Metering

Total active power across all phases in deci-watts (0.1 W). Divide by 10 for Watts. Example "11040" = 1104 W.

Active power on phase L1 in deci-watts (0.1 W). Divide by 10 for W.

Active power on phase L2 in deci-watts (0.1 W). Divide by 10 for W.

Active power on phase L3 in deci-watts (0.1 W). Divide by 10 for W.

AC current on phase L1 in milliamps.

AC current on phase L2 in milliamps.

AC current on phase L3 in milliamps.

AC voltage on phase L1 in centivolts (0.01 V). Divide by 100 for V. Example "23171" = 231.71 V. Passed through from the underlying meter without scaling; confirm against your specific meter model if readings look wrong.

AC voltage on phase L2 in centivolts (0.01 V). Divide by 100 for V.

AC voltage on phase L3 in centivolts (0.01 V). Divide by 100 for V.

Total active energy in watt-hours (Wh). Divide by 1000 for kWh.

Total energy imported (consumed) in watt-hours (Wh). Divide by 1000 for kWh.

Total energy exported in watt-hours (Wh). Divide by 1000 for kWh.

Power factor scaled by 1000 (per-mille). Divide by 1000 for the unitless power factor. Example "980" = 0.980. Passed through from the meter without scaling in the REST layer.

Mains frequency in millihertz (e.g., "50010" = 50.010 Hz).

ISO 8601 timestamp of the last meter reading.

Number of phases the meter supports.

Returns "1" if meter is available, "0" if not.