MBMD

${ idx }	L1	L2	L3	Total
DC Voltage (V)	${ m.DCVoltageS1 }	—	${ m.DCVoltageS2 }	—	${ m.DCVoltageS3 }	—	${ m.DCVoltage }	—
DC Current (A)	${ m.DCCurrentS1 }	—	${ m.DCCurrentS2 }	—	${ m.DCCurrentS3 }	—	${ m.DCCurrent }	—
DC Power (W)	${ m.DCPowerS1 }	—	${ m.DCPowerS2 }	—	${ m.DCPowerS3 }	—	${ m.DCPower }	—
Charge State (%)	—	—	—	${ m.ChargeState }
Battery Voltage (V)	—	—	—	${ m.BatteryVoltage }
Voltage (V)	${ m.VoltageL1 }	—	${ m.VoltageL2 }	—	${ m.VoltageL3 }	—	${ m.Voltage }	—
Current (A)	${ m.CurrentL1 }	—	${ m.CurrentL2 }	—	${ m.CurrentL3 }	—	${ m.Current }	${ (val(m.CurrentL1) + val(m.CurrentL2) + val(m.CurrentL3)).toFixed(2) }
Power (W)	${ m.PowerL1 }	—	${ m.PowerL2 }	—	${ m.PowerL3 }	—	${ m.Power }	${ (val(m.PowerL1) + val(m.PowerL2) + val(m.PowerL3)).toFixed(2) }
Reactive Power (var)	${ m.ReactivePowerL1 }	—	${ m.ReactivePowerL2 }	—	${ m.ReactivePowerL3 }	—	${ m.ReactivePower }	${ (val(m.ReactivePowerL1) + val(m.ReactivePowerL2) + val(m.ReactivePowerL3)).toFixed(2) }
Apparent Power (VA)	${ m.ApparentPowerL1 }	—	${ m.ApparentPowerL2 }	—	${ m.ApparentPowerL3 }	—	${ m.ApparentPower }	${ (val(m.ApparentPowerL1) + val(m.ApparentPowerL2) + val(m.ApparentPowerL3)).toFixed(2) }
Import Power (W)	${ m.ImportPowerL1 }	—	${ m.ImportPowerL2 }	—	${ m.ImportPowerL3 }	—	${ m.ImportPower }	${ (val(m.ImportPowerL1) + val(m.ImportPowerL2) + val(m.ImportPowerL3)).toFixed(2) }
Export Power (W)	${ m.ExportPowerL1 }	—	${ m.ExportPowerL2 }	—	${ m.ExportPowerL3 }	—	${ m.ExportPower }	${ (val(m.ExportPowerL1) + val(m.ExportPowerL2) + val(m.ExportPowerL3)).toFixed(2) }
Sum (kWh)	${ m.SumL1 }	—	${ m.SumL2 }	—	${ m.SumL3 }	—	${ m.Sum }	${ (val(m.SumL1) + val(m.SumL2) + val(m.SumL3)).toFixed(2) }
Tariff 1 Sum (kWh)	—	—	—	${ m.SumT1 }
Tariff 2 Sum (kWh)	—	—	—	${ m.SumT2 }
Import (kWh)	${ m.ImportL1 }	—	${ m.ImportL2 }	—	${ m.ImportL3 }	—	${ m.Import }	${ (val(m.ImportL1) + val(m.ImportL2) + val(m.ImportL3)).toFixed(2) }
Tariff 1 Import (kWh)	—	—	—	${ m.ImportT1 }
Tariff 2 Import (kWh)	—	—	—	${ m.ImportT2 }
Export (kWh)	${ m.ExportL1 }	—	${ m.ExportL2 }	—	${ m.ExportL3 }	—	${ m.Export }	${ (val(m.ExportL1) + val(m.ExportL2) + val(m.ExportL3)).toFixed(2) }
Tariff 1 Export (kWh)	—	—	—	${ m.ExportT1 }
Tariff 2 Export (kWh)	—	—	—	${ m.ExportT2 }
Reactive Sum (kvarh)	${ m.ReactiveSumL1 }	—	${ m.ReactiveSumL2 }	—	${ m.ReactiveSumL3 }	—	${ m.ReactiveSum }	${ (val(m.ReactiveSumL1) + val(m.ReactiveSumL2) + val(m.ReactiveSumL3)).toFixed(2) }
Tariff 1 Reactive Sum (kvarh)	—	—	—	${ m.ReactiveSumT1 }
Tariff 2 Reactive Sum (kvarh)	—	—	—	${ m.ReactiveSumT2 }
Reactive Import (kvarh)	${ m.ReactiveImportL1 }	—	${ m.ReactiveImportL2 }	—	${ m.ReactiveImportL3 }	—	${ m.ReactiveImport }	${ (val(m.ReactiveImportL1) + val(m.ReactiveImportL2) + val(m.ReactiveImportL3)).toFixed(2) }
Tariff 1 Reactive Import (kvarh)	—	—	—	${ m.ReactiveImportT1 }
Tariff 2 Reactive Import (kvarh)	—	—	—	${ m.ReactiveImportT2 }
Reactive Export (kvarh)	${ m.ReactiveExportL1 }	—	${ m.ReactiveExportL2 }	—	${ m.ReactiveExportL3 }	—	${ m.ReactiveExport }	${ (val(m.ReactiveExportL1) + val(m.ReactiveExportL2) + val(m.ReactiveExportL3)).toFixed(2) }
Tariff 1 Reactive Export (kvarh)	—	—	—	${ m.ReactiveExportT1 }
Tariff 2 Reactive Export (kvarh)	—	—	—	${ m.ReactiveExportT2 }
Power Factor (cos 𝜑)	${ m.CosphiL1 }	—	${ m.CosphiL2 }	—	${ m.CosphiL3 }	—	${ m.Cosphi }	—
THD Voltage (%)	${ m.THDL1 }	—	${ m.THDL2 }	—	${ m.THDL3 }	—	${ m.THD }	—
Phase Angle	—	—	—	${ m.PhaseAngle }
Frequency (Hz)	—	—	—	${ m.Frequency }
Heatsink Temperature (°C)	—	—	—	${ m.HeatsinkTemp }

DC Voltage (V)

${ m.DCVoltageS1 }

—

${ m.DCVoltageS2 }

—

${ m.DCVoltageS3 }

—

${ m.DCVoltage }

—

DC Current (A)

${ m.DCCurrentS1 }

—

${ m.DCCurrentS2 }

—

${ m.DCCurrentS3 }

—

${ m.DCCurrent }

—

DC Power (W)

${ m.DCPowerS1 }

—

${ m.DCPowerS2 }

—

${ m.DCPowerS3 }

—

${ m.DCPower }

—

Charge State (%)

—

${ m.ChargeState }

Battery Voltage (V)

—

${ m.BatteryVoltage }

Voltage (V)

${ m.VoltageL1 }

—

${ m.VoltageL2 }

—

${ m.VoltageL3 }

—

${ m.Voltage }

—

Current (A)

${ m.CurrentL1 }

—

${ m.CurrentL2 }

—

${ m.CurrentL3 }

—

${ m.Current }

${ (val(m.CurrentL1) + val(m.CurrentL2) + val(m.CurrentL3)).toFixed(2) }

Power (W)

${ m.PowerL1 }

—

${ m.PowerL2 }

—

${ m.PowerL3 }

—

${ m.Power }

${ (val(m.PowerL1) + val(m.PowerL2) + val(m.PowerL3)).toFixed(2) }

Reactive Power (var)

${ m.ReactivePowerL1 }

—

${ m.ReactivePowerL2 }

—

${ m.ReactivePowerL3 }

—

${ m.ReactivePower }

${ (val(m.ReactivePowerL1) + val(m.ReactivePowerL2) + val(m.ReactivePowerL3)).toFixed(2) }

Apparent Power (VA)

${ m.ApparentPowerL1 }

—

${ m.ApparentPowerL2 }

—

${ m.ApparentPowerL3 }

—

${ m.ApparentPower }

${ (val(m.ApparentPowerL1) + val(m.ApparentPowerL2) + val(m.ApparentPowerL3)).toFixed(2) }

Import Power (W)

${ m.ImportPowerL1 }

—

${ m.ImportPowerL2 }

—

${ m.ImportPowerL3 }

—

${ m.ImportPower }

${ (val(m.ImportPowerL1) + val(m.ImportPowerL2) + val(m.ImportPowerL3)).toFixed(2) }

Export Power (W)

${ m.ExportPowerL1 }

—

${ m.ExportPowerL2 }

—

${ m.ExportPowerL3 }

—

${ m.ExportPower }

${ (val(m.ExportPowerL1) + val(m.ExportPowerL2) + val(m.ExportPowerL3)).toFixed(2) }

Sum (kWh)

${ m.SumL1 }

—

${ m.SumL2 }

—

${ m.SumL3 }

—

${ m.Sum }

${ (val(m.SumL1) + val(m.SumL2) + val(m.SumL3)).toFixed(2) }

Tariff 1 Sum (kWh)

—

${ m.SumT1 }

Tariff 2 Sum (kWh)

—

${ m.SumT2 }

Import (kWh)

${ m.ImportL1 }

—

${ m.ImportL2 }

—

${ m.ImportL3 }

—

${ m.Import }

${ (val(m.ImportL1) + val(m.ImportL2) + val(m.ImportL3)).toFixed(2) }

Tariff 1 Import (kWh)

—

${ m.ImportT1 }

Tariff 2 Import (kWh)

—

${ m.ImportT2 }

Export (kWh)

${ m.ExportL1 }

—

${ m.ExportL2 }

—

${ m.ExportL3 }

—

${ m.Export }

${ (val(m.ExportL1) + val(m.ExportL2) + val(m.ExportL3)).toFixed(2) }

Tariff 1 Export (kWh)

—

${ m.ExportT1 }

Tariff 2 Export (kWh)

—

${ m.ExportT2 }

Reactive Sum (kvarh)

${ m.ReactiveSumL1 }

—

${ m.ReactiveSumL2 }

—

${ m.ReactiveSumL3 }

—

${ m.ReactiveSum }

${ (val(m.ReactiveSumL1) + val(m.ReactiveSumL2) + val(m.ReactiveSumL3)).toFixed(2) }

Tariff 1 Reactive Sum (kvarh)

—

${ m.ReactiveSumT1 }

Tariff 2 Reactive Sum (kvarh)

—

${ m.ReactiveSumT2 }

Reactive Import (kvarh)

${ m.ReactiveImportL1 }

—

${ m.ReactiveImportL2 }

—

${ m.ReactiveImportL3 }

—

${ m.ReactiveImport }

${ (val(m.ReactiveImportL1) + val(m.ReactiveImportL2) + val(m.ReactiveImportL3)).toFixed(2) }

Tariff 1 Reactive Import (kvarh)

—

${ m.ReactiveImportT1 }

Tariff 2 Reactive Import (kvarh)

—

${ m.ReactiveImportT2 }

Reactive Export (kvarh)

${ m.ReactiveExportL1 }

—

${ m.ReactiveExportL2 }

—

${ m.ReactiveExportL3 }

—

${ m.ReactiveExport }

${ (val(m.ReactiveExportL1) + val(m.ReactiveExportL2) + val(m.ReactiveExportL3)).toFixed(2) }

Tariff 1 Reactive Export (kvarh)

—

${ m.ReactiveExportT1 }

Tariff 2 Reactive Export (kvarh)

—

${ m.ReactiveExportT2 }

Power Factor (cos 𝜑)

${ m.CosphiL1 }

—

${ m.CosphiL2 }

—

${ m.CosphiL3 }

—

${ m.Cosphi }

—

THD Voltage (%)

${ m.THDL1 }

—

${ m.THDL2 }

—

${ m.THDL3 }

—

${ m.THD }

—

Phase Angle

—

${ m.PhaseAngle }

Frequency (Hz)

—

${ m.Frequency }

Heatsink Temperature (°C)

—

${ m.HeatsinkTemp }

Measurements

Status

About MBMD