Fronius Binding

This binding uses the Fronius Solar API V1 to obtain data from Fronius devices.

It supports Fronius inverters, smart meters and Ohmpilot devices connected to a Fronius Datamanager 1.0 / 2.0, Fronius Datalogger or with integrated Solar API V1 support.

Inverters with integrated Solar API V1 support include:

Fronius Galvo
Fronius Primo
Fronius Symo
Fronius Symo Gen24
Fronius Symo Gen24 Plus

Supported Things

Thing Type	Description
`bridge`	The Bridge
`powerinverter`	Fronius Galvo, Symo and other Fronius inverters: You can add multiple inverters that depend on the same datalogger with different device ids. (default id = 1)
`battery`	Fronius Battery: Battery devices that map to storage controller fields (default id = 0)
`meter`	Fronius Smart Meter: You can add multiple smart meters with different device ids. (default id = 0)
`ohmpilot`	Fronius Ohmpilot (default id = 0)

Discovery

There is no discovery implemented. You have to create your Things manually and specify the hostname or IP address of the Datalogger and the device id.

Binding Configuration

The binding has no configuration options, all configuration is done at bridge, powerinverter, meter or ohmpilot level.

Thing Configuration

Bridge Thing Configuration

Parameter	Description	Required
`hostname`	The hostname or IP address of your Fronius Datamanager, Datalogger or inverter	Yes
`username`	The username to authenticate with the inverter settings for battery control	No
`password`	The password to authenticate with the inverter settings for battery control	No
`refreshInterval`	Refresh interval in seconds	No
`scheme`	Set the protocol scheme that is used to connect to your device (default: http)	No

Powerinverter Thing Configuration

Parameter	Description
`deviceId`	The identifier of your device (Default: 1)

Battery Thing Configuration

Parameter	Description
`deviceId`	The identifier of your battery device (Default: 0)
`batterySettingsRefreshInterval`	The interval in minutes at which the battery settings channels are read from the inverter's config API. Reading them requires a login, therefore the interval should be kept high. Set to 0 to disable reading the battery settings from the inverter. (Default: 5)

Meter Thing Configuration

Parameter	Description
`deviceId`	The identifier of your smart meter (Default: 0)

Ohmpilot Thing Configuration

Parameter	Description
`deviceId`	The identifier of your ohmpilot (Default: 0)

Channels

Most channel ids have been renamed to follow the naming conventions. The old channel ids remain functional for backward compatibility, but are deprecated and hidden as advanced channels - please migrate your item links to the new channel ids.

`powerinverter` Thing Channels

Channel ID	Item Type	Description
`ac-power`	Number:Power	AC Power generated
`dc-power`	Number:Power	DC Power calculated from DC voltage * DC current
`dc-power-2`	Number:Power	DC Power generated by MPPT tracker 2
`dc-power-3`	Number:Power	DC Power generated by MPPT tracker 3
`ac-frequency`	Number:Frequency	AC frequency
`ac-current`	Number:ElectricCurrent	AC current
`dc-current`	Number:ElectricCurrent	DC current
`dc-current-2`	Number:ElectricCurrent	DC current of MPPT tracker 2
`dc-current-3`	Number:ElectricCurrent	DC current of MPPT tracker 3
`ac-voltage`	Number:ElectricPotential	AC voltage
`dc-voltage`	Number:ElectricPotential	DC voltage
`dc-voltage-2`	Number:ElectricPotential	DC voltage of MPPT tracker 2
`dc-voltage-3`	Number:ElectricPotential	DC voltage of MPPT tracker 3
`day-energy`	Number:Energy	Energy generated on current day (GEN24/Tauro/Verto will always report null)
`year-energy`	Number:Energy	Energy generated in current year (GEN24/Tauro/Verto will always report null)
`total-energy`	Number:Energy	Energy generated overall
`error-code`	Number	Device error code
`status-code`	Number	Device status code `0` - `6` Startup `7` Running `8` Standby `9` Bootloading `10` Error
`grid-power`	Number:Power	Grid Power (+ from grid, - to grid)
`load-power`	Number:Power	Load Power (+ generator, - consumer)
`battery-power`	Number:Power	Battery Power (+ discharge, - charge)
`solar-power`	Number:Power	Solar Power (+ production)
`autonomy`	Number:Dimensionless	The current relative autonomy in %
`self-consumption`	Number:Dimensionless	The current relative self consumption in %
`inverter-power`	Number:Power	Current power of the inverter, null if not running (+ produce/export, - consume/import)
`battery-soc`	Number:Dimensionless	Current state of charge of the battery connected to the inverter in percent.
`powerflowinverter1power`	Number:Power	Current power of inverter 1, null if not running (+ produce/export, - consume/import) - DEPRECATED
`powerflowinverter1soc`	Number:Dimensionless	Current state of charge of inverter 1 in percent - DEPRECATED
`backup-mode`	Switch	Whether the inverter is currently operating in backup power mode (island operation), read-only
`battery-standby`	Switch	Whether the battery is currently in standby, read-only

`battery` Thing Channels

Channel ID	Item Type	Description
`maximum-capacity`	Number:Energy	Current maximum battery capacity in Wh
`designed-capacity`	Number:Energy	Designed battery capacity in Wh
`dc-current`	Number:ElectricCurrent	DC current
`dc-voltage`	Number:ElectricPotential	DC voltage
`soc`	Number:Dimensionless	State of charge in percent
`status`	String	Battery cell status code
`enable`	Number	Enable flag for the battery controller
`temperature`	Number:Temperature	Cell temperature
`timestamp`	DateTime	Timestamp of the last measurement
`soc-min`	Number:Dimensionless	Minimum state of charge of the battery in percent (writable, requires battery control)
`soc-max`	Number:Dimensionless	Maximum state of charge of the battery in percent (writable, requires battery control)
`backup-reserved-capacity`	Number:Dimensionless	Reserved battery capacity for backup power; not discharged below in normal operation (writable, requires battery control)
`backup-critical-soc`	Number:Dimensionless	State of charge at which the inverter warns about the battery running low in backup power mode (writable, requires battery control)
`charge-from-grid`	Switch	Whether charging the battery from the grid is allowed (writable, requires battery control)
`calibration`	Switch	Whether the battery is currently performing a calibration charge (read-only, requires battery control)
`night-preservation-limit`	Number:Dimensionless	State of charge preserved over night to keep the battery system operational (read-only, requires battery control)
`min-charge-power`	Number:Power	Minimum battery charging power currently in effect, derived from the time of use settings (writable, requires battery control)
`max-charge-power`	Number:Power	Maximum battery charging power currently in effect, derived from the time of use settings (writable, requires battery control)
`min-discharge-power`	Number:Power	Minimum battery discharging power currently in effect, derived from the time of use settings (writable, requires battery control)
`max-discharge-power`	Number:Power	Maximum battery discharging power currently in effect, derived from the time of use settings (writable, requires battery control)

The battery settings channels (soc-min, soc-max, backup-reserved-capacity, backup-critical-soc, charge-from-grid, calibration and night-preservation-limit) require the username and password to be configured in the bridge, see Actions. They read from and write to the inverter's settings through its config API. Since reading these settings requires a login to the inverter, they are not part of the fast polling cycle, but refreshed every batterySettingsRefreshInterval minutes (and after each write), so changes made through the inverter's web UI show up with a delay. Commands sent to the writable channels are applied to the inverter immediately.

The charge/discharge power limit channels (min-charge-power, max-charge-power, min-discharge-power and max-discharge-power) reflect the limit currently in effect: the first active time of use entry (in table order, matching the priority shown in the inverter web UI) whose weekday and time range match the current time determines the value; without a matching entry the channel is UNDEF. Writing such a channel replaces all time of use entries of its schedule type with a single all-time entry, so it clashes with schedules added through the Actions - entries of the other schedule types are preserved.

`meter` Thing Channels

Channel ID	Item Type	Description
`enable`	Number	1 = enabled, 0 = disabled
`location`	Number	0 = grid interconnection point (primary meter) 1 = load (primary meter) 3 = external generator (secondary meters)(multiple) 256-511 = subloads (secondary meters)(unique). Refer to Fronius Solar API.
`ac-current-phase-1`	Number:ElectricCurrent	AC Current on Phase 1
`ac-current-phase-2`	Number:ElectricCurrent	AC Current on Phase 2
`ac-current-phase-3`	Number:ElectricCurrent	AC Current on Phase 3
`ac-voltage-phase-1`	Number:ElectricPotential	AC Voltage on Phase 1
`ac-voltage-phase-2`	Number:ElectricPotential	AC Voltage on Phase 2
`ac-voltage-phase-3`	Number:ElectricPotential	AC Voltage on Phase 3
`real-power-phase-1`	Number:Power	Real Power on Phase 1
`real-power-phase-2`	Number:Power	Real Power on Phase 2
`real-power-phase-3`	Number:Power	Real Power on Phase 3
`real-power-sum`	Number:Power	Real Power summed up
`power-factor-phase-1`	Number	Power Factor on Phase 1
`power-factor-phase-2`	Number	Power Factor on Phase 2
`power-factor-phase-3`	Number	Power Factor on Phase 3
`real-energy-consumed`	Number:Energy	Real Energy consumed
`real-energy-produced`	Number:Energy	Real Energy produced

`ohmpilot` Thing Channels

Channel ID	Item Type	Description
`real-energy-consumed`	Number:Energy	Real Energy consumed
`real-power-sum`	Number:Power	Real Power
`temperature-1`	Number:Temperature	Temperature
`error-code`	Number	Device error code
`status-code`	Number	Device state code `0` up and running `1` keep minimum temperature `2` legionella protection `3` critical fault `4` fault `5` boost mode

Properties

`battery` Thing Properties

Property	Description
`vendor`	The manufacturer of the battery
`modelId`	The model name of the battery
`serialNumber`	The serial number of the battery

`meter` Thing Properties

Property	Description
`modelId`	The model name of the meter
`serialNumber`	The serial number of the meter

`ohmpilot` Thing Properties

Property	Description
`modelId`	The model name of the ohmpilot
`serialNumber`	The serial number of the ohmpilot

Actions

:::warning Battery control uses the battery management's time-dependent battery control settings of the inverter settings and therefore overrides user-specified time of use settings. Please note that user-specified time of use plans cannot be used together with battery control, as battery control will override the user-specified time of use settings. :::

The battery Thing provides actions to control the battery charging and discharging behaviour of hybrid inverters, such as Symo Gen24 Plus, if username and password are provided in the bridge configuration. The inverter must have the battery time of use plan settings available in the web interface.

For backward compatibility, the actions can also be retrieved through the powerinverter Thing, but this is deprecated - please retrieve them through the battery Thing instead.

You can retrieve the actions as follows:

:::: tabs

::: tab DSL

val froniusBatteryActions = getActions("fronius", "fronius:battery:mybridge:mybattery")

:::

::: tab JS

var froniusBatteryActions = actions.thingActions('fronius', 'fronius:battery:mybridge:mybattery');

:::

::: tab JRuby

In JRuby, the action methods are attached to the Thing object.

my_battery = things["fronius:battery:mybridge:mybattery"]

# call some actions
my_battery.prevent_battery_charging

:::

::::

Where the first parameter must always be fronius and the second must be the full Thing UID of the inverter.

Available Actions

Once the actions instance has been retrieved, you can invoke the following methods:

resetBatteryControl(): Remove all battery control schedules from the inverter.
holdBatteryCharge(): Prevent the battery from discharging (removes all battery control schedules first and applies all the time).
addHoldBatteryChargeSchedule(LocalTime from, LocalTime until): Add a schedule to prevent the battery from discharging in the specified time range.
addHoldBatteryChargeSchedule(ZonedDateTime from, ZonedDateTime until): Add a schedule to prevent the battery from discharging in the specified time range.
forceBatteryCharging(QuantityType<Power> power): Force the battery to charge with the specified power (removes all battery control schedules first and applies all the time).
limitBatteryCharging(QuantityType<Power> power): Limit the battery charging power to at most the specified power (removes all battery control schedules first and applies all the time).
limitBatteryDischarging(QuantityType<Power> power): Limit the battery discharging power to at most the specified power (removes all battery control schedules first and applies all the time).
addForcedBatteryChargingSchedule(LocalTime from, LocalTime until, QuantityType<Power> power): Add a schedule to force the battery to charge with the specified power in the specified time range.
addForcedBatteryChargingSchedule(ZonedDateTime from, ZonedDateTime until, QuantityType<Power> power): Add a schedule to force the battery to charge with the specified power in the specified time range.
preventBatteryCharging(): Prevent the battery from charging (removes all battery control schedules first and applies all the time).
addPreventBatteryChargingSchedule(LocalTime from, LocalTime until): Add a schedule to prevent the battery from charging in the specified time range.
addPreventBatteryChargingSchedule(ZonedDateTime from, ZonedDateTime until): Add a schedule to prevent the battery from charging in the specified time range.
forceBatteryDischarging(QuantityType<Power> power): Force the battery to discharge with the specified power (removes all battery control schedules first and applies all the time).
addForcedBatteryDischargingSchedule(LocalTime from, LocalTime until, QuantityType<Power> power): Add a schedule to force the battery to discharge with the specified power in the specified time range.
addForcedBatteryDischargingSchedule(ZonedDateTime from, ZonedDateTime until, QuantityType<Power> power): Add a schedule to force the battery to discharge with the specified power in the specified time range.
addSchedule(LocalTime from, LocalTime until, ScheduleType scheduleType, QuantityType<Power> power): Add a custom schedule with the specified type and power in the specified time range.
addSchedule(ZonedDateTime from, ZonedDateTime until, ScheduleType scheduleType, QuantityType<Power> power): Add a custom schedule with the specified type and power in the specified time range.
addBatteryChargingLimitSchedule(LocalTime from, LocalTime until, QuantityType<Power> power): Add a schedule to limit the battery charging power to at most the specified power in the specified time range.
addBatteryChargingLimitSchedule(ZonedDateTime from, ZonedDateTime until, QuantityType<Power> power): Add a schedule to limit the battery charging power to at most the specified power in the specified time range.
addBatteryDischargingLimitSchedule(LocalTime from, LocalTime until, QuantityType<Power> power): Add a schedule to limit the battery discharging power to at most the specified power in the specified time range.
addBatteryDischargingLimitSchedule(ZonedDateTime from, ZonedDateTime until, QuantityType<Power> power): Add a schedule to limit the battery discharging power to at most the specified power in the specified time range.
getTimeOfUseSchedules(): Returns the current time of use schedule entries of the battery management.
setBackupReservedBatteryCapacity(int percent): Set the reserved battery capacity for backup power.
setBackupReservedBatteryCapacity(PercentType percent): Set the reserved battery capacity for backup power.

All add...Schedule actions accept an optional trailing weekdays string parameter to restrict the schedule to specific weekdays, e.g. addHoldBatteryChargeSchedule(from, until, "MON,TUE,SAT"). Weekdays are given as a comma-separated list of three-letter English weekday abbreviations or full names (e.g. "MON,TUE" or "MONDAY,TUESDAY"); omitting the parameter or passing null or an empty string applies the schedule to all days.

The ScheduleType enum has the following members:

CHARGE_MIN
CHARGE_MAX
DISCHARGE_MIN
DISCHARGE_MAX

Its full class name is org.openhab.binding.fronius.internal.api.dto.inverter.batterycontrol.ScheduleType. You can also provide the name of the enum member as string and the binding will parse the enum member from it.

All methods return a boolean value indicating whether the action was successful.

Examples

:::: tabs

::: tab JS

var froniusBatteryActions = actions.thingActions('fronius', 'fronius:battery:mybridge:mybattery');

froniusBatteryActions.resetBatteryControl();
froniusBatteryActions.holdBatteryCharge();
froniusBatteryActions.forceBatteryCharging(Quantity('5 kW'));

froniusBatteryActions.resetBatteryControl();
froniusBatteryActions.addHoldBatteryChargeSchedule(time.toZDT('18:00'), time.toZDT('22:00'));
froniusBatteryActions.addForcedBatteryChargingSchedule(time.toZDT('22:00'), time.toZDT('23:59'), Quantity('5 kW'));
froniusBatteryActions.addForcedBatteryChargingSchedule(time.toZDT('00:00'), time.toZDT('06:00'), Quantity('5 kW'));
froniusBatteryActions.addForcedBatteryDischargingSchedule(time.toZDT('07:00'), time.toZDT('09:00'));
froniusBatteryActions.addPreventBatteryChargingSchedule(time.toZDT('09:00'), time.toZDT('12:00'));

froniusBatteryActions.addSchedule(time.toZDT('10:00'), time.toZDT('11:00'), 'DISCHARGE_MAX', Quantity('500 W'));

froniusBatteryActions.setBackupReservedBatteryCapacity(50);

:::

::: tab JRuby

battery = things["fronius:battery:mybridge:mybattery"]

battery.reset_battery_control
battery.hold_battery_charge
battery.force_battery_charging(5 | "kW")

battery.reset_battery_control
battery.add_hold_battery_charge_schedule(LocalTime.parse("18:00"), LocalTime.parse("22:00"))
battery.add_forced_battery_charging_schedule(LocalTime.parse("22:00"), LocalTime.parse("23:59"), 5 | "kW")
battery.add_forced_battery_charging_schedule(LocalTime.parse("00:00"), LocalTime.parse("06:00"), 5 | "kW")
battery.add_forced_battery_discharging_schedule(LocalTime.parse("07:00"), LocalTime.parse("09:00"))
battery.add_prevent_battery_charging_schedule(LocalTime.parse("09:00"), LocalTime.parse("12:00"))

battery.add_schedule(LocalTime.parse("10:00"), LocalTime.parse("11:00"), 'DISCHARGE_MAX', 500 | "W")

battery.set_backup_reserved_battery_capacity(50)

:::

::::

Full Example

demo.things:

Bridge fronius:bridge:mybridge [hostname="192.168.66.148", refreshInterval=5, username="customer", password="someSecretPassword", scheme="http"] {
    Thing powerinverter myinverter [deviceId=1]
    Thing battery mybattery [deviceId=0]
    Thing meter mymeter [deviceId=0]
    Thing ohmpilot myohmpilot [deviceId=0]
}

Please note that username and password are only required if you want to use battery control Thing actions.

demo.items:

Number:Power AC_Power { channel="fronius:powerinverter:mybridge:myinverter:ac-power" }
Number:Energy Day_Energy { channel="fronius:powerinverter:mybridge:myinverter:day-energy" }
Number:Energy Total_Energy { channel="fronius:powerinverter:mybridge:myinverter:total-energy" }
Number:Energy Year_Energy { channel="fronius:powerinverter:mybridge:myinverter:year-energy" }
Number:Frequency FAC { channel="fronius:powerinverter:mybridge:myinverter:ac-frequency" }
Number:ElectricCurrent IAC { channel="fronius:powerinverter:mybridge:myinverter:ac-current" }
Number:ElectricCurrent IDC { channel="fronius:powerinverter:mybridge:myinverter:dc-current" }
Number:ElectricPotential UAC { channel="fronius:powerinverter:mybridge:myinverter:ac-voltage" }
Number:ElectricPotential UDC { channel="fronius:powerinverter:mybridge:myinverter:dc-voltage" }
Number ErrorCode { channel="fronius:powerinverter:mybridge:myinverter:error-code" }
Number StatusCode { channel="fronius:powerinverter:mybridge:myinverter:status-code" }
Number:Power Grid_Power { channel="fronius:powerinverter:mybridge:myinverter:grid-power" }
Number:Power Load_Power { channel="fronius:powerinverter:mybridge:myinverter:load-power" }
Number:Power Battery_Power { channel="fronius:powerinverter:mybridge:myinverter:battery-power" }
Number:Power Production_Power { channel="fronius:powerinverter:mybridge:myinverter:solar-power" }
Number:Dimensionless Power_Autonomy { channel="fronius:powerinverter:mybridge:myinverter:autonomy" }
Number:Dimensionless Power_SelfConsumption { channel="fronius:powerinverter:mybridge:myinverter:self-consumption" }
Number:Power Inverter1_Power { channel="fronius:powerinverter:mybridge:myinverter:powerflowinverter1power" }
Number:Dimensionless Inverter1_SOC { channel="fronius:powerinverter:mybridge:myinverter:powerflowinverter1soc" }

Number Meter_Enable { channel="fronius:meter:mybridge:mymeter:enable" }
Number Meter_Location { channel="fronius:meter:mybridge:mymeter:location" }
Number:ElectricCurrent Meter_CurrentPhase1 { channel="fronius:meter:mybridge:mymeter:ac-current-phase-1" }
Number:ElectricCurrent Meter_CurrentPhase2 { channel="fronius:meter:mybridge:mymeter:ac-current-phase-2" }
Number:ElectricCurrent Meter_CurrentPhase3 { channel="fronius:meter:mybridge:mymeter:ac-current-phase-3" }
Number:Voltage Meter_VoltagePhase1 { channel="fronius:meter:mybridge:mymeter:ac-voltage-phase-1" }
Number:Voltage Meter_VoltagePhase2 { channel="fronius:meter:mybridge:mymeter:ac-voltage-phase-2" }
Number:Voltage Meter_VoltagePhase3 { channel="fronius:meter:mybridge:mymeter:ac-voltage-phase-3" }
Number:Power Meter_PowerPhase1 { channel="fronius:meter:mybridge:mymeter:real-power-phase-1" }
Number:Power Meter_PowerPhase2 { channel="fronius:meter:mybridge:mymeter:real-power-phase-2" }
Number:Power Meter_PowerPhase3 { channel="fronius:meter:mybridge:mymeter:real-power-phase-3" }
Number:Power Meter_PowerSum    { channel="fronius:meter:mybridge:mymeter:real-power-sum" }
Number Meter_PowerFactorPhase1 { channel="fronius:meter:mybridge:mymeter:power-factor-phase-1" }
Number Meter_PowerFactorPhase2 { channel="fronius:meter:mybridge:mymeter:power-factor-phase-2" }
Number Meter_PowerFactorPhase3 { channel="fronius:meter:mybridge:mymeter:power-factor-phase-3" }
Number:Energy Meter_EnergyConsumed { channel="fronius:meter:mybridge:mymeter:real-energy-consumed" }
Number:Energy Meter_EnergyProduced { channel="fronius:meter:mybridge:mymeter:real-energy-produced" }

Number:Energy Ohmpilot_EnergyConsumed { channel="fronius:ohmpilot:mybridge:myohmpilot:real-energy-consumed" }
Number:Power Ohmpilot_PowerSum { channel="fronius:ohmpilot:mybridge:myohmpilot:real-power-sum" }
Number:Temperature Ohmpilot_Temperature { channel="fronius:ohmpilot:mybridge:myohmpilot:temperature-1" }
Number Ohmpilot_State { channel="fronius:ohmpilot:mybridge:myohmpilot:status-code" }
Number Ohmpilot_Errorcode { channel="fronius:ohmpilot:mybridge:myohmpilot:error-code" }

Number:Energy Battery_MaxCapacity { channel="fronius:battery:mybridge:mybattery:maximum-capacity" }
Number:Energy Battery_DesignedCapacity { channel="fronius:battery:mybridge:mybattery:designed-capacity" }
Number:ElectricCurrent Battery_CurrentDC { channel="fronius:battery:mybridge:mybattery:dc-current" }
Number:ElectricPotential Battery_VoltageDC { channel="fronius:battery:mybridge:mybattery:dc-voltage" }
Number:Dimensionless Battery_SOC { channel="fronius:battery:mybridge:mybattery:soc" }
Number:Temperature Battery_Temperature { channel="fronius:battery:mybridge:mybattery:temperature" }
DateTime Battery_Timestamp { channel="fronius:battery:mybridge:mybattery:timestamp" }

Note: Make sure to turn on the Night Mode in the Display Settings on the Fronius inverter to keep it from going offline at night.

Navigation Menu

Uh oh!

Uh oh!

Fronius Binding

Supported Things

Discovery

Binding Configuration

Thing Configuration

Bridge Thing Configuration

Powerinverter Thing Configuration

Battery Thing Configuration

Meter Thing Configuration

Ohmpilot Thing Configuration

Channels

`powerinverter` Thing Channels

`battery` Thing Channels

`meter` Thing Channels

`ohmpilot` Thing Channels

Properties

`battery` Thing Properties

`meter` Thing Properties

`ohmpilot` Thing Properties

Actions

Available Actions

Examples

Full Example

Uh oh!

Uh oh!

FilesExpand file tree

README.md

Latest commit

History

README.md

File metadata and controls

Fronius Binding

Supported Things

Discovery

Binding Configuration

Thing Configuration

Bridge Thing Configuration

Powerinverter Thing Configuration

Battery Thing Configuration

Meter Thing Configuration

Ohmpilot Thing Configuration

Channels

powerinverter Thing Channels

battery Thing Channels

meter Thing Channels

ohmpilot Thing Channels

Properties

battery Thing Properties

meter Thing Properties

ohmpilot Thing Properties

Actions

Available Actions

Examples

Full Example

`powerinverter` Thing Channels

`battery` Thing Channels

`meter` Thing Channels

`ohmpilot` Thing Channels

`battery` Thing Properties

`meter` Thing Properties

`ohmpilot` Thing Properties