Forwarding to an InfluxDB server

We forward messages to an InfluxDB server by writing points into the measurements of the bucket(s) we have been granted access to.

These are the messages that are supported:

On this page

• Solar power
• Wind power
• Battery power
  • Regular messages
  • Flash messages
• Meter power
  • Regular messages
  • Flash messages

Solar power

The schema for messages forwarded from a Teleport device that is connected to a solar inverter:

name	type	data_type	description
time	timestamp		In second precision
teleportHashId	tag	string	Uniquely identifies the teleport device
assetIdentifier	tag	string	globally unique identifier of the asset, when available the brand and serial number of the asset
attempt	field	uint	0-indexed delivery attempt
scheduled	field	boolean	false for measurements that are not part of the regular reporting interval, eg. directly after command execution and at Teleport initialisation
activePower	field	float	in W. Missing if not available
generatedEnergy	field	float	in Wh. Missing if not available
alarms	field	string	See solar alarms under error codes section. Empty if inverter-specific alarms are present in inverter array.
activePowerLimitPercentage	field	float	Missing if not available
powerFactor	field	float	unitless. For capacitive loads (leading power factor, quadrant 4), the PF sign is positive. For inductive loads (lagging power factor, quadrants 1), the PF sign is negative. Missing if not available
reactivePower	field	float	in var. Positive is injecting reactive power to the grid and negative is absorbing reactive power. Missing if not available
setpointsConfirmedActivePowerLimitPercentage	field	float	in %. Missing if not available
setpointsConfirmedActivePowerLimit	field	float	in W. Missing if not available
setpointsConfirmedReactivePowerReactivePower	field	float	setpoint for “fixedReactivePower” mode, in var. Missing if not available
setpointsConfirmedReactivePowerPowerFactor	field	float	setpoint for “fixedPowerFactor” mode, unitless. Missing if not available
setpointsConfirmedReactivePowerMode	field	string	reactive power control mode, either “fixedReactivePower” or “fixedPowerFactor”. Missing if not available
setpointsDesiredActivePowerLimitCloud	field	float	in W. Missing if not available
setpointsDesiredActivePowerLimitActiveControl	field	float	in W. Missing if not available
setpointsDesiredActivePowerLimitGridOperator	field	float	in W. Missing if not available
setpointsDesiredActivePowerLimitModbusServer	field	float	in W. Missing if not available
setpointsDesiredActivePowerLimitAfrrDelta	field	float	in W. Missing if not available
setpointsDesiredActivePowerLimitAfrrReference	field	float	in W. Missing if not available
setpointsDesiredReactivePowerCloudReactivePower	field	float	setpoint for “fixedReactivePower” mode, in var. Missing if not available
setpointsDesiredReactivePowerCloudPowerFactor	field	float	setpoint for “fixedPowerFactor” mode, unitless. Missing if not available
setpointsDesiredReactivePowerCloudMode	field	string	reactive power control mode, either “fixedReactivePower” or “fixedPowerFactor”. Missing if not available
setpointsDesiredReactivePowerGridOperatorReactivePower	field	float	setpoint for “fixedReactivePower” mode, in var. Missing if not available
setpointsDesiredReactivePowerGridOperatorPowerFactor	field	float	setpoint for “fixedPowerFactor” mode, unitless. Missing if not available
setpointsDesiredReactivePowerGridOperatorMode	field	string	reactive power control mode, either “fixedReactivePower” or “fixedPowerFactor”. Missing if not available
setpointsEffectiveActivePowerLimit	field	float	in W. Missing if not available
setpointsEffectiveReactivePowerReactivePower	field	float	setpoint for “fixedReactivePower” mode, in var. Missing if not available
setpointsEffectiveReactivePowerPowerFactor	field	float	setpoint for “fixedPowerFactor” mode, unitless. Missing if not available
setpointsEffectiveReactivePowerMode	field	string	reactive power control mode, either “fixedReactivePower” or “fixedPowerFactor”. Missing if not available

Each solar asset can have an array of inverters. The schema for messages forwarded from a Teleport device that is connected to a solar energy converter with inverters:

name	type	data_type	description
time	timestamp		In second precision
teleportHashId	tag	string	Uniquely identifies the teleport device
assetIdentifier	tag	string	globally unique identifier of the asset, when available the brand and serial number of the asset
slaveId	tag	string	Identifier for the specific inverter in the array. Corresponds to the Modbus slave ID.
attempt	field	uint	0-indexed delivery attempt
activePower	field	float	in W. Missing if not available
generatedEnergy	field	float	in Wh. Missing if not available
activePowerLimitPercentage	field	string	Missing if not available
alarms	field	string	See solar alarms under error codes section
powerFactor	field	float	unitless. For capacitive loads (leading power factor, quadrant 4), the PF sign is positive. For inductive loads (lagging power factor, quadrants 1), the PF sign is negative. Missing if not available
reactivePower	field	float	in var. Positive is injecting reactive power to the grid and negative is absorbing reactive power. Missing if not available
setpointsConfirmedActivePowerLimitPercentage	field	float	in %. Missing if not available
setpointsConfirmedActivePowerLimit	field	float	in W. Missing if not available
setpointsConfirmedReactivePowerReactivePower	field	float	setpoint for “fixedReactivePower” mode, in var. Missing if not available
setpointsConfirmedReactivePowerPowerFactor	field	float	setpoint for “fixedPowerFactor” mode, unitless. Missing if not available
setpointsConfirmedReactivePowerMode	field	string	reactive power control mode, either “fixedReactivePower” or “fixedPowerFactor”. Missing if not available
setpointsEffectiveActivePowerLimit	field	float	in W. Missing if not available
setpointsEffectiveReactivePowerReactivePower	field	float	setpoint for “fixedReactivePower” mode, in var. Missing if not available
setpointsEffectiveReactivePowerPowerFactor	field	float	setpoint for “fixedPowerFactor” mode, unitless. Missing if not available
setpointsEffectiveReactivePowerMode	field	string	reactive power control mode, either “fixedReactivePower” or “fixedPowerFactor”. Missing if not available

Each solar asset can have an array of sensors. The schema for messages forwarded from a Teleport device that is connected to a solar inverter with sensors:

name	type	data_type	description
time	timestamp		In second precision
teleportHashId	tag	string	Uniquely identifies the teleport device
assetIdentifier	tag	string	globally unique identifier of the asset, when available the brand and serial number of the asset
sensorIdentifier	tag	string	globally unique identifier of the sensor, when available the brand and serial number of the asset
attempt	field	uint	0-indexed delivery attempt
irradiance	field	float	in W/m². Missing if not available
irradianceFactor	field	float	A static property defined as product of area and efficiency, used to calculate availableActivePower (area is the total surface area of the solar panels in square meters, efficiency is the efficiency of the solar panels + inverters). Missing if not available
windSpeed	field	float	in m/s. Missing if not available

Each sensor can have an array of temperature measurements. The schema for messages forwarded from a Teleport device that is connected to a a solar inverter with sensors and temperature measurements:

name	type	data_type	description
time	timestamp		In second precision
teleportHashId	tag	string	Uniquely identifies the teleport device
assetIdentifier	tag	string	globally unique identifier of the asset, when available the brand and serial number of the asset
sensorIdentifier	tag	string	globally unique identifier of the sensor, when available the brand and serial number of the asset
sensorTemperatureName	tag	string	representing temperature measurement
attempt	field	uint	0-indexed delivery attempt
temperature	field	float	in °C. Missing if not available

Wind power

The schema for messages forwarded from a Teleport device that is connected to a wind energy converter:

name	type	data_type	description
time	timestamp		In second precision
teleportHashId	tag	string	Uniquely identifies the teleport device
assetIdentifier	tag	string	globally unique identifier of the asset, when available the brand and serial number of the asset
attempt	field	uint	0-indexed delivery attempt
scheduled	field	boolean	false for measurements that are not part of the regular reporting interval, eg. directly after command execution and at Teleport initialisation
activePower	field	float	in W. Missing if not available
windSpeed	field	float	in m/s. Missing if not available
availableActivePower	field	float	in W. Missing if not available
activePowerLimitPercentage	field	float	in W. Missing if not available
constrainedAvailableActivePowerCurrentWind	field	float	in W. Missing if not available
constrainedAvailableActivePowerTechnical	field	float	in W. Missing if not available
constrainedAvailableActivePowerForceMajeure	field	float	in W. Missing if not available
constrainedAvailableActivePowerExternalSetpoints	field	float	in W. Missing if not available
generatedEnergy	field	float	in Wh. Missing if not available
powerFactor	field	float	unitless. For capacitive loads (leading power factor, quadrant 4), the PF sign is positive. For inductive loads (lagging power factor, quadrants 1), the PF sign is negative. Missing if not available
reactivePower	field	float	in var. Positive is injecting reactive power to the grid and negative is absorbing reactive power. Missing if not available
setpointsConfirmedActivePowerLimitPercentage	field	float	in %. Missing if not available
setpointsConfirmedActivePowerLimit	field	float	in W. Missing if not available
setpointsConfirmedReactivePowerReactivePower	field	float	setpoint for “fixedReactivePower” mode, in var. Missing if not available
setpointsConfirmedReactivePowerPowerFactor	field	float	setpoint for “fixedPowerFactor” mode, unitless. Missing if not available
setpointsConfirmedReactivePowerMode	field	string	reactive power control mode, either “fixedReactivePower” or “fixedPowerFactor”. Missing if not available
setpointsDesiredActivePowerLimitCloud	field	float	in W. Missing if not available
setpointsDesiredActivePowerLimitActiveControl	field	float	in W. Missing if not available
setpointsDesiredActivePowerLimitGridOperator	field	float	in W. Missing if not available
setpointsDesiredActivePowerLimitModbusServer	field	float	in W. Missing if not available
setpointsDesiredActivePowerLimitAfrrDelta	field	float	in W. Missing if not available
setpointsDesiredActivePowerLimitAfrrReference	field	float	in W. Missing if not available
setpointsDesiredReactivePowerCloudReactivePower	field	float	setpoint for “fixedReactivePower” mode, in var. Missing if not available
setpointsDesiredReactivePowerCloudPowerFactor	field	float	setpoint for “fixedPowerFactor” mode, unitless. Missing if not available
setpointsDesiredReactivePowerCloudMode	field	string	reactive power control mode, either “fixedReactivePower” or “fixedPowerFactor”. Missing if not available
setpointsDesiredReactivePowerGridOperatorReactivePower	field	float	setpoint for “fixedReactivePower” mode, in var. Missing if not available
setpointsDesiredReactivePowerGridOperatorPowerFactor	field	float	setpoint for “fixedPowerFactor” mode, unitless. Missing if not available
setpointsDesiredReactivePowerGridOperatorMode	field	string	reactive power control mode, either “fixedReactivePower” or “fixedPowerFactor”. Missing if not available
setpointsEffectiveActivePowerLimit	field	float	in W. Missing if not available
setpointsEffectiveReactivePowerReactivePower	field	float	setpoint for “fixedReactivePower” mode, in var. Missing if not available
setpointsEffectiveReactivePowerPowerFactor	field	float	setpoint for “fixedPowerFactor” mode, unitless. Missing if not available
setpointsEffectiveReactivePowerMode	field	string	reactive power control mode, either “fixedReactivePower” or “fixedPowerFactor”. Missing if not available

Each wind asset can have an array of converters. The schema for messages forwarded from a Teleport device that is connected to a wind energy converter with converters:

name	type	data_type	description
time	timestamp		In second precision
teleportHashId	tag	string	Uniquely identifies the teleport device
assetIdentifier	tag	string	globally unique identifier of the asset, when available the brand and serial number of the asset
converterIdentifier	tag	string	Brand and serial number of the converter or if that’s not available, its index
attempt	field	uint	0-indexed delivery attempt
activePower	field	float	in W. Missing if not available
windSpeed	field	float	in m/s. Missing if not available
generatedEnergy	field	float	in Wh. Missing if not available
status	field	string	can be “running”, “on”, “pause”, “stop”. Missing if not available
reactivePower	field	float	in var. Positive is injecting reactive power to the grid and negative is absorbing reactive power. Missing if not available
powerFactor	field	float	unitless. For capacitive loads (leading power factor, quadrant 4), the PF sign is positive. For inductive loads (lagging power factor, quadrants 1), the PF sign is negative. Missing if not available

Battery power

Batteries produce two types of messages: regular messages and flash messages. For the strings that can occur in the errors and warnings properties, see Battery power error and warning codes.

Regular messages

An example of a request containing one message forwarded from a Teleport device that is connected to a battery:

name	type	data_type	description
time	timestamp		In second precision
teleportHashId	tag	string	Uniquely identifies the teleport device
assetIdentifier	tag	string	globally unique identifier of the asset, when available the brand and serial number of the asset
attempt	field	uint	0-indexed delivery attempt
scheduled	field	boolean	false for measurements that are not part of the regular reporting interval, eg. directly after command execution and at Teleport initialisation
batteryStatus	field	string	can be “on”, “off”, “other” or null (see warning and errors in case of ‘other’)
energyCharged	field	float	in Wh. Missing if not available. Nonnegative
energyDischarged	field	float	in Wh. Missing if not available. Nonnegative
frequency	field	float	in Hz. Missing if not available. Nonnegative
activePower	field	float	in W. Missing if not available. Positive means discharging, negative charging.
reactivePower	field	float	in var. Missing if not available. Positive is injecting reactive power to the grid and negative is absorbing reactive power
stateOfCharge	field	float	in %. Missing if not available. Nonnegative
stateOfHealth	field	float	in %. Missing if not available. Nonnegative
availableEnergy	field	float	in Wh. Missing if not available. Nonnegative
ratedEnergy	field	float	in Wh. Missing if not available. Nonnegative
availableActivePowerCharge	field	float	in W. Missing if not available. Nonnegative
availableActivePowerDischarge	field	float	in W. Missing if not available. Nonnegative
availableReactivePowerInject	field	float	in var. Missing if not available. Nonnegative
availableReactivePowerAbsorb	field	float	in var. Missing if not available. Nonnegative
activePowerSetpointDispatchPower	field	float	in W. Missing if not available. Positive means discharging, negative charging.
activePowerSetpointDeliverFCR	field	float	in W. Missing if not available. Positive means discharging, negative charging.
activePowerSetpointChargeToState	field	float	in W. Missing if not available. Positive means discharging, negative charging.
activePowerSetpointAggregate	field	float	in W. Missing if not available. Positive means discharging, negative charging.
activePowerSetpointActivePower	field	float	in W. Missing if not available. Positive means discharging, negative charging.
activePowerSetpointDeliverFcr	field	float	in W. Missing if not available. Positive means discharging, negative charging.
activePowerSetpointChargeToPercentage	field	float	in W. Missing if not available. Positive means discharging, negative charging.
threePhaseConnectionTypeHighVoltage	field	string	can be “wye” or “delta”. Missing if not available
acVoltageMediumVoltagePhaseL1	field	float	in V. Missing if not available. Nonnegative
acVoltageMediumVoltagePhaseL2	field	float	in V. Missing if not available. Nonnegative
acVoltageMediumVoltagePhaseL3	field	float	in V. Missing if not available. Nonnegative
acVoltageMediumVoltageLineL1	field	float	in V. Missing if not available. Nonnegative
acVoltageMediumVoltageLineL2	field	float	in V. Missing if not available. Nonnegative
acVoltageMediumVoltageLineL3	field	float	in V. Missing if not available. Nonnegative
acCurrentMediumVoltagePhaseL1	field	float	in A. Missing if not available. Delivering to the grid is a positive value
acCurrentMediumVoltagePhaseL2	field	float	in A. Missing if not available. Delivering to the grid is a positive value
acCurrentMediumVoltagePhaseL3	field	float	in A. Missing if not available. Delivering to the grid is a positive value
acCurrentMediumVoltageLineL1	field	float	in A. Missing if not available. Delivering to the grid is a positive value
acCurrentMediumVoltageLineL2	field	float	in A. Missing if not available. Delivering to the grid is a positive value
acCurrentMediumVoltageLineL3	field	float	in A. Missing if not available. Delivering to the grid is a positive value
auxiliaryPowerActive	field	float	in W. Missing if not available. Negative means consuming, positive generating, will be negative or 0
auxiliaryPowerReactive	field	float	in var. Missing if not available. Negative means consuming, positive generating, will be negative or 0
configurationDispatchPowerActivePower	field	float	In W. Positive means discharging, negative charging. When dispatchPower is null but the battery system does not support stand-by mode, the Teleport will send a schedule with 0 W to the asset, while the reported dispatchPower is null.
configurationDeliverFcrMaxRate	field	float	In W. Nonnegative.
configurationChargeToStatePercentage	field	float	In %. Nonnegative
warnings	field	string	see error codes section
errors	field	string	see error codes section
scheduleCompleteUntil	field	uint	first gap in the schedule for this assetIdentifier. ISO 8601 yyyy-mm-ddThh:mm:ssZ or YYYYYY-MM-DDTHH:mm:ss.sssZ, so in UTC
powerFactor	field	float	unitless. Can be null. For capacitive loads (leading power factor, quadrants 2 and 4), the PF sign is positive. For inductive loads (lagging power factor, quadrants 1 and 3), the PF sign is negative. Missing if not available
setpointsConfirmedActivePower	field	float	Missing if not available
setpointsConfirmedReactivePowerReactivePower	field	float	in var, setpoint for “fixedReactivePower” mode. Missing if not available
setpointsConfirmedReactivePowerPowerFactor	field	float	unitless, setpoint for “fixedPowerFactor” mode. Missing if not available
setpointsConfirmedReactivePowerMode	field	string	reactive power control mode, either “fixedReactivePower” or “fixedPowerFactor”. Missing if not available
setpointsConfirmedDeliverFcr	field	float	in W. Missing if not available
setpointsConfirmedChargeToPercentage	field	float	in %. Missing if not available
setpointsDesiredActivePowerCloud	field	float	in W. Missing if not available
setpointsDesiredActivePowerActiveControl	field	float	in W. Missing if not available
setpointsDesiredActivePowerGridOperator	field	float	in W. Missing if not available
setpointsDesiredActivePowerModbusServer	field	float	in W. Missing if not available
setpointsDesiredDeliverFcrCloud	field	float	in W. Missing if not available
setpointsDesiredChargeToPercentageCloud	field	float	in %. Missing if not available
setpointsDesiredReactivePowerCloudReactivePower	field	float	setpoint for “fixedReactivePower” mode, in var. Missing if not available
setpointsDesiredReactivePowerCloudPowerFactor	field	float	setpoint for “fixedPowerFactor” mode, unitless. Missing if not available
setpointsDesiredReactivePowerCloudMode	field	string	reactive power control mode, either “fixedReactivePower” or “fixedPowerFactor”. Missing if not available
setpointsDesiredReactivePowerGridOperatorReactivePower	field	float	setpoint for “fixedReactivePower” mode, in var. Missing if not available
setpointsDesiredReactivePowerGridOperatorPowerFactor	field	float	setpoint for “fixedPowerFactor” mode, unitless. Missing if not available
setpointsDesiredReactivePowerGridOperatorMode	field	string	reactive power control mode, either “fixedReactivePower” or “fixedPowerFactor”. Missing if not available
setpointsEffectiveActivePower	field	float	in W. Missing if not available
setpointsEffectiveReactivePowerReactivePower	field	float	setpoint for “fixedReactivePower” mode, in var. Missing if not available
setpointsEffectiveReactivePowerPowerFactor	field	float	setpoint for “fixedPowerFactor” mode, unitless. Missing if not available
setpointsEffectiveReactivePowerMode	field	string	reactive power control mode, either “fixedReactivePower” or “fixedPowerFactor”. Missing if not available

Each battery asset can have an array of battery energy storage systems (BESSes). The schema for messages forwarded from a Teleport device that is connected to a battery with BESSes:

name	type	data_type	description
time	timestamp		In second precision
teleportHashId	tag	string	Uniquely identifies the teleport device
assetIdentifier	tag	string	globally unique identifier of the asset, when available the brand and serial number of the asset
bessIdentifier	tag	string	Brand and serial number of the bess or if that’s not available, its index
attempt	field	uint	0-indexed delivery attempt
cellTemperatureMin	field	float	in ºC. Missing if not available, min value of all cells
cellTemperatureMax	field	float	in ºC. Missing if not available, max value of all cells
roomTemperature	field	float	in ºC. Missing if not available
stateOfCharge	field	float	in %. Missing if not available. Nonnegative
availableEnergy	field	float	in Wh. Missing if not available. Nonnegative
availableActivePowerCharge	field	float	in W. Missing if not available. Nonnegative
availableActivePowerDischarge	field	float	in W. Missing if not available. Nonnegative
threePhaseConnectionTypeLowVoltage	field	string	can be “wye” or “delta”. Missing if not available
acVoltageLowVoltagePhaseL1	field	float	in V. Missing if not available. Nonnegative
acVoltageLowVoltagePhaseL2	field	float	in V. Missing if not available. Nonnegative
acVoltageLowVoltagePhaseL3	field	float	in V. Missing if not available. Nonnegative
acVoltageLowVoltageLineL1	field	float	in V. Missing if not available. Nonnegative
acVoltageLowVoltageLineL2	field	float	in V. Missing if not available. Nonnegative
acVoltageLowVoltageLineL3	field	float	in V. Missing if not available. Nonnegative
acCurrentLowVoltagePhaseL1	field	float	in A. Missing if not available. Delivering to the grid is a positive value
acCurrentLowVoltagePhaseL2	field	float	in A. Missing if not available. Delivering to the grid is a positive value
acCurrentLowVoltagePhaseL3	field	float	in A. Missing if not available. Delivering to the grid is a positive value
acCurrentLowVoltageLineL1	field	float	in A. Missing if not available. Delivering to the grid is a positive value
acCurrentLowVoltageLineL2	field	float	in A. Missing if not available. Delivering to the grid is a positive value
acCurrentLowVoltageLineL3	field	float	in A. Missing if not available. Delivering to the grid is a positive value
warnings	field	string	see error codes section
errors	field	string	see error codes section

Each BESS within a battery asset can have an array of racks. The schema for messages forwarded from a Teleport device that is connected to a battery with BESSes and racks:

name	type	data_type	description
time	timestamp		In second precision
teleportHashId	tag	string	Uniquely identifies the teleport device
assetIdentifier	tag	string	globally unique identifier of the asset, when available the brand and serial number of the asset
bessIdentifier	tag	string	Brand and serial number of the bess or if that’s not available, its index
rackIdentifier	tag	string	Brand and serial number of the rack or if that’s not available, its index
attempt	field	uint	0-indexed delivery attempt
dcCurrent	field	float	in V. Missing if not available. Nonnegative
dcVoltage	field	float	in A. Missing if not available. Delivering to the grid is a positive value

Flash messages

Batteries report flash messages more often than regular messages (typically every second) and contain information that is needed for dispatching algorithms and to forward to the TSO when doing aFRR/FCR. An example of a request containing one flash message forwarded from a Teleport device that is connected to a battery:

name	type	data_type	description
time	timestamp		In second precision
teleportHashId	tag	string	Uniquely identifies the teleport device
assetIdentifier	tag	string	globally unique identifier of the asset, when available the brand and serial number of the asset
attempt	field	uint	0-indexed delivery attempt
frequency	field	float	in Hz. Missing if not available
activePower	field	float	in W. Missing if not available. Positive means discharging, negative charging.
availableEnergy	field	float	in Wh. Missing if not available
availableActivePowerCharge	field	float	in W. Missing if not available
availableActivePowerDischarge	field	float	in W. Missing if not available
stateOfCharge	field	float	in %. Missing if not available

Meter power

Meters produce two types of messages: regular messages and flash messages. Meters report flash messages more often than regular messages (typically every 200 ms).

Regular messages

name	type	data_type	description
time	timestamp		In second precision
teleportHashId	tag	string	Uniquely identifies the teleport device
assetIdentifier	tag	string	globally unique identifier of the asset, when available the brand and serial number of the asset
attempt	field	uint	0-indexed delivery attempt
scheduled	field	boolean	false for measurements that are not part of the regular reporting interval, eg. directly after command execution and at Teleport initialisation
voltagePhaseL1	field	float	in V. Missing if not available. Nonnegative
voltagePhaseL2	field	float	in V. Missing if not available. Nonnegative
voltagePhaseL3	field	float	in V. Missing if not available. Nonnegative
voltageLineL1	field	float	in V. Missing if not available. Nonnegative
voltageLineL2	field	float	in V. Missing if not available. Nonnegative
voltageLineL3	field	float	in A. Missing if not available. Nonnegative
currentPhaseL1	field	float	in A. Missing if not available. Delivering to the grid is a positive value
currentPhaseL2	field	float	in A. Missing if not available. Delivering to the grid is a positive value
currentPhaseL3	field	float	in A. Missing if not available. Delivering to the grid is a positive value
currentLineL1	field	float	in A. Missing if not available. Delivering to the grid is a positive value
currentLineL2	field	float	in A. Missing if not available. Delivering to the grid is a positive value
currentLineL3	field	float	in A. Missing if not available. Delivering to the grid is a positive value
threePhaseConnectionType	field	string	can be “wye” or “delta”. Missing if not available.
activePowerL1	field	float	in W. Missing if not available. Delivering to the grid is a positive value
activePowerL2	field	float	in W. Missing if not available. Delivering to the grid is a positive value
activePowerL3	field	float	in W. Missing if not available. Delivering to the grid is a positive value
activePowerSum	field	float	in W. Missing if not available. Delivering to the grid is a positive value
reactivePowerL1	field	float	in var. Missing if not available. Positive is injecting reactive power to the grid and negative is absorbing reactive power
reactivePowerL2	field	float	in var. Missing if not available. Positive is injecting reactive power to the grid and negative is absorbing reactive power
reactivePowerL3	field	float	in var. Missing if not available. Positive is injecting reactive power to the grid and negative is absorbing reactive power
reactivePowerSum	field	float	in var. Missing if not available. Positive is injecting reactive power to the grid and negative is absorbing reactive power
apparentPowerL1	field	float	in VA. Missing if not available.
apparentPowerL2	field	float	in VA. Missing if not available.
apparentPowerL3	field	float	in VA. Missing if not available.
apparentPowerSum	field	float	in VA. Missing if not available.
powerFactorL1	field	float	unitless. Missing if not available.
powerFactorL2	field	float	unitless. Missing if not available.
powerFactorL3	field	float	unitless. Missing if not available.
frequency	field	float	in Hz. Missing if not available. Nonnegative
activeEnergyConsumedL1	field	float	in Wh. Missing if not available. Nonnegative
activeEnergyConsumedL2	field	float	in Wh. Missing if not available. Nonnegative
activeEnergyConsumedL3	field	float	in Wh. Missing if not available. Nonnegative
activeEnergyConsumedSum	field	float	in Wh. Missing if not available. Nonnegative
activeEnergyDeliveredL1	field	float	in Wh. Missing if not available. Nonnegative
activeEnergyDeliveredL2	field	float	in Wh. Missing if not available. Nonnegative
activeEnergyDeliveredL3	field	float	in Wh. Missing if not available. Nonnegative
activeEnergyDeliveredSum	field	float	in Wh. Missing if not available. Nonnegative

Flash messages

Meters report flash messages more often than regular messages (typically every 200 ms). It currently contains total active power measurements. An example of a request containing one flash message forwarded from a Teleport device that is connected to a meter:

name	type	data_type	description
time	timestamp		In second precision
teleportHashId	tag	string	Uniquely identifies the teleport device
assetIdentifier	tag	string	globally unique identifier of the asset, when available the brand and serial number of the asset
attempt	field	uint	0-indexed delivery attempt
scheduled	field	boolean	false for measurements that are not part of the regular reporting interval, eg. directly after command execution and at Teleport initialisation
activePower	field	float	in W. Sum of all phases. Missing if not available. Delivering to the grid is a positive value