS BatteryLife state	Current internal BatteryLife state used by ESS.		SENSOR	ENUM	NONE	ENUM	—	ESSState	—	—
$$func/system/ess_user_mode:ess_user_mode_set	Victron Venus	system_ess_batterylife_state	ESS mode	Derived user-facing ESS operating mode, such as optimized operation, keeping batteries charged, or external control.		SELECT	ENUM	NONE	ENUM	—	ESSUserMode	—	—
N/{installation_id}/settings/{device_id}/Settings/CGwacs/BatteryUse	Victron Venus	system_ess_battery_use	ESS only critical loads from battery	Controls ESS only critical loads from battery for the GX system.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/settings/{device_id}/Settings/CGwacs/Hub4Mode	Victron Venus	system_ess_mode	ESS mode (Hub4)	Selected ESS mode (Hub4) for the GX system.		SELECT	ENUM	NONE	ENUM	—	ESSModeHub4	—	—
N/{installation_id}/settings/{device_id}/Settings/CGwacs/MaxChargePower	Victron Venus	system_ess_max_charge_power	ESS max charge power limit	Configured ESS max charge power limit for the GX system.	W	NUMBER	POWER	MEASUREMENT	INT	—	—	-1	1000000
N/{installation_id}/settings/{device_id}/Settings/CGwacs/MaxDischargePower	Victron Venus	system_ess_max_inverter_power_limit	ESS max inverter power limit	Configured ESS max inverter power limit for the GX system. ESS Mode 2 – similar to 2702, but as an absolute value instead of a percentage.	W	NUMBER	POWER	MEASUREMENT	INT	—	—	—	—
N/{installation_id}/settings/{device_id}/Settings/CGwacs/MaxFeedInPower	Victron Venus	system_ess_max_feed_in_power	ESS max feed-in power	Configured ESS max feed-in power for the GX system. -1: No limit, >=0: limited system feed-in. Applies to DC-coupled and AC-coupled feed-in.	W	NUMBER	POWER	MEASUREMENT	INT	—	—	-1	1000000
N/{installation_id}/settings/{device_id}/Settings/CGwacs/OvervoltageFeedIn	Victron Venus	system_settings_overvoltage_feedin	DC-coupled PV - feed in excess	Controls DC-coupled PV - feed in excess for the GX system.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/settings/{device_id}/Settings/CGwacs/PreventFeedback	Victron Venus	system_settings_prevent_ac_feedin	AC-coupled PV - feed in excess	Controls AC-coupled PV - feed in excess for the GX system.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOffInverted	—	—
N/{installation_id}/settings/{device_id}/Settings/DynamicEss/Mode	Victron Venus	system_settings_dess_mode	DESS mode	Selected DESS mode for the GX system.		SELECT	ENUM	NONE	ENUM	—	DESSMode	—	—
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/BatteryVoltage/Enabled	Generator	generator_{gen_id}_start_on_voltage_enabled	Generator start on voltage enabled	Controls generator start on voltage enabled for the GX system.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/BatteryVoltage/QuietHoursStartValue	Generator	generator_{gen_id}_qh_start_on_voltage	Generator QH start on voltage	Configured generator QH start on voltage for the GX system.	V	NUMBER	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/BatteryVoltage/QuietHoursStopValue	Generator	generator_{gen_id}_qh_stop_on_voltage	Generator QH stop on voltage	Configured generator QH stop on voltage for the GX system.	V	NUMBER	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/BatteryVoltage/StartTimer	Generator	generator_{gen_id}_start_on_voltage_timer	Generator start on voltage timer	Configured generator start on voltage timer for the GX system.	s	NUMBER	DURATION	MEASUREMENT	INT	—	—	—	—
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/BatteryVoltage/StartValue	Generator	generator_{gen_id}_start_on_voltage	Generator start on voltage	Configured generator start on voltage for the GX system.	V	NUMBER	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/BatteryVoltage/StopTimer	Generator	generator_{gen_id}_stop_on_voltage_timer	Generator stop on voltage timer	Configured generator stop on voltage timer for the GX system.	s	NUMBER	DURATION	MEASUREMENT	INT	—	—	—	—
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/BatteryVoltage/StopValue	Generator	generator_{gen_id}_stop_on_voltage	Generator stop on voltage	Configured generator stop on voltage for the GX system.	V	NUMBER	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/CoolDownTime	Generator	generator_{gen_id}_cool_down_timer	Generator cooldown timer	Configured generator cooldown timer for the GX system.	s	NUMBER	DURATION	MEASUREMENT	INT	—	—	0	600
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/GeneratorStopTime	Generator	generator_{gen_id}_shut_down_timer	Generator shutdown timer	Configured generator shutdown timer for the GX system.	s	NUMBER	DURATION	MEASUREMENT	INT	—	—	0	600
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/InverterHighTemp/Enabled	Generator	generator_{gen_id}_start_on_temp_enabled	Generator start on high temp enabled	Controls generator start on high temp enabled for the GX system.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/InverterHighTemp/StartTimer	Generator	generator_{gen_id}_start_on_temp_timer	Generator start on temp timer	Configured generator start on temp timer for the GX system.	s	NUMBER	DURATION	MEASUREMENT	INT	—	—	—	—
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/InverterHighTemp/StopTimer	Generator	generator_{gen_id}_stop_on_temp_timer	Generator stop on temp timer	Configured generator stop on temp timer for the GX system.	s	NUMBER	DURATION	MEASUREMENT	INT	—	—	—	—
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/QuietHours/Enabled	Generator	generator_{gen_id}_quiet_hours_enabled	Generator quiet hours enabled	Controls generator quiet hours enabled for the GX system.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/ServiceInterval	Generator	generator_{gen_id}_service_interval	Generator service interval	Configured generator service interval for the GX system.	h	NUMBER	DURATION	MEASUREMENT	INT_SECONDS_TO_HOURS	0	—	0	500
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/Soc/Enabled	Generator	generator_{gen_id}_start_on_soc_enabled	Generator start on SoC enabled	Controls generator start on SoC enabled for the GX system.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/Soc/QuietHoursStartValue	Generator	generator_{gen_id}_qh_start_on_soc	Generator QH start on SoC	Configured generator QH start on SoC for the GX system.	%	NUMBER	ELECTRIC_STORAGE_PERCENTAGE	MEASUREMENT	INT	—	—	0	100
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/Soc/QuietHoursStopValue	Generator	generator_{gen_id}_qh_stop_on_soc	Generator QH stop on SoC	Configured generator QH stop on SoC for the GX system.	%	NUMBER	ELECTRIC_STORAGE_PERCENTAGE	MEASUREMENT	INT	—	—	0	100
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/Soc/StartTimer	Generator	generator_{gen_id}_start_on_soc_timer	Generator start on SoC timer	Configured generator start on SoC timer for the GX system.	s	NUMBER	DURATION	MEASUREMENT	INT	—	—	0	10000
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/Soc/StartValue	Generator	generator_{gen_id}_start_on_soc	Generator start on SoC	Configured generator start on SoC for the GX system.	%	NUMBER	ELECTRIC_STORAGE_PERCENTAGE	MEASUREMENT	INT	—	—	0	100
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/Soc/StopTimer	Generator	generator_{gen_id}_stop_on_soc_timer	Generator stop on SoC timer	Configured generator stop on SoC timer for the GX system.	s	NUMBER	DURATION	MEASUREMENT	INT	—	—	0	10000
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/Soc/StopValue	Generator	generator_{gen_id}_stop_on_soc	Generator stop on SoC	Configured generator stop on SoC for the GX system.	%	NUMBER	ELECTRIC_STORAGE_PERCENTAGE	MEASUREMENT	INT	—	—	0	100
N/{installation_id}/settings/{device_id}/Settings/Generator{gen_id(0-1)}/WarmUpTime	Generator	generator_{gen_id}_warm_up_timer	Generator warm-up timer	Configured generator warm-up timer for the GX system.	s	NUMBER	DURATION	MEASUREMENT	INT	—	—	0	1800
N/{installation_id}/settings/{device_id}/Settings/Network/VrmPortal	Victron Venus	system_vrm_portal_mode	VRM portal access level	Selected VRM portal access level for the GX system.		SELECT	ENUM	NONE	ENUM	—	VrmPortalMode	—	—
N/{installation_id}/settings/{device_id}/Settings/Relay/{relay}/CustomName	Victron Venus	system_relay_{relay}_custom_name	Relay {relay} custom name	Reports the custom name of a numbered GX system relay.	—	SENSOR	NONE	NONE	STRING	—	—	—	—
N/{installation_id}/settings/{device_id}/Settings/Services/Bol	Victron Venus	system_dvcc_raw	DVCC (raw)	Selected DVCC (raw) for the GX system.		SELECT	ENUM	NONE	ENUM	—	DVCCMode	—	—
$$func/system/dvcc_enabled:dvcc_enabled_set	Victron Venus	system_dvcc	DVCC	Controls whether Distributed Voltage and Current Control (DVCC) is enabled.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
$$func/system/dvcc_state	Victron Venus	system_dvcc_state	DVCC state	Current DVCC state, including whether control is forced by the system or BMS.		SENSOR	ENUM	NONE	ENUM	—	DVCCMode	—	—
N/{installation_id}/settings/{device_id}/Settings/SystemSetup/AcInput1	Victron Venus	system_ac_input_1_type	AC input 1 source type	Selected AC input 1 source type for the GX system.		SELECT	ENUM	NONE	ENUM	—	AcInputTypeEnum	—	—
N/{installation_id}/settings/{device_id}/Settings/SystemSetup/AcInput2	Victron Venus	system_ac_input_2_type	AC input 2 source type	Selected AC input 2 source type for the GX system.		SELECT	ENUM	NONE	ENUM	—	AcInputTypeEnum	—	—
N/{installation_id}/settings/{device_id}/Settings/SystemSetup/MaxChargeCurrent	Victron Venus	system_ess_max_charge_current	ESS max charge current	Configured ESS max charge current for the GX system. ESS Mode 2 with DVCC – Maximum system charge current. -1 Disables.	A	NUMBER	CURRENT	MEASUREMENT	INT	—	—	—	—
N/{installation_id}/settings/{device_id}/Settings/SystemSetup/MaxChargeVoltage	Victron Venus	system_ess_max_charge_voltage	ESS max charge voltage	Configured ESS max charge voltage for the GX system. Only used if there is a managed battery in the system.	V	NUMBER	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/settings/{device_id}/Settings/TransferSwitch/GeneratorCurrentLimit	Transfer switch	transfer_switch_generator_current_limit	Generator AC current limit	Configured generator AC current limit for the GX system.	A	NUMBER	CURRENT	MEASUREMENT	FLOAT	1	—	0	60
N/{installation_id}/solarcharger/{device_id}/Dc/0/Current	Solar charger	solarcharger_dc_current	DC (battery) bus current	Measured DC (battery) bus current for the solar charger.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/solarcharger/{device_id}/Dc/0/Temperature	Solar charger	solarcharger_temperature	Temperature	Measured temperature for the solar charger.	°C	SENSOR	TEMPERATURE	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/solarcharger/{device_id}/Dc/0/Voltage	Solar charger	solarcharger_dc_voltage	DC (battery) bus voltage	Measured DC (battery) bus voltage for the solar charger.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/solarcharger/{device_id}/DeviceOffReason	Solar charger	solarcharger_device_off_reason	Device-off reason	Bit mask of conditions preventing the solar charger from operating.		SENSOR	NONE	NONE	BITMASK	—	SolarChargerDeviceOffReason	—	—
N/{installation_id}/solarcharger/{device_id}/ErrorCode	Solar charger	solarcharger_error_code	Error code	Current error condition of the solar charger.		SENSOR	ENUM	NONE	ENUM	—	ErrorCode	—	—
N/{installation_id}/solarcharger/{device_id}/History/Daily/0/MaxBatteryVoltage	Solar charger	solarcharger_max_battery_voltage_today	Max battery voltage today	Measured max battery voltage today for the solar charger.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/solarcharger/{device_id}/History/Daily/0/MaxPower	Solar charger	solarcharger_max_power_today	Max power today	Measured max power today for the solar charger. Today's maximum power.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/solarcharger/{device_id}/History/Daily/0/MinBatteryVoltage	Solar charger	solarcharger_min_battery_voltage_today	Min battery voltage today	Measured min battery voltage today for the solar charger.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/solarcharger/{device_id}/History/Daily/0/Pv/{tracker}/MaxPower	Solar charger	solarcharger_tracker_{tracker}_max_power_today	Tracker {tracker:solarcharger_tracker_{tracker}_name} max power today	Measured maximum power today for a PV tracker of the solar charger.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/solarcharger/{device_id}/History/Daily/0/Pv/{tracker}/MaxVoltage	Solar charger	solarcharger_tracker_{tracker}_max_voltage_today	Tracker {tracker:solarcharger_tracker_{tracker}_name} max voltage today	Measured maximum voltage today for a PV tracker of the solar charger.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/solarcharger/{device_id}/History/Daily/0/Pv/{tracker}/Yield	Solar charger	solarcharger_tracker_{tracker}_yield_today	Tracker {tracker:solarcharger_tracker_{tracker}_name} yield today	Energy recorded as today's yield for a PV tracker of the solar charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/solarcharger/{device_id}/History/Daily/0/TimeInAbsorption	Solar charger	solarcharger_time_in_absorption_today	Time in absorption today	Reports time in absorption today for the solar charger.	min	SENSOR	DURATION	TOTAL_INCREASING	INT	—	—	—	—
N/{installation_id}/solarcharger/{device_id}/History/Daily/0/TimeInBulk	Solar charger	solarcharger_time_in_bulk_today	Time in bulk today	Reports time in bulk today for the solar charger.	min	SENSOR	DURATION	TOTAL_INCREASING	INT	—	—	—	—
N/{installation_id}/solarcharger/{device_id}/History/Daily/0/TimeInFloat	Solar charger	solarcharger_time_in_float_today	Time in float today	Reports time in float today for the solar charger.	min	SENSOR	DURATION	TOTAL_INCREASING	INT	—	—	—	—
N/{installation_id}/solarcharger/{device_id}/History/Daily/0/Yield	Solar charger	solarcharger_yield_today	Yield today	Energy recorded as yield today for the solar charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/solarcharger/{device_id}/History/Daily/1/MaxPower	Solar charger	solarcharger_max_power_yesterday	Max power yesterday	Measured max power yesterday for the solar charger. Yesterday's maximum power.	W	SENSOR	POWER	NONE	FLOAT	1	—	—	—
N/{installation_id}/solarcharger/{device_id}/History/Daily/1/Yield	Solar charger	solarcharger_yield_yesterday	Yield yesterday	Energy recorded as yield yesterday for the solar charger.	kWh	SENSOR	ENERGY	NONE	FLOAT	2	—	—	—
N/{installation_id}/solarcharger/{device_id}/Load/I	Solar charger	solarcharger_load_current	Load bus current	Measured load bus current for the solar charger.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/solarcharger/{device_id}/Load/State	Solar charger	solarcharger_load_state	Load state	Indicates whether the solar charger's load output is active.		BINARY_SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/solarcharger/{device_id}/Mode	Solar charger	solarcharger_mode	Mode	Controls mode for the solar charger.		SWITCH	ENUM	NONE	ENUM	—	ChargerMode	—	—
N/{installation_id}/solarcharger/{device_id}/MppOperationMode	Solar charger	solarcharger_mppt_operation_mode	MPPT operation mode	Current operating mode of the solar charger.		SENSOR	ENUM	NONE	ENUM	—	MppOperationMode	—	—
N/{installation_id}/solarcharger/{device_id}/Pv/V	Solar charger	solarcharger_voltage	PV bus voltage	Measured PV bus voltage for the solar charger. Not available if multiple VE.Can chargers are combined.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/solarcharger/{device_id}/Pv/{tracker}/MppOperationMode	Solar charger	solarcharger_tracker_{tracker}_operation_mode	PV tracker {tracker:solarcharger_tracker_{tracker}_name} operation mode	Current operating mode of the solar charger.		SENSOR	ENUM	NONE	ENUM	—	MppOperationMode	—	—
N/{installation_id}/solarcharger/{device_id}/Pv/{tracker}/Name	Solar charger	solarcharger_tracker_{tracker}_name	PV tracker {tracker} name	Reports the configured name of a PV tracker for the solar charger.	—	SENSOR	NONE	NONE	STRING	—	—	—	—
N/{installation_id}/solarcharger/{device_id}/Pv/{tracker}/P	Solar charger	solarcharger_tracker_{tracker}_power	PV tracker {tracker:solarcharger_tracker_{tracker}_name} power	Measured power for a PV tracker of the solar charger.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/solarcharger/{device_id}/Pv/{tracker}/V	Solar charger	solarcharger_tracker_{tracker}_voltage	PV tracker {tracker:solarcharger_tracker_{tracker}_name} voltage	Measured voltage for a PV tracker of the solar charger.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
$$func/solarcharger/pv_current	Solar charger	solarcharger_tracker_{tracker}_current	PV tracker {tracker:solarcharger_tracker_{tracker}_name} current	Calculates current for a PV tracker of the solar charger from PV power and voltage.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	2	—	—	—
N/{installation_id}/solarcharger/{device_id}/Relay/0/State	Solar charger	solarcharger_relay_state	Relay state	Controls relay state for the solar charger.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/solarcharger/{device_id}/Settings/ChargeCurrentLimit	Solar charger	solarcharger_charge_current_limit	Charge current limit	Configured charge current limit for the solar charger.	A	NUMBER	CURRENT	MEASUREMENT	FLOAT	1	—	0	{"capability"=>"max_charge_current", "default"=>200}
N/{installation_id}/solarcharger/{device_id}/State	Solar charger	solarcharger_state	State	Current operating state of the solar charger.		SENSOR	ENUM	NONE	ENUM	—	State	—	—
N/{installation_id}/solarcharger/{device_id}/Yield/Power	Solar charger	solarcharger_yield_power	PV yield power	Measured PV yield power for the solar charger. Older 16-bit variant of 789.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
$$func/solarcharger/pv_current	Solar charger	solarcharger_pv_current	PV current	Calculates total PV current for the solar charger from PV power and voltage.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	2	—	—	—
N/{installation_id}/solarcharger/{device_id}/Yield/System	Solar charger	solarcharger_total_pv_yield_system	Total PV yield system	Energy recorded as total PV yield system for the solar charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	2	—	—	—
N/{installation_id}/solarcharger/{device_id}/Yield/User	Solar charger	solarcharger_yield_total	Total yield	Energy recorded as total yield for the solar charger. Energy generated by the solarcharger since last user reset.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	2	—	—	—
N/{installation_id}/switch/{device_id}/SwitchableOutput/{output}/Dimming	Switch	switch_{output}_dimming	Dimming	Configured dimming for the switch device.	switch_{output}_unit:%	NUMBER	DYNAMIC	NONE	FLOAT	—	—	switch_{output}_dimming_min:0	switch_{output}_dimming_max:100
N/{installation_id}/switch/{device_id}/SwitchableOutput/{output}/Settings/DimmingMax	Switch	switch_{output}_dimming_max	Dimming max	Reports dimming max for the switch device.	—	SENSOR	NONE	NONE	INT	—	—	—	—
N/{installation_id}/switch/{device_id}/SwitchableOutput/{output}/Settings/DimmingMin	Switch	switch_{output}_dimming_min	Dimming min	Reports dimming min for the switch device.	—	SENSOR	NONE	NONE	INT	—	—	—	—
N/{installation_id}/switch/{device_id}/SwitchableOutput/{output}/Settings/Labels	Switch	switch_{output}_labels	Labels	Reports labels for the switch device.	—	SENSOR	NONE	NONE	STRING	—	—	—	—
N/{installation_id}/switch/{device_id}/SwitchableOutput/{output}/Settings/StepSize	Switch	switch_{output}_step_size	Step size	Reports step size for the switch device.	—	SENSOR	NONE	NONE	FLOAT	—	—	—	—
N/{installation_id}/switch/{device_id}/SwitchableOutput/{output}/Settings/Type	Switch	switch_{output}_type	Output type	Configured output type for the switch device.		SENSOR	ENUM	NONE	ENUM	—	SwitchableOutputType	—	—
N/{installation_id}/switch/{device_id}/SwitchableOutput/{output}/Settings/Unit	Switch	switch_{output}_unit	Unit	Reports unit for the switch device.	—	SENSOR	NONE	NONE	STRING	—	—	—	—
N/{installation_id}/switch/{device_id}/SwitchableOutput/{output}/State	Switch	switch_{output}_state	State	Reports state for the switch device.		DYNAMIC	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/system/{device_id}/Ac/ActiveIn/Source	Victron Venus	system_ac_active_input_source	AC active input source	Current AC active input source for the system.		SENSOR	ENUM	NONE	ENUM	—	ACActiveInputSource	—	—
N/{installation_id}/system/{device_id}/Ac/Consumption/NumberOfPhases	Victron Venus	system_consumption_phases	Consumption phases	Reports consumption phases for the system.	phases	SENSOR	NONE	NONE	INT	—	—	—	—
N/{installation_id}/system/{device_id}/Ac/Consumption/{phase}/Current	Victron Venus	system_consumption_current_{phase}	Consumption current {phase}	Measured consumption current for an AC phase of the system.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/system/{device_id}/Ac/Consumption/{phase}/Power	Victron Venus	system_consumption_power_{phase}	Consumption power {phase}	Measured consumption power for an AC phase of the system. Power supplied by system to loads.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/system/{device_id}/Ac/ConsumptionOnInput/{phase}/Power	Victron Venus	system_ac_loads_{phase}	AC loads on {phase}	Measured AC loads on an AC phase for the system. This is the power shown on the overview in the Loads box.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/system/{device_id}/Ac/ConsumptionOnOutput/NumberOfPhases	Victron Venus	system_consumption_on_output_phases	Consumption on output phases	Reports consumption on output phases for the system.	phases	SENSOR	NONE	NONE	INT	—	—	—	—
N/{installation_id}/system/{device_id}/Ac/ConsumptionOnOutput/{phase}/Power	Victron Venus	system_critical_loads_{phase}	Critical loads on {phase}	Measured critical loads on an AC phase for the system.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/system/{device_id}/Ac/Genset/{phase}/Power	Victron Venus	system_generator_load_{phase}	Genset load {phase}	Measured genset load for an AC phase of the system. Power supplied by the genset to the system.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/system/{device_id}/Ac/Grid/NumberOfPhases	Victron Venus	system_grid_phases	Grid phases	Reports grid phases for the system.	phases	SENSOR	NONE	NONE	INT_DEFAULT_0	—	—	—	—
N/{installation_id}/system/{device_id}/Ac/Grid/{phase}/Current	Victron Venus	system_grid_current_{phase}	Grid current {phase}	Measured grid current for an AC phase of the system.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/system/{device_id}/Ac/Grid/{phase}/Power	Victron Venus	system_grid_power_{phase}	Grid power {phase}	Measured grid power for an AC phase of the system. Power supplied by the grid to the system.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/system/{device_id}/Ac/PvOnGrid/NumberOfPhases	Victron Venus	system_pv_on_grid_phases	PV on grid phases	Reports PV on grid phases for the system.	phases	SENSOR	NONE	NONE	INT	—	—	—	—
N/{installation_id}/system/{device_id}/Ac/PvOnGrid/{phase}/Current	Victron Venus	system_pv_on_grid_current_{phase}	PV on grid current {phase}	Measured current for an AC phase of grid-connected PV on the system.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/system/{device_id}/Ac/PvOnGrid/{phase}/Power	Victron Venus	system_pv_on_grid_power_{phase}	PV on grid power {phase}	Measured power for an AC phase of grid-connected PV on the system. Summation of all AC-coupled PV inverters on the input.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/system/{device_id}/Ac/PvOnOutput/NumberOfPhases	Victron Venus	system_pv_on_output_phases	PV on output phases	Reports PV on output phases for the system.	phases	SENSOR	NONE	NONE	INT	—	—	—	—
N/{installation_id}/system/{device_id}/Ac/PvOnOutput/{phase}/Current	Victron Venus	system_pv_on_output_current_{phase}	PV on output current {phase}	Measured current for an AC phase of output-connected PV on the system.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/system/{device_id}/Ac/PvOnOutput/{phase}/Power	Victron Venus	system_pv_on_output_power_{phase}	PV on output power {phase}	Measured power for an AC phase of output-connected PV on the system. Summation of all AC-coupled PV inverters on the output.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/system/{device_id}/Control/ActiveSocLimit	Victron Venus	system_control_active_soc_limit	Active SoC limit	Reports active SoC limit for the system.	%	SENSOR	ELECTRIC_STORAGE_PERCENTAGE	MEASUREMENT	FLOAT	1	—	0	100
N/{installation_id}/system/{device_id}/Control/ScheduledSoc	Victron Venus	system_control_scheduled_soc	Scheduled SoC	Reports scheduled SoC for the system.	%	SENSOR	ELECTRIC_STORAGE_PERCENTAGE	MEASUREMENT	FLOAT	1	—	0	100
N/{installation_id}/system/{device_id}/Dc/Alternator/Power	Victron Venus	system_dc_alternator_power	DC alternator power	Measured DC alternator power for the system.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/system/{device_id}/Dc/Battery/Current	Victron Venus	system_dc_battery_current	DC battery current	Measured DC battery current for the system. Positive values indicate charging; negative values indicate discharging.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/system/{device_id}/Dc/Battery/Power	Victron Venus	system_dc_battery_power	DC battery power	Measured DC battery power for the system. Positive values indicate charging; negative values indicate discharging.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
$$func/system/system_dc_battery_charge_power	Victron Venus	system_dc_battery_charge_energy	DC battery charge energy	Integrates battery charging power over time to calculate charged energy.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
$$func/system/system_dc_battery_discharge_power	Victron Venus	system_dc_battery_discharge_energy	DC battery discharge energy	Integrates battery discharging power over time to calculate discharged energy.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/system/{device_id}/Dc/Battery/Soc	Victron Venus	system_dc_battery_soc	DC battery charge	Reports DC battery charge for the system. Best battery state of charge, determined from different measurements.	%	SENSOR	ELECTRIC_STORAGE_PERCENTAGE	MEASUREMENT	FLOAT	1	—	0	100
N/{installation_id}/system/{device_id}/Dc/Battery/State	Victron Venus	system_dc_battery_state	DC battery state	Current DC battery state, indicating whether the battery is charging, discharging, or idle.		SENSOR	ENUM	NONE	ENUM	—	BatteryState	—	—
N/{installation_id}/system/{device_id}/Dc/Battery/Voltage	Victron Venus	system_dc_battery_voltage	DC battery voltage	Measured DC battery voltage for the system. Battery Voltage determined from different measurements. In order of preference: BMV-voltage (V), Multi-DC-Voltage (CV), MPPT-DC-Voltage (ScV), Charger voltage.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/system/{device_id}/Dc/Pv/Current	Victron Venus	system_dc_pv_current	PV current	Measured PV current for the system. Summation of output current of all connected Solar Chargers.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/system/{device_id}/Dc/Pv/Power	Victron Venus	system_dc_pv_power	PV power	Measured PV power for the system. Summation of output power of all connected Solar Chargers.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
$$func/system/left_riemann_sum	Victron Venus	system_dc_pv_energy	PV energy	Integrates DC PV power over time to calculate generated energy.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/system/{device_id}/Dc/System/Power	Victron Venus	system_dc_consumption	DC consumption	Measured DC consumption for the system. Power supplied by Battery to system.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/system/{device_id}/DynamicEss/Active	Victron Venus	system_dynamicess_active	Dynamic ESS active	Indicates whether Dynamic ESS is active.		BINARY_SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/system/{device_id}/DynamicEss/AllowGridFeedIn	Victron Venus	system_dynamicess_allow_gridfeedin	Dynamic ESS allow grid feed-in	Indicates whether Dynamic ESS allows grid feed-in.		BINARY_SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/system/{device_id}/DynamicEss/Available	Victron Venus	system_dynamicess_available	Dynamic ESS available	Indicates whether Dynamic ESS is available.		BINARY_SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/system/{device_id}/DynamicEss/AvailableOverhead	Victron Venus	system_dynamicess_available_overhead	Dynamic ESS available overhead	Measured dynamic ESS available overhead for the system.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/system/{device_id}/DynamicEss/ErrorCode	Victron Venus	system_dynamicess_error	Dynamic ESS error	Current error condition of the system.		SENSOR	ENUM	NONE	ENUM	—	DESSErrorCode	—	—
N/{installation_id}/system/{device_id}/DynamicEss/LastScheduledEnd	Victron Venus	system_dynamicess_last_scheduled_end	Dynamic ESS last scheduled end	Reports dynamic ESS last scheduled end for the system.	—	SENSOR	TIMESTAMP	NONE	EPOCH	—	—	—	—
N/{installation_id}/system/{device_id}/DynamicEss/LastScheduledStart	Victron Venus	system_dynamicess_last_scheduled_start	Dynamic ESS last scheduled start	Reports dynamic ESS last scheduled start for the system.	—	SENSOR	TIMESTAMP	NONE	EPOCH	—	—	—	—
N/{installation_id}/system/{device_id}/DynamicEss/MinimumSoc	Victron Venus	system_dynamicess_minimum_soc	Dynamic ESS minimum SoC	Reports dynamic ESS minimum SoC for the system.	%	SENSOR	ELECTRIC_STORAGE_PERCENTAGE	MEASUREMENT	FLOAT	0	—	0	100
N/{installation_id}/system/{device_id}/DynamicEss/NumberOfSchedules	Victron Venus	system_dynamicess_schedule_count	Dynamic ESS number of schedules	Reports dynamic ESS number of schedules for the system.	schedules	SENSOR	NONE	NONE	INT	—	—	—	—
N/{installation_id}/system/{device_id}/DynamicEss/ReactiveStrategy	Victron Venus	system_dynamicess_reactive_strategy	Dynamic ESS reactive strategy	Current dynamic ESS reactive strategy for the system.		SENSOR	ENUM	NONE	ENUM	—	DESSReactiveStrategy	—	—
N/{installation_id}/system/{device_id}/DynamicEss/Restrictions	Victron Venus	system_dynamicess_restrictions	Dynamic ESS restrictions	Active restrictions on energy flow between the battery and grid.		SENSOR	ENUM	NONE	ENUM	—	DESSRestrictions	—	—
N/{installation_id}/system/{device_id}/DynamicEss/Strategy	Victron Venus	system_dynamicess_strategy	Dynamic ESS strategy	Current dynamic ESS strategy for the system.		SENSOR	ENUM	NONE	ENUM	—	DESSStrategy	—	—
N/{installation_id}/system/{device_id}/DynamicEss/TargetSoc	Victron Venus	system_dynamicess_target_soc	Dynamic ESS target SoC	Reports dynamic ESS target SoC for the system.	%	SENSOR	ELECTRIC_STORAGE_PERCENTAGE	MEASUREMENT	FLOAT	0	—	0	100
N/{installation_id}/system/{device_id}/PV/Current	Solar charger	solarcharger_current	PV bus current	Measured PV bus current for the system.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/system/{device_id}/Relay/{relay}/State	Victron Venus	system_relay_{relay}	Relay {relay} state	Controls the state of a numbered system relay.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/system/{device_id}/SwitchableOutput/{output}/State	Switchable output	switchable_output_{output}_state	State	Controls state for the system.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/system/{device_id}/SystemState/State	Victron Venus	system_state	System state	Current operating state of the system.		SENSOR	ENUM	NONE	ENUM	—	State	—	—
N/{installation_id}/tank/{device_id}/BatteryVoltage	Liquid tank	tank_battery_voltage	Sensor battery voltage	Measured sensor battery voltage for the tank sensor.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/tank/{device_id}/FluidType	Liquid tank	tank_fluid_type	Fluid type	Configured fluid type for the tank sensor.		SENSOR	ENUM	NONE	ENUM	—	FluidType	—	—
N/{installation_id}/tank/{device_id}/Level	Liquid tank	tank_level	Level	Reports level for the tank sensor.	%	SENSOR	PERCENTAGE	MEASUREMENT	INT	—	—	—	—
N/{installation_id}/tank/{device_id}/Remaining	Liquid tank	tank_remaining	Remaining	Measured remaining for the tank sensor.	L	SENSOR	LIQUID_VOLUME	MEASUREMENT	FLOAT_M3_TO_LITERS	1	—	—	—
N/{installation_id}/tank/{device_id}/Temperature	Liquid tank	tank_temperature	Temperature	Measured temperature for the tank sensor.	°C	SENSOR	TEMPERATURE	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/temperature/{device_id}/BatteryVoltage	Temperature	temperature_battery_voltage	Sensor battery voltage	Measured sensor battery voltage for the temperature sensor. Used by wireless tags that have a battery in the sensor.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/temperature/{device_id}/Humidity	Temperature	temperature_humidity	Humidity	Measured humidity for the temperature sensor. Relative humidity as a percentage. Only available on sensors that has this feature, eg Ruuvi.	%	SENSOR	HUMIDITY	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/temperature/{device_id}/Offset	Temperature	temperature_offset	Offset	Configured offset for the temperature sensor.	°C	NUMBER	TEMPERATURE	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/temperature/{device_id}/Pressure	Temperature	temperature_pressure	Pressure	Measured pressure for the temperature sensor. Only available on sensors that has this feature, eg Ruuvi.	hPa	SENSOR	PRESSURE	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/temperature/{device_id}/Scale	Temperature	temperature_scale	Scale factor	Configured scale factor for the temperature sensor.	—	NUMBER	NONE	NONE	FLOAT	2	—	—	—
N/{installation_id}/temperature/{device_id}/Status	Temperature	temperature_status	Sensor status	Current status of the temperature sensor.		SENSOR	ENUM	NONE	ENUM	—	TemperatureStatus	—	—
N/{installation_id}/temperature/{device_id}/Temperature	Temperature	temperature_temperature	Temperature	Measured temperature for the temperature sensor.	°C	SENSOR	TEMPERATURE	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/temperature/{device_id}/TemperatureType	Temperature	temperature_type	Sensor type	Configured sensor type for the temperature sensor.		SENSOR	ENUM	NONE	ENUM	—	TemperatureType	—	—
N/{installation_id}/vebus/{device_id}/Ac/ActiveIn/ActiveInput	VE.Bus	vebus_inverter_active_input	Active AC input	Current active AC input for the VE.Bus inverter/charger.		SENSOR	ENUM	NONE	ENUM	—	ACActiveInputSource	—	—
N/{installation_id}/vebus/{device_id}/Ac/ActiveIn/CurrentLimit	VE.Bus	vebus_inverter_current_limit	Current limit	Configured current limit for the VE.Bus inverter/charger. See Venus-OS manual for limitations, for example when VE.Bus BMS or DMC is installed.	A	NUMBER	CURRENT	MEASUREMENT	FLOAT	1	—	0	16
N/{installation_id}/vebus/{device_id}/Ac/ActiveIn/{phase}/F	VE.Bus	vebus_inverter_input_frequency_{phase}	Input frequency {phase}	Measured input frequency for an AC phase of the VE.Bus inverter/charger.	Hz	SENSOR	FREQUENCY	MEASUREMENT	FLOAT	2	—	—	—
N/{installation_id}/vebus/{device_id}/Ac/ActiveIn/{phase}/I	VE.Bus	vebus_inverter_input_current_{phase}	Input current {phase}	Measured input current for an AC phase of the VE.Bus inverter/charger. Positive values flow from mains to the unit; negative values flow from the unit to mains.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/vebus/{device_id}/Ac/ActiveIn/{phase}/P	VE.Bus	vebus_inverter_input_power_{phase}	Input power {phase}	Measured input power for an AC phase of the VE.Bus inverter/charger. Uses the same sign convention as input current.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/vebus/{device_id}/Ac/ActiveIn/{phase}/S	VE.Bus	vebus_inverter_input_apparent_power_{phase}	Input apparent power {phase}	Measured input apparent power for an AC phase of the VE.Bus inverter/charger.	VA	SENSOR	APPARENT_POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/vebus/{device_id}/Ac/ActiveIn/{phase}/V	VE.Bus	vebus_inverter_input_voltage_{phase}	Input voltage {phase}	Measured input voltage for an AC phase of the VE.Bus inverter/charger.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/vebus/{device_id}/Ac/Control/IgnoreAcIn1	VE.Bus	vebus_inverter_ignoreacin1_onoff_control	Control ignore AC-in-1	Controls whether the VE.Bus inverter/charger ignores AC-in-1.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/vebus/{device_id}/Ac/Out/{phase}/F	VE.Bus	vebus_inverter_output_frequency_{phase}	Output frequency {phase}	Measured output frequency for an AC phase of the VE.Bus inverter/charger.	Hz	SENSOR	FREQUENCY	MEASUREMENT	FLOAT	2	—	—	—
N/{installation_id}/vebus/{device_id}/Ac/Out/{phase}/I	VE.Bus	vebus_inverter_output_current_{phase}	Output current {phase}	Measured output current for an AC phase of the VE.Bus inverter/charger. Positive values flow from the inverter/charger to the load; negative values flow from the load to the inverter/charger.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/vebus/{device_id}/Ac/Out/{phase}/P	VE.Bus	vebus_inverter_output_power_{phase}	Output power {phase}	Measured output power for an AC phase of the VE.Bus inverter/charger. Uses the same sign convention as output current.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/vebus/{device_id}/Ac/Out/{phase}/S	VE.Bus	vebus_inverter_output_apparent_power_{phase}	Output apparent power {phase}	Measured output apparent power for an AC phase of the VE.Bus inverter/charger.	VA	SENSOR	APPARENT_POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/vebus/{device_id}/Ac/Out/{phase}/V	VE.Bus	vebus_inverter_output_voltage_{phase}	Output voltage {phase}	Measured output voltage for an AC phase of the VE.Bus inverter/charger.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/vebus/{device_id}/Ac/State/IgnoreAcIn1	VE.Bus	vebus_inverter_ignoreacin1_state	State of ignore AC-in-1	Indicates whether the VE.Bus inverter/charger is ignoring AC-in-1.		SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/vebus/{device_id}/Ac/State/RemoteGeneratorSelected	VE.Bus	vebus_inverter_remote_generator_selected	Remote generator selected	Indicates whether remote generator control is selected on the VE.Bus inverter/charger.		BINARY_SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/vebus/{device_id}/Alarms/GridLost	VE.Bus	vebus_inverter_alarm_grid_lost	Grid lost alarm	Current severity of the grid lost alarm for the VE.Bus inverter/charger.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/vebus/{device_id}/Alarms/HighDcCurrent	VE.Bus	vebus_inverter_alarm_high_dc_current	High DC current alarm	Current severity of the high DC current alarm for the VE.Bus inverter/charger.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/vebus/{device_id}/Alarms/HighDcVoltage	VE.Bus	vebus_inverter_alarm_high_dc_voltage	High DC voltage alarm	Current severity of the high DC voltage alarm for the VE.Bus inverter/charger.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/vebus/{device_id}/Alarms/HighTemperature	VE.Bus	vebus_inverter_alarm_high_temperature	High temperature alarm	Current severity of the high temperature alarm for the VE.Bus inverter/charger.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/vebus/{device_id}/Alarms/LowBattery	VE.Bus	vebus_inverter_alarm_low_battery	Low battery alarm	Current severity of the low battery alarm for the VE.Bus inverter/charger.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/vebus/{device_id}/Alarms/Overload	VE.Bus	vebus_inverter_alarm_overload	Overload alarm	Current severity of the overload alarm for the VE.Bus inverter/charger.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/vebus/{device_id}/Alarms/PhaseRotation	VE.Bus	vebus_inverter_alarm_phase_rotation	Phase rotation alarm	Current severity of the phase rotation alarm for the VE.Bus inverter/charger.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/vebus/{device_id}/Alarms/Ripple	VE.Bus	vebus_inverter_alarm_ripple	Ripple alarm	Current severity of the ripple alarm for the VE.Bus inverter/charger.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/vebus/{device_id}/Alarms/TemperatureSensor	VE.Bus	vebus_inverter_alarm_temperature_sensor	Temperature sensor alarm	Current severity of the temperature sensor alarm for the VE.Bus inverter/charger.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/vebus/{device_id}/Alarms/VoltageSensor	VE.Bus	vebus_inverter_alarm_voltage_sensor	Voltage sensor alarm	Current severity of the voltage sensor alarm for the VE.Bus inverter/charger.		SENSOR	ENUM	NONE	ENUM	—	GenericAlarmEnum	—	—
N/{installation_id}/vebus/{device_id}/Connected	VE.Bus	vebus_inverter_connected	Connected	Indicates whether the VE.Bus inverter/charger is connected.		BINARY_SENSOR	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/vebus/{device_id}/Dc/0/Current	VE.Bus	vebus_inverter_dc_current	DC current	Measured DC current for the VE.Bus inverter/charger. Positive: current flowing from the Multi to the dc system. Negative: the other way around.	A	SENSOR	CURRENT	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/vebus/{device_id}/Dc/0/Power	VE.Bus	vebus_inverter_dc_power	DC power	Measured DC power for the VE.Bus inverter/charger.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/vebus/{device_id}/Dc/0/PreferRenewableEnergy	VE.Bus	vebus_inverter_prefer_renewable_energy_raw	Prefer renewable energy (raw)	Selected prefer renewable energy (raw) for the VE.Bus inverter/charger.		SELECT	ENUM	NONE	ENUM	—	PreferRenewableEnergyEnum	—	—
$$func/vebus/prefer_renewable_energy:prefer_renewable_energy_set	VE.Bus	vebus_inverter_prefer_renewable_energy	Prefer renewable energy	Controls whether the VE.Bus inverter/charger prioritizes renewable energy.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/vebus/{device_id}/Dc/0/Temperature	VE.Bus	vebus_inverter_dc_temperature	DC temperature	Measured DC temperature for the VE.Bus inverter/charger.	°C	SENSOR	TEMPERATURE	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/vebus/{device_id}/Dc/0/Voltage	VE.Bus	vebus_inverter_dc_voltage	DC voltage	Measured DC voltage for the VE.Bus inverter/charger.	V	SENSOR	VOLTAGE	MEASUREMENT	FLOAT	3	—	—	—
N/{installation_id}/vebus/{device_id}/Devices/{device_number}/Ac/In/P	VE.Bus	vebus_device_{device_number}_input_power_l1	{device_number} line 1 input power	Measured line 1 input power for an individual VE.Bus unit.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/vebus/{device_id}/Devices/{device_number}/Ac/In/{phase}/P	VE.Bus	vebus_device_{device_number}_input_power_{phase}	{device_number} line {phase} input power	Measured input power for an AC phase of an individual VE.Bus unit.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/vebus/{device_id}/Devices/{device_number}/Ac/Inverter/P	VE.Bus	vebus_device_{device_number}_inverted_power	{device_number} inverted power	Measured inverted power for an individual VE.Bus unit.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/vebus/{device_id}/Devices/{device_number}/Ac/Out/P	VE.Bus	vebus_device_{device_number}_output_power_l1	{device_number} line 1 output power	Measured line 1 output power for an individual VE.Bus unit.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/vebus/{device_id}/Devices/{device_number}/Ac/Out/{phase}/P	VE.Bus	vebus_device_{device_number}_output_power_{phase}	{device_number} line {phase} output power	Measured output power for an AC phase of an individual VE.Bus unit.	W	SENSOR	POWER	MEASUREMENT	FLOAT	1	—	—	—
N/{installation_id}/vebus/{device_id}/Devices/{device_number}/Settings/PowerAssistEnabled	VE.Bus	vebus_device_{device_number}_power_assist_enabled	{device_number} PowerAssist enabled	Controls whether PowerAssist is enabled for an individual VE.Bus unit.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/vebus/{device_id}/Energy/AcIn1ToAcOut	VE.Bus	vebus_energy_ac_in1_to_ac_out	Energy from AC-in-1 to AC-out	Energy recorded as energy from AC-in-1 to AC-out for the VE.Bus inverter/charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/vebus/{device_id}/Energy/AcIn1ToInverter	VE.Bus	vebus_energy_ac_in1_to_inverter	Energy from AC-in-1 to inverter	Energy recorded as energy from AC-in-1 to inverter for the VE.Bus inverter/charger. Energy counters from the Multi(s) are volatile.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/vebus/{device_id}/Energy/AcIn2ToAcOut	VE.Bus	vebus_energy_ac_in2_to_ac_out	Energy from AC-in-2 to AC-out	Energy recorded as energy from AC-in-2 to AC-out for the VE.Bus inverter/charger. These energy counters reset to zero when the Multi is switched off.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/vebus/{device_id}/Energy/AcIn2ToInverter	VE.Bus	vebus_energy_ac_in2_to_inverter	Energy from AC-in-2 to inverter	Energy recorded as energy from AC-in-2 to inverter for the VE.Bus inverter/charger. These energy counters ALSO reset to zero when the GX-device reboots.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/vebus/{device_id}/Energy/AcOutToAcIn1	VE.Bus	vebus_energy_ac_out_to_ac_in1	Energy from AC-out to AC-in-1	Energy recorded as energy from AC-out to AC-in-1 for the VE.Bus inverter/charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/vebus/{device_id}/Energy/AcOutToAcIn2	VE.Bus	vebus_energy_ac_out_to_ac_in2	Energy from AC-out to AC-in-2	Energy recorded as energy from AC-out to AC-in-2 for the VE.Bus inverter/charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/vebus/{device_id}/Energy/InverterToAcIn1	VE.Bus	vebus_energy_inverter_to_ac_in1	Energy from inverter to AC-in-1	Energy recorded as energy from inverter to AC-in-1 for the VE.Bus inverter/charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/vebus/{device_id}/Energy/InverterToAcIn2	VE.Bus	vebus_energy_inverter_to_ac_in2	Energy from inverter to AC-in-2	Energy recorded as energy from inverter to AC-in-2 for the VE.Bus inverter/charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/vebus/{device_id}/Energy/InverterToAcOut	VE.Bus	vebus_energy_inverter_to_ac_out	Energy from inverter to AC-out	Energy recorded as energy from inverter to AC-out for the VE.Bus inverter/charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/vebus/{device_id}/Energy/OutToInverter	VE.Bus	vebus_energy_out_to_inverter	Energy from out to inverter	Energy recorded as energy from out to inverter for the VE.Bus inverter/charger.	kWh	SENSOR	ENERGY	TOTAL_INCREASING	FLOAT	3	—	—	—
N/{installation_id}/vebus/{device_id}/Hub4/DisableCharge	VE.Bus	vebus_hub4_disable_charge	Hub4 disable charge	Controls Hub4 disable charge for the VE.Bus inverter/charger.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/vebus/{device_id}/Hub4/DisableFeedIn	VE.Bus	vebus_hub4_disable_feed_in	Hub4 disable feed-in	Controls Hub4 disable feed-in for the VE.Bus inverter/charger.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/vebus/{device_id}/Hub4/DoNotFeedInOvervoltage	VE.Bus	vebus_hub4_do_not_feed_in_overvoltage	Hub4 do not feed in on overvoltage	Controls Hub4 do not feed in on overvoltage for the VE.Bus inverter/charger.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/vebus/{device_id}/Hub4/FixSolarOffsetTo100mV	VE.Bus	vebus_hub4_fix_solar_offset_100mv	Hub4 fix solar offset to 100mV	Controls Hub4 fix solar offset to 100mV for the VE.Bus inverter/charger.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/vebus/{device_id}/Hub4/TargetPowerIsMaxFeedIn	VE.Bus	vebus_hub4_target_power_is_max_feed_in	Hub4 target power is max feed-in	Controls Hub4 target power is max feed-in for the VE.Bus inverter/charger.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/vebus/{device_id}/Hub4/{phase}/AcPowerSetpoint	VE.Bus	vebus_ac_power_setpoint_{phase}	AC power setpoint {phase}	Configured AC power setpoint for an AC phase of the VE.Bus inverter/charger. ESS Mode 3 instructs the unit to charge or discharge to the requested power; negative values request discharge. Used by the control loop in grid-parallel systems.	W	NUMBER	POWER	MEASUREMENT	FLOAT	1	—	-10000	10000
N/{installation_id}/vebus/{device_id}/Mode	VE.Bus	vebus_inverter_mode	Mode	Selected operating mode for the VE.Bus inverter/charger.		SELECT	ENUM	NONE	ENUM	—	InverterMode	—	—
N/{installation_id}/vebus/{device_id}/PvInverter/Disable	VE.Bus	vebus_pvinverter_disable	Vebus PV inverter disable	Controls vebus PV inverter disable for the VE.Bus inverter/charger.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/vebus/{device_id}/Settings/Alarm/System/GridLost	VE.Bus	vebus_inverter_setting_alarm_grid_lost	Grid lost alarm setting	Controls grid lost alarm setting for the VE.Bus inverter/charger.		SWITCH	ENUM	NONE	ENUM	—	GenericOnOff	—	—
N/{installation_id}/vebus/{device_id}/Settings/AssistCurrentBoostFactor	MultiPlus	multiplus_assist_current_boost_factor	Assist current boost factor	Configured assist current boost factor for the VE.Bus inverter/charger. These 4 settings were first introduced I Venus 3.30, but immediately redefined as they did not work properly.	—	NUMBER	NONE	NONE	FLOAT	3	—	0.25	3.5
N/{installation_id}/vebus/{device_id}/State	VE.Bus	vebus_inverter_state	State	Current operating state of the VE.Bus inverter/charger.		SENSOR	ENUM	NONE	ENUM	—	State	—	—
W/{installation_id}/generator/{device_id}/ServiceCounterReset	Generator	generator_service_counter_reset	Generator service counter reset	Requests generator service counter reset on the generator.	resets	SERVICE	NONE	NONE	INT	—	—	—	—
W/{installation_id}/multi/{device_id}/Ess/AcPowerSetpoint	Multi RS Solar	multi_service_ess_ac_power_setpoint	Set ESS AC power setpoint	Sets the ESS AC power setpoint on the Multi RS inverter/charger.	W	SERVICE	POWER	MEASUREMENT	FLOAT	1	—	-12500	12500
W/{installation_id}/platform/{device_id}/Firmware/Online/Check	Platform	platform_service_venus_firmware_check	Check for firmware update	Requests an online firmware update check on the GX device.	—	SERVICE	NONE	NONE	INT	—	—	—	—
W/{installation_id}/platform/{device_id}/Firmware/Online/Install	Platform	platform_service_venus_firmware_install	Install firmware update	Requests installation of the available firmware update on the GX device.	—	SERVICE	NONE	NONE	INT	—	—	—	—

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Value reference

Enums

Enums translate numeric MQTT payloads into operating modes, alarm states, relay statuses, and other human-readable values.

Find an enum 45 enums

ACActiveInputSource 5 values

ID	Value	Display Name	Description
unknown	0	Unknown	The active AC input source cannot be identified from the system configuration.
grid	1	Grid	The active AC input is configured as utility grid power.
generator	2	Generator	The active AC input is configured as generator power.
shore_power	3	Shore power	The active AC input is configured as shore power.
not_connected	240	Not connected	No AC input is connected; the system is operating without an external AC source.

ACSystemMode 5 values

ID	Value	Display Name	Description
charger_only	1	Charger only	The AC system may charge batteries but does not invert DC power to AC.
inverter_only	2	Inverter only	The AC system may invert DC power to AC but does not charge from AC input.
on	3	On	Charging, inversion, and AC passthrough are enabled as conditions require.
off	4	Off	The AC system is disabled.
passthrough	251	Passthrough	AC input is passed to the output without charging or inverting.

AcInputTypeEnum 4 values

ID	Value	Display Name	Description
not_used	0	Not used	The AC input is configured as unused.
grid	1	Grid	The AC input is configured for utility grid power.
generator	2	Generator	The AC input is configured for generator power.
shore	3	Shore	The AC input is configured for shore power.

ActiveInputEnum 3 values

ID	Value	Display Name	Description
ac_input_1	0	AC input 1	AC input 1 is the active source.
ac_input_2	1	AC input 2	AC input 2 is the active source.
disconnected	240	Disconnected	Neither AC input is currently connected.

BMSMode 3 values

ID	Value	Display Name	Description
on	3	On	The BMS contactor is closed for normal battery operation.
off	4	Off	The BMS contactor is open and battery operation is disabled.
standby	252	Standby	The BMS is powered but waiting in standby.

BatteryState 3 values

ID	Value	Display Name	Description
idle	0	Idle	The battery is neither charging nor discharging significantly.
charging	1	Charging	Net current is flowing into the battery.
discharging	2	Discharging	Net current is flowing out of the battery.

ChargeSchedule 20 values

ID	Value	Display Name	Description
disabled_sunday	-10	Disabled (Sunday)	Disables this scheduled-charge slot on sunday.
disabled_weekend	-9	Disabled (Weekends)	Disables this scheduled-charge slot on weekends.
disabled_weekdays	-8	Disabled (Weekdays)	Disables this scheduled-charge slot on weekdays.
disabled_every_day	-7	Disabled (Every day)	Disables this scheduled-charge slot on every day.
disabled_saturday	-6	Disabled (Saturday)	Disables this scheduled-charge slot on saturday.
disabled_friday	-5	Disabled (Friday)	Disables this scheduled-charge slot on friday.
disabled_thursday	-4	Disabled (Thursday)	Disables this scheduled-charge slot on thursday.
disabled_wednesday	-3	Disabled (Wednesday)	Disables this scheduled-charge slot on wednesday.
disabled_tuesday	-2	Disabled (Tuesday)	Disables this scheduled-charge slot on tuesday.
disabled_monday	-1	Disabled (Monday)	Disables this scheduled-charge slot on monday.
sunday	0	Sunday	Runs this scheduled-charge slot on sunday.
monday	1	Monday	Runs this scheduled-charge slot on monday.
tuesday	2	Tuesday	Runs this scheduled-charge slot on tuesday.
wednesday	3	Wednesday	Runs this scheduled-charge slot on wednesday.
thursday	4	Thursday	Runs this scheduled-charge slot on thursday.
friday	5	Friday	Runs this scheduled-charge slot on friday.
saturday	6	Saturday	Runs this scheduled-charge slot on saturday.
every_day	7	Every day	Runs this scheduled-charge slot on every day.
weekdays	8	Weekdays	Runs this scheduled-charge slot on weekdays.
weekends	9	Weekends	Runs this scheduled-charge slot on weekends.

ChargerMode 2 values

ID	Value	Display Name	Description
on	1	On	The charger is enabled and may charge when operating conditions permit.
off	4	Off	The charger is disabled.

DESSErrorCode 6 values

ID	Value	Display Name	Description
no_error	0	No error	Dynamic ESS has no active configuration or scheduling error.
no_ess	1	No ESS	Dynamic ESS cannot operate because ESS is unavailable.
ess_mode	2	ESS mode	Dynamic ESS cannot operate with the currently selected ESS mode.
no_schedule	3	No matching schedule	Dynamic ESS has no schedule matching the current time.
soc_low	4	SoC low	Dynamic ESS is constrained because battery state of charge is too low.
battry_capacity_not_configured	5	Battery capacity not configured	Dynamic ESS cannot calculate a schedule because battery capacity is not configured.

DESSMode 5 values

ID	Value	Display Name	Description
off	0	Off	Dynamic ESS is disabled.
auto_vrm	1	Auto / VRM	Dynamic ESS follows schedules received automatically from VRM.
buy	2	Buy	Dynamic ESS is forced to buy energy from the grid.
sell	3	Sell	Dynamic ESS is forced to sell energy to the grid.
node_red	4	Node-RED	Dynamic ESS is controlled locally, such as through Node-RED.

DESSReactiveStrategy 27 values

ID	Value	Display Name	Description
scheduled_selfconsume	1	Scheduled self-consume	Dynamic ESS follows the scheduled target while prioritizing local self-consumption.
scheduled_charge_allow_grid	2	Scheduled charge allow grid	Dynamic ESS charges on schedule and may import the required power from the grid.
scheduled_charge_enhanced	3	Scheduled charge enhanced	Dynamic ESS increases scheduled charging to recover the target state of charge.
selfconsume_accept_charge	4	Self-consume accept charge	Dynamic ESS accepts additional charging while operating in self-consumption mode.
idle_scheduled_feedin	5	Idle scheduled feed-in	Dynamic ESS remains idle while scheduled energy is exported to the grid.
scheduled_discharge	6	Scheduled discharge	Dynamic ESS discharges the battery to follow the active schedule.
selfconsume_accept_discharge	7	Self-consume accept discharge	Dynamic ESS permits additional battery discharge for local self-consumption.
idle_maintain_surplus	8	Idle maintain surplus	Dynamic ESS remains idle to preserve an available energy surplus.
idle_maintain_targetsoc	9	Idle maintain target SoC	Dynamic ESS remains idle because the battery is at its target state of charge.
scheduled_charge_smooth_transition	10	Scheduled charge smooth transition	Dynamic ESS gradually transitions into scheduled charging.
scheduled_charge_feedin	11	Scheduled charge feed-in	Dynamic ESS charges on schedule while allowing permitted grid feed-in.
scheduled_charge_no_grid	12	Scheduled charge no grid	Dynamic ESS charges on schedule without importing energy from the grid.
scheduled_minimum_discharge	13	Scheduled minimum discharge	Dynamic ESS applies the minimum discharge needed to follow the schedule.
selfconsume_no_grid	14	Self-consume no grid	Dynamic ESS serves local loads without importing energy from the grid.
idle_no_opportunity	15	Idle no opportunity	Dynamic ESS remains idle because no profitable charge or discharge opportunity exists.
unscheduled_charge_catchup_targetsoc	16	Unscheduled charge catch-up target SoC	Dynamic ESS charges outside the schedule to catch up to the target state of charge.
selfconsume_increased_discharge	17	Self-consume increased discharge	Dynamic ESS increases battery discharge to cover local consumption.
keep_battery_charged	18	Keep battery charged	Dynamic ESS retains energy to keep the battery charged.
scheduled_discharge_smooth_transition	19	Scheduled discharge smooth transition	Dynamic ESS gradually transitions into scheduled discharging.
dess_disabled	92	DESS disabled	No reactive strategy is active because Dynamic ESS is disabled.
selfconsume_unexpected_exception	93	Self-consume unexpected exception	Dynamic ESS fell back from self-consumption because of an unexpected internal exception.
selfconsume_faulty_chargerate	94	Self-consume faulty charge rate	Dynamic ESS cannot use the calculated charge rate for self-consumption.
unknown_operating_mode	95	Unknown operating mode	Dynamic ESS cannot map the current system operating mode to a strategy.
ess_low_soc	96	ESS low SoC	Dynamic ESS is constrained because ESS reports a low battery state of charge.
selfconsume_unmapped_state	97	Self-consume unmapped state	Dynamic ESS cannot map the current ESS state to self-consumption behavior.
selfconsume_unpredicted	98	Self-consume unpredicted	Dynamic ESS is self-consuming because actual power flow differs from the schedule.
no_window	99	No window	Dynamic ESS has no applicable schedule window.

DESSRestrictions 4 values

ID	Value	Display Name	Description
no_restrictions	0	No restrictions between battery and the grid	Energy may flow in either direction between the battery and grid.
battery_to_grid_restricted	1	Battery to grid energy flow restricted	Exporting battery energy to the grid is prohibited.
grid_to_battery_restricted	2	Grid to battery energy flow restricted	Charging the battery from the grid is prohibited.
no_flow	3	No energy flow between battery and grid	Energy flow between the battery and grid is prohibited in both directions.

DESSStrategy 4 values

ID	Value	Display Name	Description
targetsoc	0	Target SoC	Dynamic ESS follows scheduled target state-of-charge values.
selfconsume	1	Self-consume	Dynamic ESS prioritizes local self-consumption.
probattery	2	Pro battery	Dynamic ESS prioritizes protecting and retaining energy in the battery.
progrid	3	Pro grid	Dynamic ESS prioritizes energy trading and grid interaction.

DVCCMode 4 values

ID	Value	Display Name	Description
off	0	Off	DVCC is disabled and remains user-controllable.
on	1	On	DVCC is enabled and remains user-controllable.
forced_off	2	Forced off	DVCC is disabled and forced by the system or BMS.
forced_on	3	Forced on	DVCC is enabled and forced by the system or BMS.

DeviceType 37 values

ID	Value	Display Name	Description
system	system	Victron Venus	Identifies the Victron Venus MQTT and D-Bus service type.
solar_charger	solarcharger	Solar charger	Identifies the Solar charger MQTT and D-Bus service type.
inverter	inverter	Inverter	Identifies the Inverter MQTT and D-Bus service type.
battery	battery	Battery	Identifies the Battery MQTT and D-Bus service type.
grid	grid	Grid	Identifies the Grid MQTT and D-Bus service type.
vebus	vebus	VE.Bus	Identifies the VE.Bus MQTT and D-Bus service type.
evcharger	evcharger	EV charging station	Identifies the EV charging station MQTT and D-Bus service type.
ev	ev	Electric vehicle	Identifies the Electric vehicle MQTT and D-Bus service type.
pvinverter	pvinverter	PV inverter	Identifies the PV inverter MQTT and D-Bus service type.
temperature	temperature	Temperature	Identifies the Temperature MQTT and D-Bus service type.
generator	generator	Generator	Identifies the Generator MQTT and D-Bus service type.
generator0	Generator0	Generator 0 settings	Identifies the Generator 0 settings MQTT and D-Bus service type.
generator1	Generator1	Generator 1 settings	Identifies the Generator 1 settings MQTT and D-Bus service type.
tank	tank	Liquid tank	Identifies the Liquid tank MQTT and D-Bus service type.
multi_rs_solar	multi	Multi RS Solar	Identifies the Multi RS Solar MQTT and D-Bus service type.
cgwacs	CGwacs		Maps the CGwacs MQTT and D-Bus service namespace to the system device type.
dc_load	dcload	DC load	Identifies the DC load MQTT and D-Bus service type.
dc_source	dcsource	DC source	Identifies the DC source MQTT and D-Bus service type.
alternator	alternator	Alternator charger	Identifies the Alternator charger MQTT and D-Bus service type.
switch	switch	Switch	Identifies the Switch MQTT and D-Bus service type.
gps	gps	GPS	Identifies the GPS MQTT and D-Bus service type.
system_setup	SystemSetup		Maps the SystemSetup MQTT and D-Bus service namespace to the system device type.
services	Services		Maps the Services MQTT and D-Bus service namespace to the system device type.
transfer_switch	TransferSwitch	Transfer switch	Identifies the Transfer switch MQTT and D-Bus service type.
digital_input	digitalinput	Digital input	Identifies the Digital input MQTT and D-Bus service type.
dc_system	dcsystem	DC system	Identifies the DC system MQTT and D-Bus service type.
relay	Relay		Maps the Relay MQTT and D-Bus service namespace to the system device type.
platform	platform	Platform	Maps the platform MQTT and D-Bus service namespace to the system device type.
heatpump	heatpump	Heat pump	Identifies the Heat pump MQTT and D-Bus service type.
network	Network		Maps the Network MQTT and D-Bus service namespace to the system device type.
meteo	meteo	Irradiance sensor	Identifies the Irradiance sensor MQTT and D-Bus service type.
dynamic_ess	DynamicEss		Maps the DynamicEss MQTT and D-Bus service namespace to the system device type.
acload	acload	AC load	Identifies the AC load MQTT and D-Bus service type.
charger	charger	Charger	Identifies the Charger MQTT and D-Bus service type.
hub4	hub4	Hub4	Identifies the Hub4 MQTT and D-Bus service type.
acsystem	acsystem		Maps the acsystem MQTT and D-Bus service namespace to the system device type.
dcdc	dcdc	DC/DC charger	Identifies the DC/DC charger MQTT and D-Bus service type.

DigitalInputInputState 2 values

ID	Value	Display Name	Description
high_open	0	High/open	The raw digital input is electrically high or the contact is open.
low_closed	1	Low/closed	The raw digital input is electrically low or the contact is closed.

DigitalInputState 12 values

ID	Value	Display Name	Description
low	0	Low	The configured digital-input translation reports this state: Low.
high	1	High	The configured digital-input translation reports this state: High.
off	2	Off	The configured digital-input translation reports this state: Off.
on	3	On	The configured digital-input translation reports this state: On.
no	4	No	The configured digital-input translation reports this state: No.
yes	5	Yes	The configured digital-input translation reports this state: Yes.
open	6	Open	The configured digital-input translation reports this state: Open.
closed	7	Closed	The configured digital-input translation reports this state: Closed.
ok	8	Ok	The configured digital-input translation reports this state: Ok.
alarm	9	Alarm	The configured digital-input translation reports this state: Alarm.
running	10	Running	The configured digital-input translation reports this state: Running.
stopped	11	Stopped	The configured digital-input translation reports this state: Stopped.

DigitalInputType 11 values

ID	Value	Display Name	Description
disabled	0	Disabled	The digital input is configured for this function: Disabled.
pulse_meter	1	Pulse meter	The digital input is configured for this function: Pulse meter.
door_alarm	2	Door alarm	The digital input is configured for this function: Door alarm.
bilge_pump	3	Bilge pump	The digital input is configured for this function: Bilge pump.
bilge_alarm	4	Bilge alarm	The digital input is configured for this function: Bilge alarm.
burglar_alarm	5	Burglar alarm	The digital input is configured for this function: Burglar alarm.
smoke_alarm	6	Smoke alarm	The digital input is configured for this function: Smoke alarm.
fire_alarm	7	Fire alarm	The digital input is configured for this function: Fire alarm.
co2_alarm	8	CO2 alarm	The digital input is configured for this function: CO2 alarm.
generator	9	Generator	The digital input is configured for this function: Generator.
touch_input_control	10	Touch input control	The digital input is configured for this function: Touch input control.

ESSMode 4 values

ID	Value	Display Name	Description
self_consumption_batterylife	0	Self-consumption (BatteryLife)	ESS maximizes self-consumption while BatteryLife dynamically protects battery state of charge.
self_consumption	1	Self-consumption	ESS maximizes self-consumption using the configured minimum state of charge.
keep_charged	2	Keep charged	ESS keeps the battery charged and avoids normal battery discharge.
external_control	3	External control	An external controller determines ESS charge and discharge behavior.

ESSModeHub4 3 values

ID	Value	Display Name	Description
phase_compensation_enabled	1	Optimized mode or 'keep batteries charged' and phase compensation enabled	ESS optimization or keep-charged mode is active with phase compensation enabled.
phase_compensation_disabled	2	Optimized mode or 'keep batteries charged' and phase compensation disabled	ESS optimization or keep-charged mode is active with phase compensation disabled.
external_control	3	External control	An external controller manages Hub4 power flow.

ESSState 12 values

ID	Value	Display Name	Description
with_battery_life	1	Optimized mode with BatteryLife	ESS reports this BatteryLife operating condition: Optimized mode with BatteryLife.
self_consumption	2	Self-consumption	ESS reports this BatteryLife operating condition: Self-consumption.
self_consumption_soc_exceeds_85	3	Self-consumption, SoC exceeds 85%	ESS reports this BatteryLife operating condition: Self-consumption, SoC exceeds 85%.
self_consumption_soc_at_100	4	Self-consumption, SoC at 100%	ESS reports this BatteryLife operating condition: Self-consumption, SoC at 100%.
soc_below_battery_life_dynamic_soc_limit	5	SoC below BatteryLife dynamic SoC limit	ESS reports this BatteryLife operating condition: SoC below BatteryLife dynamic SoC limit.
soc_below_soc_limit_24_hours	6	SoC has been below SoC limit for more than 24 hours. Charging battery with 5 amps	ESS reports this BatteryLife operating condition: SoC has been below SoC limit for more than 24 hours. Charging battery with 5 amps.
sustain	7	Multi/Quattro is in sustain	ESS reports this BatteryLife operating condition: Multi/Quattro is in sustain.
recharge	8	Recharge, SoC dropped 5% or more below minimum SoC	ESS reports this BatteryLife operating condition: Recharge, SoC dropped 5% or more below minimum SoC.
keep_batteries_charged	9	'Keep batteries charged' mode enabled	ESS reports this BatteryLife operating condition: 'Keep batteries charged' mode enabled.
self_consumption_soc_above_min	10	Self-consumption, SoC at or above minimum SoC	ESS reports this BatteryLife operating condition: Self-consumption, SoC at or above minimum SoC.
self_consumption_soc_below_min	11	Self-consumption, SoC is below minimum SoC	ESS reports this BatteryLife operating condition: Self-consumption, SoC is below minimum SoC.
recharge_no_battery_life	12	Recharge, SoC dropped 5% or more below minimum SoC (No BatteryLife)	ESS reports this BatteryLife operating condition: Recharge, SoC dropped 5% or more below minimum SoC (No BatteryLife).

ESSUserMode 4 values

ID	Value	Display Name	Description
optimized_battery_life	1	Optimized (with BatteryLife)	ESS optimizes self-consumption while BatteryLife dynamically adjusts the discharge floor.
optimized_no_battery_life	10	Optimized (without BatteryLife)	ESS optimizes self-consumption using a fixed minimum state of charge.
keep_batteries_charged	9	Keep batteries charged	ESS uses available AC power to keep the batteries charged.
external_control	3	External control	An external controller manages ESS charge and discharge behavior.

ErrorCode 20 values

ID	Value	Display Name	Description
no_error	0	No error	The device reports no active error.
battery_voltage_too_high	2	Battery voltage too high	The device reports this active error condition: Battery voltage too high.
charger_temperature_too_high	17	Charger temperature too high	The device reports this active error condition: Charger temperature too high.
charger_over_current	18	Charger over current	The device reports this active error condition: Charger over current.
charger_current_reversed	19	Charger current reversed	The device reports this active error condition: Charger current reversed.
bulk_time_limit_exceeded	20	Bulk time limit exceeded	The device reports this active error condition: Bulk time limit exceeded.
current_sensor_issue	21	Current sensor issue	The device reports this active error condition: Current sensor issue.
terminals_overheated	26	Terminals overheated	The device reports this active error condition: Terminals overheated.
converter_issue	28	Converter issue	The device reports this active error condition: Converter issue.
input_voltage_too_high	33	Input voltage too high (solar panel)	The device reports this active error condition: Input voltage too high (solar panel).
input_current_too_high	34	Input current too high (solar panel)	The device reports this active error condition: Input current too high (solar panel).
input_shutdown_battery_voltage_too_high	38	Input shutdown (battery voltage too high)	The device reports this active error condition: Input shutdown (battery voltage too high).
input_shutdown_reverse_current	39	Input shutdown (reverse current)	The device reports this active error condition: Input shutdown (reverse current).
lost_communication_with_device	65	Lost communication with device	The device reports this active error condition: Lost communication with device.
synchronized_charging_config_issue	66	Synchronized charging config issue	The device reports this active error condition: Synchronized charging config issue.
bms_connection_lost	67	BMS connection lost	The device reports this active error condition: BMS connection lost.
network_misconfigured	68	Network misconfigured	The device reports this active error condition: Network misconfigured.
factory_calibration_data_lost	116	Factory calibration data lost	The device reports this active error condition: Factory calibration data lost.
invalid_incompatible_firmware	117	Invalid/incompatible firmware	The device reports this active error condition: Invalid/incompatible firmware.
user_settings_invalid	119	User settings invalid	The device reports this active error condition: User settings invalid.

EvChargerMode 3 values

ID	Value	Display Name	Description
manual	0	Manual	Charging current and start or stop behavior are controlled manually.
auto	1	Auto	The charging station automatically uses available excess solar power.
scheduled_charge	2	Scheduled charge	Charging follows the configured charging schedule.

EvChargerPosition 2 values

ID	Value	Display Name	Description
ac_out	0	AC out	The charging station is connected to the inverter/charger AC output.
ac_input	1	AC input	The charging station is connected on the AC input side of the inverter/charger.

EvChargerStatus 24 values

ID	Value	Display Name	Description
disconnected	0	Disconnected	No electric vehicle is connected to the charging station.
connected	1	Connected	An electric vehicle is connected and waiting for charging to start.
charging	2	Charging	The charging station is actively delivering energy to the electric vehicle.
charged	3	Charged	The connected electric vehicle has completed charging.
waiting_for_sun	4	Waiting for sun	Charging is paused until sufficient excess solar power is available.
waiting_for_rfid	5	Waiting for RFID	Charging is waiting for authorization from an RFID card.
waiting_for_start	6	Waiting for start	The vehicle is authorized and connected but charging has not started.
low_soc	7	Low SoC	Charging behavior is constrained by a low system battery state of charge.
ground_test_error	8	Ground test error	The charging station ground safety test failed.
welded_contacts_test_error	9	Welded contacts test error	The charging station detected welded power contacts during its safety test.
cp_input_test_error	10	CP input test error	The charging station detected an invalid control-pilot input during its safety test.
residual_current_detected	11	Residual current detected	The charging station stopped because residual leakage current was detected.
undervoltage_detected	12	Undervoltage detected	The charging station stopped because AC supply voltage was too low.
overvoltage_detected	13	Overvoltage detected	The charging station stopped because AC supply voltage was too high.
overheating_detected	14	Overheating detected	The charging station stopped because its temperature was too high.
reserved15	15	Reserved	Status code 15 is reserved for future EV charging station use.
reserved16	16	Reserved	Status code 16 is reserved for future EV charging station use.
reserved17	17	Reserved	Status code 17 is reserved for future EV charging station use.
reserved18	18	Reserved	Status code 18 is reserved for future EV charging station use.
reserved19	19	Reserved	Status code 19 is reserved for future EV charging station use.
charging_limit	20	Charging limit	Charging is constrained by an active current or power limit.
start_charging	21	Start charging	The charging station is initiating a charging session.
switching_to_3_phase	22	Switching to 3 phase	The charging station is changing from single-phase to three-phase charging.
switching_to_1_phase	23	Switching to 1 phase	The charging station is changing from three-phase to single-phase charging.

EvChargingState 9 values

ID	Value	Display Name	Description
not_charging	0	Not charging	The electric vehicle is connected but is not currently charging.
low_power_mode	1	Low power mode	The electric vehicle is charging with power constrained to a low level.
charging	3	Charging	Energy is actively flowing into the electric vehicle battery.
sustain	244	Sustain	Charging is limited to sustain the electric vehicle battery without increasing its state of charge.
wake_up	245	Wake up	The charging station is waking the electric vehicle before charging starts.
blocked	250	Blocked	Charging cannot start because the electric vehicle or charging station is blocking it.
unavailable	255	Unavailable	The electric vehicle charging state is not available.
discharging	256	Discharging	Energy is flowing from the electric vehicle battery back to the connected system.
scheduled_charging	259	Scheduled charging	The electric vehicle is charging during an active scheduled-charge window.

FirmwareUpdateState 7 values

ID	Value	Display Name	Description
update_file_not_found	997	Update file not found	The GX device could not find the firmware update file.
error_during_update	998	Error during update	The firmware installation failed before it could complete.
error_during_check	999	Error during check	The GX device could not complete the online firmware update check.
idle	1000	Idle	No firmware check or installation is currently running.
checking	1001	Checking	The GX device is checking online for an available firmware update.
downloading_and_installing	1002	Downloading and installing	The GX device is downloading and installing the firmware update.
rebooting	1003	Rebooting	The GX device is rebooting to complete the firmware update.

FluidType 12 values

ID	Value	Display Name	Description
fuel	0	Fuel	The tank is configured for this fluid type: Fuel.
fresh_water	1	Fresh water	The tank is configured for this fluid type: Fresh water.
waste_water	2	Waste water	The tank is configured for this fluid type: Waste water.
live_well	3	Live well	The tank is configured for this fluid type: Live well.
oil	4	Oil	The tank is configured for this fluid type: Oil.
black_water	5	Black water (sewage)	The tank is configured for this fluid type: Black water (sewage).
gasoline	6	Gasoline	The tank is configured for this fluid type: Gasoline.
diesel	7	Diesel	The tank is configured for this fluid type: Diesel.
lpg	8	Liquid petroleum gas (LPG)	The tank is configured for this fluid type: Liquid petroleum gas (LPG).
lng	9	Liquid natural gas (LNG)	The tank is configured for this fluid type: Liquid natural gas (LNG).
hydraulic_oil	10	Hydraulic oil	The tank is configured for this fluid type: Hydraulic oil.
raw_water	11	Raw water	The tank is configured for this fluid type: Raw water.

GeneratorRunningByConditionCode 11 values

ID	Value	Display Name	Description
stopped	0	Stopped	The generator is stopped because no start condition is active.
manual	1	Manual	The generator is running because it was started manually.
test_run	2	Test run	The generator is running for a scheduled or manually requested test run.
lost_comms	3	Lost comms	The generator is running because communication with its controller was lost.
soc	4	SoC	The generator is running because this start condition is active: SoC.
ac_load	5	AC load	The generator is running because this start condition is active: AC load.
battery_current	6	Battery current	The generator is running because this start condition is active: Battery current.
battery_volts	7	Battery volts	The generator is running because this start condition is active: Battery volts.
inv_temp	8	Inverter temperature	The generator is running because this start condition is active: Inverter temperature.
inv_overload	9	Inverter overload	The generator is running because this start condition is active: Inverter overload.
stop_on_ac1	10	Stop on AC1	The generator is stopping because AC input 1 became available.

GenericAlarmEnum 3 values

ID	Value	Display Name	Description
no_alarm	0	No alarm	No alarm condition is active.
warning	1	Warning	A warning condition is active.
alarm	2	Alarm	An alarm condition is active.

GenericOnOff 2 values

ID	Value	Display Name	Description
off	0	Off	The option is disabled.
on	1	On	The option is enabled.

GenericOnOffInverted 2 values

ID	Value	Display Name	Description
on	0	On	The option is enabled.
off	1	Off	The option is disabled.

InverterMode 4 values

ID	Value	Display Name	Description
charger_only	1	Charger only	The inverter/charger may charge batteries but will not invert DC power to AC.
inverter_only	2	Inverter only	The inverter/charger may supply AC from the battery but will not charge from AC input.
on	3	On	Charging, inversion, and AC passthrough are enabled as conditions require.
off	4	Off	The inverter/charger is disabled.

MppOperationMode 4 values

ID	Value	Display Name	Description
off	0	Off	The solar charger is not performing maximum power point tracking.
voltage_current_limited	1	Voltage/current limited	PV operation is limited by a voltage or current constraint.
mppt_active	2	MPPT active	Maximum power point tracking is actively optimizing PV production.
not_available	255	Not available	The device does not provide an MPPT operating mode.

PhoenixInverterMode 3 values

ID	Value	Display Name	Description
inverter	2	Inverter	The Phoenix inverter continuously supplies AC power when sufficient DC power is available.
off	4	Off	The Phoenix inverter output is disabled.
eco	5	Eco	The Phoenix inverter enters a low-power search mode when no significant AC load is detected.

PreferRenewableEnergyEnum 3 values

ID	Value	Display Name	Description
full_charge_active	0	Full charge active	A one-time full battery charge is in progress before renewable-energy priority resumes.
renewable_priority	1	Renewable priority	Charging prioritizes renewable energy and normally stops at float.
overridden	2	Overridden by generator	Renewable-energy priority is unavailable because a generator or Quattro AC-in-1 overrides it.

SolarChargerDeviceOffReason 14 values

ID	Value	Display Name	Description
none	0	-	No device-off reason is active.
no_input_power	1	No/low input power	Solar charger operation is prevented for this reason: No/low input power.
switched_off_power_switch	2	Switched off (power switch)	Solar charger operation is prevented for this reason: Switched off (power switch).
switched_off_device_mode_register	4	Switched off (device mode register)	Solar charger operation is prevented for this reason: Switched off (device mode register).
remote_input	8	Remote input	Solar charger operation is prevented for this reason: Remote input.
protective_action	16	Protection active	Solar charger operation is prevented for this reason: Protection active.
need_token	32	Need token for operation	Solar charger operation is prevented for this reason: Need token for operation.
signal_from_bms	64	Signal from BMS	Solar charger operation is prevented for this reason: Signal from BMS.
engine_shutdown	128	Engine shutdown on low input voltage	Solar charger operation is prevented for this reason: Engine shutdown on low input voltage.
analysing_input_voltage	256	Analysing input voltage	Solar charger operation is prevented for this reason: Analysing input voltage.
low_temperature	512	Low temperature	Solar charger operation is prevented for this reason: Low temperature.
no_panel_power	1024	No/low panel power	Solar charger operation is prevented for this reason: No/low panel power.
no_battery_power	2048	No/low battery power	Solar charger operation is prevented for this reason: No/low battery power.
active_alarm	32768	Active alarm	Solar charger operation is prevented for this reason: Active alarm.

State 22 values

ID	Value	Display Name	Description
off	0	Off	The device is switched off.
low_power	1	Low power	The device is operating in a reduced-power state.
fault	2	Fault	The device has stopped because of a fault.
bulk	3	Bulk	The charger is delivering maximum available current during bulk charging.
absorption	4	Absorption	The charger is holding the absorption voltage while charge current tapers.
float	5	Float	The charger is maintaining the battery at its float voltage.
storage	6	Storage	The charger is maintaining the lower long-term storage voltage.
equalize	7	Equalize	The charger is performing a controlled equalization charge.
passthrough	8	Passthrough	AC input is being passed through to the AC output.
inverting	9	Inverting	The inverter is supplying AC power from the battery.
power_assist	10	Power Assist	The inverter is supplementing the AC input with battery power.
power_supply	11	Power supply	The charger is operating as a regulated DC power supply.
sustain	244	Sustain	Battery discharge is restricted while the system sustains a safe battery voltage.
starting_up	245	Starting up	The device is completing its startup sequence.
repeated_absorption	246	Repeated absorption	The charger is performing a scheduled repeated absorption cycle.
auto_equalize	247	Auto equalize / recondition	The charger is performing an automatic equalization or reconditioning cycle.
battery_safe	248	Battery Safe	Charge current is limited to prevent excessive battery voltage rise.
external_control	252	External control	An external controller determines the device operating state.
discharging	256	Discharging	The battery is supplying power to the system.
sustain_alt	257	Sustain alt	ESS sustain is active because battery voltage reached the dynamic cutoff.
recharging	258	Recharging	The system is recharging after state of charge fell below its threshold.
scheduled_recharging	259	Scheduled recharging	The system is charging during an active scheduled-charge window.

SwitchableOutputType 14 values

ID	Value	Display Name	Description
momentary	0	Momentary	The switchable output uses this control interface: Momentary.
toggle	1	Toggle	The switchable output uses this control interface: Toggle.
dimmable	2	Dimmable	The switchable output uses this control interface: Dimmable.
temperature_setpoint	3	Temperature setpoint	The switchable output uses this control interface: Temperature setpoint.
stepped_switch	4	Stepped switch	The switchable output uses this control interface: Stepped switch.
slave_mode	5	Slave mode	The switchable output uses this control interface: Slave mode.
dropdown	6	Dropdown	The switchable output uses this control interface: Dropdown.
basic_slider	7	Basic slider	The switchable output uses this control interface: Basic slider.
numeric_input	8	Numeric input	The switchable output uses this control interface: Numeric input.
three_state_switch	9	Three-state switch	The switchable output uses this control interface: Three-state switch.
bilge_pump_control	10	Bilge pump control	The switchable output uses this control interface: Bilge pump control.
rgb_color_wheel	11	RGB color wheel	The switchable output uses this control interface: RGB color wheel.
cct_color_wheel	12	CCT color wheel	The switchable output uses this control interface: CCT color wheel.
rgbw_color_wheel	13	RGBW color wheel	The switchable output uses this control interface: RGBW color wheel.

TemperatureStatus 5 values

ID	Value	Display Name	Description
ok	0	Ok	The temperature sensor reports this status: Ok.
disconnected	1	Disconnected	The temperature sensor reports this status: Disconnected.
short_circuited	2	Short circuited	The temperature sensor reports this status: Short circuited.
reverse_polarity	3	Reverse polarity	The temperature sensor reports this status: Reverse polarity.
unknown	4	Unknown	The temperature sensor reports this status: Unknown.

TemperatureType 7 values

ID	Value	Display Name	Description
battery	0	Battery	The temperature sensor is configured for this measurement type: Battery.
fridge	1	Fridge	The temperature sensor is configured for this measurement type: Fridge.
generic	2	Generic	The temperature sensor is configured for this measurement type: Generic.
room	3	Room	The temperature sensor is configured for this measurement type: Room.
outdoor	4	Outdoor	The temperature sensor is configured for this measurement type: Outdoor.
water_heater	5	Water heater	The temperature sensor is configured for this measurement type: Water heater.
freezer	6	Freezer	The temperature sensor is configured for this measurement type: Freezer.

VictronDeviceEnum 0 values

ID	Value	Display Name	Description

VictronProductId 40 values

ID	Value	Display Name	Description
bluesolar_mppt_75_15	41026	BlueSolar MPPT 75/15	Identifies the BlueSolar MPPT 75/15 model from its published Victron product ID.
bluesolar_mppt_100_15	41027	BlueSolar MPPT 100/15	Identifies the BlueSolar MPPT 100/15 model from its published Victron product ID.
bluesolar_mppt_100_30	41028	BlueSolar MPPT 100/30	Identifies the BlueSolar MPPT 100/30 model from its published Victron product ID.
bluesolar_mppt_100_50	41029	BlueSolar MPPT 100/50	Identifies the BlueSolar MPPT 100/50 model from its published Victron product ID.
bluesolar_mppt_150_70	41034	BlueSolar MPPT 150/70	Identifies the BlueSolar MPPT 150/70 model from its published Victron product ID.
bluesolar_mppt_75_10	41036	BlueSolar MPPT 75/10	Identifies the BlueSolar MPPT 75/10 model from its published Victron product ID.
bluesolar_mppt_150_45	41037	BlueSolar MPPT 150/45	Identifies the BlueSolar MPPT 150/45 model from its published Victron product ID.
bluesolar_mppt_150_45_rev2	41071	BlueSolar MPPT 150/45 rev2	Identifies the BlueSolar MPPT 150/45 rev2 model from its published Victron product ID.
bluesolar_mppt_150_45_rev3	41074	BlueSolar MPPT 150/45 rev3	Identifies the BlueSolar MPPT 150/45 rev3 model from its published Victron product ID.
bluesolar_mppt_150_60	41038	BlueSolar MPPT 150/60	Identifies the BlueSolar MPPT 150/60 model from its published Victron product ID.
bluesolar_mppt_150_85	41039	BlueSolar MPPT 150/85	Identifies the BlueSolar MPPT 150/85 model from its published Victron product ID.
smartsolar_mppt_250_100	41040	SmartSolar MPPT 250/100	Identifies the SmartSolar MPPT 250/100 model from its published Victron product ID.
smartsolar_mppt_150_100	41041	SmartSolar MPPT 150/100	Identifies the SmartSolar MPPT 150/100 model from its published Victron product ID.
smartsolar_mppt_150_85	41042	SmartSolar MPPT 150/85	Identifies the SmartSolar MPPT 150/85 model from its published Victron product ID.
smartsolar_mppt_75_15	41043	SmartSolar MPPT 75/15	Identifies the SmartSolar MPPT 75/15 model from its published Victron product ID.
smartsolar_mppt_75_10	41044	SmartSolar MPPT 75/10	Identifies the SmartSolar MPPT 75/10 model from its published Victron product ID.
smartsolar_mppt_100_15	41045	SmartSolar MPPT 100/15	Identifies the SmartSolar MPPT 100/15 model from its published Victron product ID.
smartsolar_mppt_100_30	41046	SmartSolar MPPT 100/30	Identifies the SmartSolar MPPT 100/30 model from its published Victron product ID.
smartsolar_mppt_100_50	41047	SmartSolar MPPT 100/50	Identifies the SmartSolar MPPT 100/50 model from its published Victron product ID.
smartsolar_mppt_150_35	41048	SmartSolar MPPT 150/35	Identifies the SmartSolar MPPT 150/35 model from its published Victron product ID.
smartsolar_mppt_150_100_rev2	41049	SmartSolar MPPT 150/100 rev2	Identifies the SmartSolar MPPT 150/100 rev2 model from its published Victron product ID.
smartsolar_mppt_150_85_rev2	41050	SmartSolar MPPT 150/85 rev2	Identifies the SmartSolar MPPT 150/85 rev2 model from its published Victron product ID.
smartsolar_mppt_250_70	41051	SmartSolar MPPT 250/70	Identifies the SmartSolar MPPT 250/70 model from its published Victron product ID.
smartsolar_mppt_250_85	41052	SmartSolar MPPT 250/85	Identifies the SmartSolar MPPT 250/85 model from its published Victron product ID.
smartsolar_mppt_250_60	41053	SmartSolar MPPT 250/60	Identifies the SmartSolar MPPT 250/60 model from its published Victron product ID.
smartsolar_mppt_250_60_rev2	41064	SmartSolar MPPT 250/60 rev2	Identifies the SmartSolar MPPT 250/60 rev2 model from its published Victron product ID.
smartsolar_mppt_250_45	41054	SmartSolar MPPT 250/45	Identifies the SmartSolar MPPT 250/45 model from its published Victron product ID.
smartsolar_mppt_100_20	41055	SmartSolar MPPT 100/20	Identifies the SmartSolar MPPT 100/20 model from its published Victron product ID.
smartsolar_mppt_100_20_48v	41056	SmartSolar MPPT 100/20 48V	Identifies the SmartSolar MPPT 100/20 48V model from its published Victron product ID.
bluesolar_mppt_100_20_48v	41063	BlueSolar MPPT 100/20 48V	Identifies the BlueSolar MPPT 100/20 48V model from its published Victron product ID.
smartsolar_mppt_150_45	41057	SmartSolar MPPT 150/45	Identifies the SmartSolar MPPT 150/45 model from its published Victron product ID.
smartsolar_mppt_150_45_rev2	41066	SmartSolar MPPT 150/45 rev2	Identifies the SmartSolar MPPT 150/45 rev2 model from its published Victron product ID.
smartsolar_mppt_150_45_rev3	41075	SmartSolar MPPT 150/45 rev3	Identifies the SmartSolar MPPT 150/45 rev3 model from its published Victron product ID.
smartsolar_mppt_150_60	41058	SmartSolar MPPT 150/60	Identifies the SmartSolar MPPT 150/60 model from its published Victron product ID.
smartsolar_mppt_150_70	41059	SmartSolar MPPT 150/70	Identifies the SmartSolar MPPT 150/70 model from its published Victron product ID.
smartsolar_mppt_vecan_150_85_rev2	41229	SmartSolar MPPT VE.Can 150/85 rev2	Identifies the SmartSolar MPPT VE.Can 150/85 rev2 model from its published Victron product ID.
smartsolar_mppt_rs_450_100	41232	SmartSolar MPPT RS 450/100	Identifies the SmartSolar MPPT RS 450/100 model from its published Victron product ID.
orion_xs_12v_12v_50a	41968	Orion XS 12V/12V-50A	Identifies the Orion XS 12V/12V-50A model from its published Victron product ID.
orion_xs_12v_12v_70a	41970	Orion XS 12V/12V-70A	Identifies the Orion XS 12V/12V-70A model from its published Victron product ID.
orion_xs_12v_24v_50a	41969	Orion XS 12V/24V-50A	Identifies the Orion XS 12V/24V-50A model from its published Victron product ID.

VrmPortalMode 3 values

ID	Value	Display Name	Description
off	0	Off	VRM Portal connectivity is disabled.
read_only	1	Read-only	VRM Portal may read system data but cannot issue remote commands.
full	2	Full	VRM Portal has full read and remote-control access.

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Enum values

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