+++ /dev/null
-# MecMeter Binding
-
-This binding reads data from MEC power meter for providing electrical information for the electric circuit.
-
-To use this binding the meter must be installed, initialized and connected to the same network as openHAB.
-
-## Supported Things
-
-The mecMeter is supported with firmware version starting from 2.0.0.
-There is exactly one supported thing type `meter`, which represents the electric meter.
-Its unique ID is the serial number.
-
-## Discovery
-
-MecMeters are automatically discovered via mDNS.
-The IP of the Power Meter is automatically set and can be changed manually if needed.
-The default update interval is set to 5 seconds. Intervals from 1 to 300 seconds can be set manually.
-
-## Thing Configuration
-
-The thing has a few configuration parameters:
-
-| Parameter | Description |
-|-----------------|-----------------------------------------------------------------------|
-| password | User-defined password during initializing the Power Meter. Mandatory. |
-| ip | The IP address of the meter. Mandatory. |
-| refreshInterval | Refresh interval in second. Optional, the default value is 5 seconds. |
-
-
-## Channels
-
-The meter has the following channels:
-
-| Channel Type ID | Item Type | Label | Description |
-|--------------------------------------------------------------|--------------------------|-----------------------------------|------------------------------------------|
-| general_group#frequency | Number:Frequency | Main Frequency | Frequency in Hertz |
-| general_group#temperature | Number:Temperature | Internal Temperature | Internal Temperature of the energy meter |
-| general_group#op_time | Number:Time | Time in Operation | Time in Operation |
-| voltage_group#voltage_phase1 | Number:ElectricPotential | Voltage P1 | Voltage in Volt |
-| voltage_group#voltage_phase2 | Number:ElectricPotential | Voltage P2 | Voltage in Volt |
-| voltage_group#voltage_phase3 | Number:ElectricPotential | Voltage P3 | Voltage in Volt |
-| voltage_group#avg_phase_phase_voltage | Number:ElectricPotential | Average Phase – Phase Voltage | Average Phase – Phase Voltage in Volt |
-| voltage_group#avg_neutral_phase_voltage | Number:ElectricPotential | Average Voltage | Average N – Phase Voltage in Volt |
-| current_group#current_allphase | Number:ElectricCurrent | Current | Current in Ampere |
-| current_group#current_phase1 | Number:ElectricCurrent | Current P1 | Current in Ampere |
-| current_group#current_phase2 | Number:ElectricCurrent | Current P2 | Current in Ampere |
-| current_group#current_phase3 | Number:ElectricCurrent | Current P3 | Current in Ampere |
-| angle_group#phase_angle_currvolt_phase1 | Number:Angle | Current P1 | Angle Current to Voltage in Degree |
-| angle_group#phase_angle_currvolt_phase2 | Number:Angle | Current P2 | Angle Current to Voltage in Degree |
-| angle_group#phase_angle_currvolt_phase3 | Number:Angle | Current P3 | Angle Current to Voltage in Degree |
-| angle_group#phase_angle_phase1-3 | Number:Angle | Angle Voltage to Voltage | Angle Voltage to Voltage in Degree |
-| angle_group#phase_angle_phase2-3 | Number:Angle | Angle Voltage to Voltage | Angle Voltage to Voltage in Degree |
-| activepower_group#activepower_allphase | Number:Power | Active Power | Active power consumed |
-| activepower_group#activepower_phase1 | Number:Power | Active Power P1 | Active power consumed |
-| activepower_group#activepower_phase2 | Number:Power | Active Power P2 | Active power consumed |
-| activepower_group#activepower_phase3 | Number:Power | Active Power P3 | Active power consumed |
-| activefundpower_group#activefundpower_allphase | Number:Power | Active Fundamental Power | Active fundamental power |
-| activefundpower_group#activefundpower_phase1 | Number:Power | Active Fund Power P1 | Active fundamental power |
-| activefundpower_group#activefundpower_phase2 | Number:Power | Active Fund Power P2 | Active fundamental power |
-| activefundpower_group#activefundpower_phase3 | Number:Power | Active Fund Power P3 | Active fundamental power |
-| activeharmpower_group#activeharmpower_allphase | Number:Power | Active Harmonic Power | Active harmonic power |
-| activeharmpower_group#activeharmpower_phase1 | Number:Power | Active Harm Power P1 | Active harmonic power |
-| activeharmpower_group#activeharmpower_phase2 | Number:Power | Active Harm Power P2 | Active harmonic power |
-| activeharmpower_group#activeharmpower_phase3 | Number:Power | Active Harm Power P3 | Active harmonic power |
-| reactivepower_group#reactivepower_allphase | Number:Power | Reactive Power | Reactive power consumed |
-| reactivepower_group#reactivepower_phase1 | Number:Power | Reactive Power P1 | Reactive power consumed |
-| reactivepower_group#reactivepower_phase2 | Number:Power | Reactive Power P2 | Reactive power consumed |
-| reactivepower_group#reactivepower_phase3 | Number:Power | Reactive Power P3 | Reactive power consumed |
-| powerfactor_group#powerFactor_allphase | Number:Dimensionless | Power Factor | Power Factor |
-| powerfactor_group#powerFactor_phase1 | Number:Dimensionless | Power Factor P1 | Power Factor |
-| powerfactor_group#powerFactor_phase2 | Number:Dimensionless | Power Factor P2 | Power Factor |
-| powerfactor_group#powerFactor_phase3 | Number:Dimensionless | Power Factor P3 | Power Factor |
-| apppower_group#apppower_allphase | Number:Power | Apparent Power | Apparent power consumed |
-| apppower_group#apppower_phase1 | Number:Power | Apparent Power P1 | Apparent power consumed |
-| apppower_group#apppower_phase2 | Number:Power | Apparent Power P2 | Apparent power consumed |
-| apppower_group#apppower_phase3 | Number:Power | Apparent Power P3 | Apparent power consumed |
-| fwd_active_energy_group#fwd_active_energy_allphase | Number:Energy | Forward Active Energy | Forward Active Energy in kWh |
-| fwd_active_energy_group#fwd_active_energy_phase1 | Number:Energy | Fwd Active Energy P1 | Forward Active Energy in kWh |
-| fwd_active_energy_group#fwd_active_energy_phase2 | Number:Energy | Fwd Active Energy P2 | Forward Active Energy in kWh |
-| fwd_active_energy_group#fwd_active_energy_phase3 | Number:Energy | Fwd Active Energy P3 | Forward Active Energy in kWh |
-| fwd_active_fund_energy_group#fwd_active_fund_energy_allphase | Number:Energy | Forward Active Fundamental Energy | Forward Active Fundamental Energy in kWh |
-| fwd_active_fund_energy_group#fwd_active_fund_energy_phase1 | Number:Energy | Fwd Active Fund Energy P1 | Forward Active Fundamental Energy in kWh |
-| fwd_active_fund_energy_group#fwd_active_fund_energy_phase2 | Number:Energy | Fwd Active Fund Energy P2 | Forward Active Fundamental Energy in kWh |
-| fwd_active_fund_energy_group#fwd_active_fund_energy_phase3 | Number:Energy | Fwd Active Fund Energy P3 | Forward Active Fundamental Energy in kWh |
-| fwd_active_harm_energy_group#fwd_active_harm_energy_allphase | Number:Energy | Forward Active Harmonic Energy | Forward Active Harmonic Energy in kWh |
-| fwd_active_harm_energy_group#fwd_active_harm_energy_phase1 | Number:Energy | Fwd Active Harm Energy P1 | Forward Active Harmonic Energy in kWh |
-| fwd_active_harm_energy_group#fwd_active_harm_energy_phase2 | Number:Energy | Fwd Active Harm Energy P2 | Forward Active Harmonic Energy in kWh |
-| fwd_active_harm_energy_group#fwd_active_harm_energy_phase3 | Number:Energy | Fwd Active Harm Energy P3 | Forward Active Harmonic Energy in kWh |
-| fwd_reactive_energy_group#fwd_reactive_energy_allphase | Number:Energy | Forward Reactive Energy | Forward Reactive Energy in VArh |
-| fwd_reactive_energy_group#fwd_reactive_energy_phase1 | Number:Energy | Fwd Reactive Energy P1 | Forward Reactive Energy in VArh |
-| fwd_reactive_energy_group#fwd_reactive_energy_phase2 | Number:Energy | Fwd Reactive Energy P2 | Forward Reactive Energy in VArh |
-| fwd_reactive_energy_group#fwd_reactive_energy_phase3 | Number:Energy | Fwd Reactive Energy P3 | Forward Reactive Energy in VArh |
-| rev_active_energy_group#rev_active_energy_allphase | Number:Energy | Reverse Active Energy | Reverse Active Energy in kWh |
-| rev_active_energy_group#rev_active_energy_phase1 | Number:Energy | Rev Active Energy P1 | Reverse Active Energy in kWh |
-| rev_active_energy_group#rev_active_energy_phase2 | Number:Energy | Rev Active Energy P2 | Reverse Active Energy in kWh |
-| rev_active_energy_group#rev_active_energy_phase3 | Number:Energy | Rev Active Energy P3 | Reverse Active Energy in kWh |
-| rev_active_fund_energy_group#rev_active_fund_energy_allphase | Number:Energy | Reverse Active Fundamental Energy | Reverse Active Fundamental Energy in kWh |
-| rev_active_fund_energy_group#rev_active_fund_energy_phase1 | Number:Energy | Rev Active Fund Energy P1 | Reverse Active Fundamental Energy in kWh |
-| rev_active_fund_energy_group#rev_active_fund_energy_phase2 | Number:Energy | Rev Active Fund Energy P2 | Reverse Active Fundamental Energy in kWh |
-| rev_active_fund_energy_group#rev_active_fund_energy_phase3 | Number:Energy | Rev Active Fund Energy P3 | Reverse Active Fundamental Energy in kWh |
-| rev_active_harm_energy_group#rev_active_harm_energy_allphase | Number:Energy | Reverse Active Harmonic Energy | Reverse Active Harmonic Energy in kWh |
-| rev_active_harm_energy_group#rev_active_harm_energy_phase1 | Number:Energy | Rev Active Harm Energy P1 | Reverse Active Harmonic Energy in kWh |
-| rev_active_harm_energy_group#rev_active_harm_energy_phase2 | Number:Energy | Rev Active Harm Energy P2 | Reverse Active Harmonic Energy in kWh |
-| rev_active_harm_energy_group#rev_active_harm_energy_phase3 | Number:Energy | Rev Active Harm Energy P3 | Reverse Active Harmonic Energy in kWh |
-| rev_reactive_energy_group#rev_reactive_energy_allphase | Number:Energy | Reverse Reactive Energy | Reverse Reactive Energy in VArh |
-| rev_reactive_energy_group#rev_reactive_energy_phase1 | Number:Energy | Rev Reactive Energy P1 | Reverse Reactive Energy in VArh |
-| rev_reactive_energy_group#rev_reactive_energy_phase2 | Number:Energy | Rev Reactive Energy P2 | Reverse Reactive Energy in VArh |
-| rev_reactive_energy_group#rev_reactive_energy_phase3 | Number:Energy | Rev Reactive Energy P3 | Reverse Reactive Energy in VArh |
-| app_energy_group#appenergy_consumption_allphase | Number:Energy | Apparent Energy Consumption | Apparent Energy Consumption in VArh |
-| app_energy_group#appenergy_consumption_phase1 | Number:Energy | Apparent Energy P1 | Apparent Energy Consumption in VArh |
-| app_energy_group#appenergy_consumption_phase2 | Number:Energy | Apparent Energy P2 | Apparent Energy Consumption in VArh |
-| app_energy_group#appenergy_consumption_phase3 | Number:Energy | Apparent Energy P3 | Apparent Energy Consumption in VArh |
-
-## Full Example
-
-### mecmeter.things
-
-```
-mecmeter:meter:1 [ password="Test1234", ip="192.168.1.16", refreshInterval="10" ]
-```
-
-### mecmeter.items
-
-```
-Number:Frequency MainFrequency { channel="mecmeter:meter:1:general_group#frequency" }
-Number:Temperature InternalTemperature { channel="mecmeter:meter:1:general_group#temperature" }
-Number:Time TimeinOperation { channel="mecmeter:meter:1:general_group#op_time" }
-
-Number:Power ActivePower { channel="mecmeter:meter:1:activepower_group#activepower_allphase" }
-Number:Power ActivePowerP1 { channel="mecmeter:meter:1:activepower_group#activepower_phase1" }
-Number:Power ActivePowerP2 { channel="mecmeter:meter:1:activepower_group#activepower_phase2" }
-Number:Power ActivePowerP3 { channel="mecmeter:meter:1:activepower_group#activepower_phase3" }
-
-Number:ElectricPotential VoltageP1 { channel="mecmeter:meter:1:voltage_group#voltage_phase1" }
-Number:ElectricPotential VoltageP2 { channel="mecmeter:meter:1:voltage_group#voltage_phase2" }
-Number:ElectricPotential VoltageP3 { channel="mecmeter:meter:1:voltage_group#voltage_phase3" }
-Number:ElectricPotential AveragePhasePhaseVoltage { channel="mecmeter:meter:1:voltage_group#avg_phase_phase_voltage" }
-Number:ElectricPotential AverageVoltage { channel="mecmeter:meter:1:voltage_group#avg_neutral_phase_voltage" }
-
-Number:ElectricCurrent Current { channel="mecmeter:meter:1:current_group#current_allphase" }
-Number:ElectricCurrent Current_Group_Current_Phase1 { channel="mecmeter:meter:1:current_group#current_phase1" }
-Number:ElectricCurrent Current_Group_Current_Phase2 { channel="mecmeter:meter:1:current_group#current_phase2" }
-Number:ElectricCurrent Current_Group_Current_Phase3 { channel="mecmeter:meter:1:current_group#current_phase3" }
-
-Number:Power ActiveFundamentalPower { channel="mecmeter:meter:1:activefundpower_group#activefundpower_allphase" }
-Number:Power ActiveFundPowerP1 { channel="mecmeter:meter:1:activefundpower_group#activefundpower_phase1" }
-Number:Power ActiveFundPowerP2 { channel="mecmeter:meter:1:activefundpower_group#activefundpower_phase2" }
-Number:Power ActiveFundPowerP3 { channel="mecmeter:meter:1:activefundpower_group#activefundpower_phase3" }
-
-Number:Power ActiveHarmonicPower { channel="mecmeter:meter:1:activeharmpower_group#activeharmpower_allphase" }
-Number:Power ActiveHarmPowerP1 { channel="mecmeter:meter:1:activeharmpower_group#activeharmpower_phase1" }
-Number:Power ActiveHarmPowerP2 { channel="mecmeter:meter:1:activeharmpower_group#activeharmpower_phase2" }
-Number:Power ActiveHarmPowerP3 { channel="mecmeter:meter:1:activeharmpower_group#activeharmpower_phase3" }
-
-Number:Angle Angle_Group_Phase_Angle_Currvolt_Phase1 { channel="mecmeter:meter:1:angle_group#phase_angle_currvolt_phase1" }
-Number:Angle Angle_Group_Phase_Angle_Currvolt_Phase2 { channel="mecmeter:meter:1:angle_group#phase_angle_currvolt_phase2" }
-Number:Angle Angle_Group_Phase_Angle_Currvolt_Phase3 { channel="mecmeter:meter:1:angle_group#phase_angle_currvolt_phase3" }
-Number:Angle Angle_Group_Phase_Angle_Phase13 { channel="mecmeter:meter:1:angle_group#phase_angle_phase1-3" }
-Number:Angle Angle_Group_Phase_Angle_Phase23 { channel="mecmeter:meter:1:angle_group#phase_angle_phase2-3" }
-
-Number:Energy ApparentEnergyConsumption { channel="mecmeter:meter:1:app_energy_group#appenergy_consumption_allphase" }
-Number:Energy ApparentEnergyP1 { channel="mecmeter:meter:1:app_energy_group#appenergy_consumption_phase1" }
-Number:Energy ApparentEnergyP2 { channel="mecmeter:meter:1:app_energy_group#appenergy_consumption_phase2" }
-Number:Energy ApparentEnergyP3 { channel="mecmeter:meter:1:app_energy_group#appenergy_consumption_phase3" }
-
-Number:Power ApparentPower { channel="mecmeter:meter:1:apppower_group#apppower_allphase" }
-Number:Power ApparentPowerP1 { channel="mecmeter:meter:1:apppower_group#apppower_phase1" }
-Number:Power ApparentPowerP2 { channel="mecmeter:meter:1:apppower_group#apppower_phase2" }
-Number:Power ApparentPowerP3 { channel="mecmeter:meter:1:apppower_group#apppower_phase3" }
-
-Number:Energy ForwardActiveEnergy { channel="mecmeter:meter:1:fwd_active_energy_group#fwd_active_energy_allphase" }
-Number:Energy ForwardActiveFundamentalEnergy { channel="mecmeter:meter:1:fwd_active_fund_energy_group#fwd_active_fund_energy_allphase" }
-Number:Energy ForwardActiveHarmonicEnergy { channel="mecmeter:meter:1:fwd_active_harm_energy_group#fwd_active_harm_energy_allphase" }
-Number:Energy ForwardReactiveEnergy { channel="mecmeter:meter:1:fwd_reactive_energy_group#fwd_reactive_energy_allphase" }
-
-Number:Energy FwdActiveEnergyP1 { channel="mecmeter:meter:1:fwd_active_energy_group#fwd_active_energy_phase1" }
-Number:Energy FwdActiveEnergyP2 { channel="mecmeter:meter:1:fwd_active_energy_group#fwd_active_energy_phase2" }
-Number:Energy FwdActiveEnergyP3 { channel="mecmeter:meter:1:fwd_active_energy_group#fwd_active_energy_phase3" }
-
-Number:Energy FwdActiveFundEnergyP1 { channel="mecmeter:meter:1:fwd_active_fund_energy_group#fwd_active_fund_energy_phase1" }
-Number:Energy FwdActiveFundEnergyP2 { channel="mecmeter:meter:1:fwd_active_fund_energy_group#fwd_active_fund_energy_phase2" }
-Number:Energy FwdActiveFundEnergyP3 { channel="mecmeter:meter:1:fwd_active_fund_energy_group#fwd_active_fund_energy_phase3" }
-
-Number:Energy FwdActiveHarmEnergyP1 { channel="mecmeter:meter:1:fwd_active_harm_energy_group#fwd_active_harm_energy_phase1" }
-Number:Energy FwdActiveHarmEnergyP2 { channel="mecmeter:meter:1:fwd_active_harm_energy_group#fwd_active_harm_energy_phase2" }
-Number:Energy FwdActiveHarmEnergyP3 { channel="mecmeter:meter:1:fwd_active_harm_energy_group#fwd_active_harm_energy_phase3" }
-
-Number:Energy FwdReactiveEnergyP1 { channel="mecmeter:meter:1:fwd_reactive_energy_group#fwd_reactive_energy_phase1" }
-Number:Energy FwdReactiveEnergyP2 { channel="mecmeter:meter:1:fwd_reactive_energy_group#fwd_reactive_energy_phase2" }
-Number:Energy FwdReactiveEnergyP3 { channel="mecmeter:meter:1:fwd_reactive_energy_group#fwd_reactive_energy_phase3" }
-
-Number:Energy PowerFactor { channel="mecmeter:meter:1:powerfactor_group#powerFactor_allphase" }
-Number:Energy PowerFactorP1 { channel="mecmeter:meter:1:powerfactor_group#powerFactor_phase1" }
-Number:Energy PowerFactorP2 { channel="mecmeter:meter:1:powerfactor_group#powerFactor_phase2" }
-Number:Energy PowerFactorP3 { channel="mecmeter:meter:1:powerfactor_group#powerFactor_phase3" }
-
-Number:Power ReactivePower { channel="mecmeter:meter:1:reactivepower_group#reactivepower_allphase" }
-Number:Power ReactivePowerP1 { channel="mecmeter:meter:1:reactivepower_group#reactivepower_phase1" }
-Number:Power ReactivePowerP2 { channel="mecmeter:meter:1:reactivepower_group#reactivepower_phase2" }
-Number:Power ReactivePowerP3 { channel="mecmeter:meter:1:reactivepower_group#reactivepower_phase3" }
-
-Number:Energy ReverseActiveEnergy { channel="mecmeter:meter:1:rev_active_energy_group#rev_active_energy_allphase" }
-Number:Energy RevActiveEnergyP1 { channel="mecmeter:meter:1:rev_active_energy_group#rev_active_energy_phase1" }
-Number:Energy RevActiveEnergyP2 { channel="mecmeter:meter:1:rev_active_energy_group#rev_active_energy_phase2" }
-Number:Energy RevActiveEnergyP3 { channel="mecmeter:meter:1:rev_active_energy_group#rev_active_energy_phase3" }
-
-Number:Energy ReverseActiveFundamentalEnergy { channel="mecmeter:meter:1:rev_active_fund_energy_group#rev_active_fund_energy_allphase" }
-Number:Energy RevActiveFundEnergyP1 { channel="mecmeter:meter:1:rev_active_fund_energy_group#rev_active_fund_energy_phase1" }
-Number:Energy RevActiveFundEnergyP2 { channel="mecmeter:meter:1:rev_active_fund_energy_group#rev_active_fund_energy_phase2" }
-Number:Energy RevActiveFundEnergyP3 { channel="mecmeter:meter:1:rev_active_fund_energy_group#rev_active_fund_energy_phase3" }
-
-Number:Energy ReverseActiveHarmonicEnergy { channel="mecmeter:meter:1:rev_active_harm_energy_group#rev_active_harm_energy_allphase" }
-Number:Energy RevActiveHarmEnergyP1 { channel="mecmeter:meter:1:rev_active_harm_energy_group#rev_active_harm_energy_phase1" }
-Number:Energy RevActiveHarmEnergyP2 { channel="mecmeter:meter:1:rev_active_harm_energy_group#rev_active_harm_energy_phase2" }
-Number:Energy RevActiveHarmEnergyP3 { channel="mecmeter:meter:1:rev_active_harm_energy_group#rev_active_harm_energy_phase3" }
-
-Number:Energy ReverseReactiveEnergy { channel="mecmeter:meter:1:rev_reactive_energy_group#rev_reactive_energy_allphase" }
-Number:Energy RevReactiveEnergyP1 { channel="mecmeter:meter:1:rev_reactive_energy_group#rev_reactive_energy_phase1" }
-Number:Energy RevReactiveEnergyP2 { channel="mecmeter:meter:1:rev_reactive_energy_group#rev_reactive_energy_phase2" }
-Number:Energy RevReactiveEnergyP3 { channel="mecmeter:meter:1:rev_reactive_energy_group#rev_reactive_energy_phase3" }
-```
-
-### mecmeter.sitemap
-
-```
-sitemap mecmeter label="MecMeter"
-{
- Frame label="General" {
- Text item=MainFrequency
- Text item=InternalTemperature
- }
-
- Frame label="Power" {
- Text item=ActivePower
- Text item=ActivePowerP1
- Text item=ActivePowerP2
- Text item=ActivePowerP3
- }
-
- Frame label="Electric Potential" {
- Text item=VoltageP1
- Text item=VoltageP2
- Text item=VoltageP3
- }
-
-}
-```
--- /dev/null
+# MecMeter Binding
+
+This binding reads data from MEC power meter for providing electrical information for the electric circuit.
+
+To use this binding the meter must be installed, initialized and connected to the same network as openHAB.
+
+## Supported Things
+
+The mecMeter is supported with firmware version starting from 2.0.0.
+There is exactly one supported thing type `meter`, which represents the electric meter.
+Its unique ID is the serial number.
+
+## Discovery
+
+MecMeters are automatically discovered via mDNS.
+The IP of the Power Meter is automatically set and can be changed manually if needed.
+The default update interval is set to 5 seconds. Intervals from 1 to 300 seconds can be set manually.
+
+## Thing Configuration
+
+The thing has a few configuration parameters:
+
+| Parameter | Description |
+|-----------------|-----------------------------------------------------------------------|
+| password | User-defined password during initializing the Power Meter. Mandatory. |
+| ip | The IP address of the meter. Mandatory. |
+| refreshInterval | Refresh interval in second. Optional, the default value is 5 seconds. |
+
+
+## Channels
+
+The meter has the following channels:
+
+| Channel Type ID | Item Type | Label | Description |
+|--------------------------------------------------------------|--------------------------|-----------------------------------|------------------------------------------|
+| general_group#frequency | Number:Frequency | Main Frequency | Frequency in Hertz |
+| general_group#temperature | Number:Temperature | Internal Temperature | Internal Temperature of the energy meter |
+| general_group#op_time | Number:Time | Time in Operation | Time in Operation |
+| voltage_group#voltage_phase1 | Number:ElectricPotential | Voltage P1 | Voltage in Volt |
+| voltage_group#voltage_phase2 | Number:ElectricPotential | Voltage P2 | Voltage in Volt |
+| voltage_group#voltage_phase3 | Number:ElectricPotential | Voltage P3 | Voltage in Volt |
+| voltage_group#avg_phase_phase_voltage | Number:ElectricPotential | Average Phase – Phase Voltage | Average Phase – Phase Voltage in Volt |
+| voltage_group#avg_neutral_phase_voltage | Number:ElectricPotential | Average Voltage | Average N – Phase Voltage in Volt |
+| current_group#current_allphase | Number:ElectricCurrent | Current | Current in Ampere |
+| current_group#current_phase1 | Number:ElectricCurrent | Current P1 | Current in Ampere |
+| current_group#current_phase2 | Number:ElectricCurrent | Current P2 | Current in Ampere |
+| current_group#current_phase3 | Number:ElectricCurrent | Current P3 | Current in Ampere |
+| angle_group#phase_angle_currvolt_phase1 | Number:Angle | Current P1 | Angle Current to Voltage in Degree |
+| angle_group#phase_angle_currvolt_phase2 | Number:Angle | Current P2 | Angle Current to Voltage in Degree |
+| angle_group#phase_angle_currvolt_phase3 | Number:Angle | Current P3 | Angle Current to Voltage in Degree |
+| angle_group#phase_angle_phase1-3 | Number:Angle | Angle Voltage to Voltage | Angle Voltage to Voltage in Degree |
+| angle_group#phase_angle_phase2-3 | Number:Angle | Angle Voltage to Voltage | Angle Voltage to Voltage in Degree |
+| activepower_group#activepower_allphase | Number:Power | Active Power | Active power consumed |
+| activepower_group#activepower_phase1 | Number:Power | Active Power P1 | Active power consumed |
+| activepower_group#activepower_phase2 | Number:Power | Active Power P2 | Active power consumed |
+| activepower_group#activepower_phase3 | Number:Power | Active Power P3 | Active power consumed |
+| activefundpower_group#activefundpower_allphase | Number:Power | Active Fundamental Power | Active fundamental power |
+| activefundpower_group#activefundpower_phase1 | Number:Power | Active Fund Power P1 | Active fundamental power |
+| activefundpower_group#activefundpower_phase2 | Number:Power | Active Fund Power P2 | Active fundamental power |
+| activefundpower_group#activefundpower_phase3 | Number:Power | Active Fund Power P3 | Active fundamental power |
+| activeharmpower_group#activeharmpower_allphase | Number:Power | Active Harmonic Power | Active harmonic power |
+| activeharmpower_group#activeharmpower_phase1 | Number:Power | Active Harm Power P1 | Active harmonic power |
+| activeharmpower_group#activeharmpower_phase2 | Number:Power | Active Harm Power P2 | Active harmonic power |
+| activeharmpower_group#activeharmpower_phase3 | Number:Power | Active Harm Power P3 | Active harmonic power |
+| reactivepower_group#reactivepower_allphase | Number:Power | Reactive Power | Reactive power consumed |
+| reactivepower_group#reactivepower_phase1 | Number:Power | Reactive Power P1 | Reactive power consumed |
+| reactivepower_group#reactivepower_phase2 | Number:Power | Reactive Power P2 | Reactive power consumed |
+| reactivepower_group#reactivepower_phase3 | Number:Power | Reactive Power P3 | Reactive power consumed |
+| powerfactor_group#powerFactor_allphase | Number:Dimensionless | Power Factor | Power Factor |
+| powerfactor_group#powerFactor_phase1 | Number:Dimensionless | Power Factor P1 | Power Factor |
+| powerfactor_group#powerFactor_phase2 | Number:Dimensionless | Power Factor P2 | Power Factor |
+| powerfactor_group#powerFactor_phase3 | Number:Dimensionless | Power Factor P3 | Power Factor |
+| apppower_group#apppower_allphase | Number:Power | Apparent Power | Apparent power consumed |
+| apppower_group#apppower_phase1 | Number:Power | Apparent Power P1 | Apparent power consumed |
+| apppower_group#apppower_phase2 | Number:Power | Apparent Power P2 | Apparent power consumed |
+| apppower_group#apppower_phase3 | Number:Power | Apparent Power P3 | Apparent power consumed |
+| fwd_active_energy_group#fwd_active_energy_allphase | Number:Energy | Forward Active Energy | Forward Active Energy in kWh |
+| fwd_active_energy_group#fwd_active_energy_phase1 | Number:Energy | Fwd Active Energy P1 | Forward Active Energy in kWh |
+| fwd_active_energy_group#fwd_active_energy_phase2 | Number:Energy | Fwd Active Energy P2 | Forward Active Energy in kWh |
+| fwd_active_energy_group#fwd_active_energy_phase3 | Number:Energy | Fwd Active Energy P3 | Forward Active Energy in kWh |
+| fwd_active_fund_energy_group#fwd_active_fund_energy_allphase | Number:Energy | Forward Active Fundamental Energy | Forward Active Fundamental Energy in kWh |
+| fwd_active_fund_energy_group#fwd_active_fund_energy_phase1 | Number:Energy | Fwd Active Fund Energy P1 | Forward Active Fundamental Energy in kWh |
+| fwd_active_fund_energy_group#fwd_active_fund_energy_phase2 | Number:Energy | Fwd Active Fund Energy P2 | Forward Active Fundamental Energy in kWh |
+| fwd_active_fund_energy_group#fwd_active_fund_energy_phase3 | Number:Energy | Fwd Active Fund Energy P3 | Forward Active Fundamental Energy in kWh |
+| fwd_active_harm_energy_group#fwd_active_harm_energy_allphase | Number:Energy | Forward Active Harmonic Energy | Forward Active Harmonic Energy in kWh |
+| fwd_active_harm_energy_group#fwd_active_harm_energy_phase1 | Number:Energy | Fwd Active Harm Energy P1 | Forward Active Harmonic Energy in kWh |
+| fwd_active_harm_energy_group#fwd_active_harm_energy_phase2 | Number:Energy | Fwd Active Harm Energy P2 | Forward Active Harmonic Energy in kWh |
+| fwd_active_harm_energy_group#fwd_active_harm_energy_phase3 | Number:Energy | Fwd Active Harm Energy P3 | Forward Active Harmonic Energy in kWh |
+| fwd_reactive_energy_group#fwd_reactive_energy_allphase | Number:Energy | Forward Reactive Energy | Forward Reactive Energy in VArh |
+| fwd_reactive_energy_group#fwd_reactive_energy_phase1 | Number:Energy | Fwd Reactive Energy P1 | Forward Reactive Energy in VArh |
+| fwd_reactive_energy_group#fwd_reactive_energy_phase2 | Number:Energy | Fwd Reactive Energy P2 | Forward Reactive Energy in VArh |
+| fwd_reactive_energy_group#fwd_reactive_energy_phase3 | Number:Energy | Fwd Reactive Energy P3 | Forward Reactive Energy in VArh |
+| rev_active_energy_group#rev_active_energy_allphase | Number:Energy | Reverse Active Energy | Reverse Active Energy in kWh |
+| rev_active_energy_group#rev_active_energy_phase1 | Number:Energy | Rev Active Energy P1 | Reverse Active Energy in kWh |
+| rev_active_energy_group#rev_active_energy_phase2 | Number:Energy | Rev Active Energy P2 | Reverse Active Energy in kWh |
+| rev_active_energy_group#rev_active_energy_phase3 | Number:Energy | Rev Active Energy P3 | Reverse Active Energy in kWh |
+| rev_active_fund_energy_group#rev_active_fund_energy_allphase | Number:Energy | Reverse Active Fundamental Energy | Reverse Active Fundamental Energy in kWh |
+| rev_active_fund_energy_group#rev_active_fund_energy_phase1 | Number:Energy | Rev Active Fund Energy P1 | Reverse Active Fundamental Energy in kWh |
+| rev_active_fund_energy_group#rev_active_fund_energy_phase2 | Number:Energy | Rev Active Fund Energy P2 | Reverse Active Fundamental Energy in kWh |
+| rev_active_fund_energy_group#rev_active_fund_energy_phase3 | Number:Energy | Rev Active Fund Energy P3 | Reverse Active Fundamental Energy in kWh |
+| rev_active_harm_energy_group#rev_active_harm_energy_allphase | Number:Energy | Reverse Active Harmonic Energy | Reverse Active Harmonic Energy in kWh |
+| rev_active_harm_energy_group#rev_active_harm_energy_phase1 | Number:Energy | Rev Active Harm Energy P1 | Reverse Active Harmonic Energy in kWh |
+| rev_active_harm_energy_group#rev_active_harm_energy_phase2 | Number:Energy | Rev Active Harm Energy P2 | Reverse Active Harmonic Energy in kWh |
+| rev_active_harm_energy_group#rev_active_harm_energy_phase3 | Number:Energy | Rev Active Harm Energy P3 | Reverse Active Harmonic Energy in kWh |
+| rev_reactive_energy_group#rev_reactive_energy_allphase | Number:Energy | Reverse Reactive Energy | Reverse Reactive Energy in VArh |
+| rev_reactive_energy_group#rev_reactive_energy_phase1 | Number:Energy | Rev Reactive Energy P1 | Reverse Reactive Energy in VArh |
+| rev_reactive_energy_group#rev_reactive_energy_phase2 | Number:Energy | Rev Reactive Energy P2 | Reverse Reactive Energy in VArh |
+| rev_reactive_energy_group#rev_reactive_energy_phase3 | Number:Energy | Rev Reactive Energy P3 | Reverse Reactive Energy in VArh |
+| app_energy_group#appenergy_consumption_allphase | Number:Energy | Apparent Energy Consumption | Apparent Energy Consumption in VArh |
+| app_energy_group#appenergy_consumption_phase1 | Number:Energy | Apparent Energy P1 | Apparent Energy Consumption in VArh |
+| app_energy_group#appenergy_consumption_phase2 | Number:Energy | Apparent Energy P2 | Apparent Energy Consumption in VArh |
+| app_energy_group#appenergy_consumption_phase3 | Number:Energy | Apparent Energy P3 | Apparent Energy Consumption in VArh |
+
+## Full Example
+
+### mecmeter.things
+
+```
+mecmeter:meter:1 [ password="Test1234", ip="192.168.1.16", refreshInterval="10" ]
+```
+
+### mecmeter.items
+
+```
+Number:Frequency MainFrequency { channel="mecmeter:meter:1:general_group#frequency" }
+Number:Temperature InternalTemperature { channel="mecmeter:meter:1:general_group#temperature" }
+Number:Time TimeinOperation { channel="mecmeter:meter:1:general_group#op_time" }
+
+Number:Power ActivePower { channel="mecmeter:meter:1:activepower_group#activepower_allphase" }
+Number:Power ActivePowerP1 { channel="mecmeter:meter:1:activepower_group#activepower_phase1" }
+Number:Power ActivePowerP2 { channel="mecmeter:meter:1:activepower_group#activepower_phase2" }
+Number:Power ActivePowerP3 { channel="mecmeter:meter:1:activepower_group#activepower_phase3" }
+
+Number:ElectricPotential VoltageP1 { channel="mecmeter:meter:1:voltage_group#voltage_phase1" }
+Number:ElectricPotential VoltageP2 { channel="mecmeter:meter:1:voltage_group#voltage_phase2" }
+Number:ElectricPotential VoltageP3 { channel="mecmeter:meter:1:voltage_group#voltage_phase3" }
+Number:ElectricPotential AveragePhasePhaseVoltage { channel="mecmeter:meter:1:voltage_group#avg_phase_phase_voltage" }
+Number:ElectricPotential AverageVoltage { channel="mecmeter:meter:1:voltage_group#avg_neutral_phase_voltage" }
+
+Number:ElectricCurrent Current { channel="mecmeter:meter:1:current_group#current_allphase" }
+Number:ElectricCurrent Current_Group_Current_Phase1 { channel="mecmeter:meter:1:current_group#current_phase1" }
+Number:ElectricCurrent Current_Group_Current_Phase2 { channel="mecmeter:meter:1:current_group#current_phase2" }
+Number:ElectricCurrent Current_Group_Current_Phase3 { channel="mecmeter:meter:1:current_group#current_phase3" }
+
+Number:Power ActiveFundamentalPower { channel="mecmeter:meter:1:activefundpower_group#activefundpower_allphase" }
+Number:Power ActiveFundPowerP1 { channel="mecmeter:meter:1:activefundpower_group#activefundpower_phase1" }
+Number:Power ActiveFundPowerP2 { channel="mecmeter:meter:1:activefundpower_group#activefundpower_phase2" }
+Number:Power ActiveFundPowerP3 { channel="mecmeter:meter:1:activefundpower_group#activefundpower_phase3" }
+
+Number:Power ActiveHarmonicPower { channel="mecmeter:meter:1:activeharmpower_group#activeharmpower_allphase" }
+Number:Power ActiveHarmPowerP1 { channel="mecmeter:meter:1:activeharmpower_group#activeharmpower_phase1" }
+Number:Power ActiveHarmPowerP2 { channel="mecmeter:meter:1:activeharmpower_group#activeharmpower_phase2" }
+Number:Power ActiveHarmPowerP3 { channel="mecmeter:meter:1:activeharmpower_group#activeharmpower_phase3" }
+
+Number:Angle Angle_Group_Phase_Angle_Currvolt_Phase1 { channel="mecmeter:meter:1:angle_group#phase_angle_currvolt_phase1" }
+Number:Angle Angle_Group_Phase_Angle_Currvolt_Phase2 { channel="mecmeter:meter:1:angle_group#phase_angle_currvolt_phase2" }
+Number:Angle Angle_Group_Phase_Angle_Currvolt_Phase3 { channel="mecmeter:meter:1:angle_group#phase_angle_currvolt_phase3" }
+Number:Angle Angle_Group_Phase_Angle_Phase13 { channel="mecmeter:meter:1:angle_group#phase_angle_phase1-3" }
+Number:Angle Angle_Group_Phase_Angle_Phase23 { channel="mecmeter:meter:1:angle_group#phase_angle_phase2-3" }
+
+Number:Energy ApparentEnergyConsumption { channel="mecmeter:meter:1:app_energy_group#appenergy_consumption_allphase" }
+Number:Energy ApparentEnergyP1 { channel="mecmeter:meter:1:app_energy_group#appenergy_consumption_phase1" }
+Number:Energy ApparentEnergyP2 { channel="mecmeter:meter:1:app_energy_group#appenergy_consumption_phase2" }
+Number:Energy ApparentEnergyP3 { channel="mecmeter:meter:1:app_energy_group#appenergy_consumption_phase3" }
+
+Number:Power ApparentPower { channel="mecmeter:meter:1:apppower_group#apppower_allphase" }
+Number:Power ApparentPowerP1 { channel="mecmeter:meter:1:apppower_group#apppower_phase1" }
+Number:Power ApparentPowerP2 { channel="mecmeter:meter:1:apppower_group#apppower_phase2" }
+Number:Power ApparentPowerP3 { channel="mecmeter:meter:1:apppower_group#apppower_phase3" }
+
+Number:Energy ForwardActiveEnergy { channel="mecmeter:meter:1:fwd_active_energy_group#fwd_active_energy_allphase" }
+Number:Energy ForwardActiveFundamentalEnergy { channel="mecmeter:meter:1:fwd_active_fund_energy_group#fwd_active_fund_energy_allphase" }
+Number:Energy ForwardActiveHarmonicEnergy { channel="mecmeter:meter:1:fwd_active_harm_energy_group#fwd_active_harm_energy_allphase" }
+Number:Energy ForwardReactiveEnergy { channel="mecmeter:meter:1:fwd_reactive_energy_group#fwd_reactive_energy_allphase" }
+
+Number:Energy FwdActiveEnergyP1 { channel="mecmeter:meter:1:fwd_active_energy_group#fwd_active_energy_phase1" }
+Number:Energy FwdActiveEnergyP2 { channel="mecmeter:meter:1:fwd_active_energy_group#fwd_active_energy_phase2" }
+Number:Energy FwdActiveEnergyP3 { channel="mecmeter:meter:1:fwd_active_energy_group#fwd_active_energy_phase3" }
+
+Number:Energy FwdActiveFundEnergyP1 { channel="mecmeter:meter:1:fwd_active_fund_energy_group#fwd_active_fund_energy_phase1" }
+Number:Energy FwdActiveFundEnergyP2 { channel="mecmeter:meter:1:fwd_active_fund_energy_group#fwd_active_fund_energy_phase2" }
+Number:Energy FwdActiveFundEnergyP3 { channel="mecmeter:meter:1:fwd_active_fund_energy_group#fwd_active_fund_energy_phase3" }
+
+Number:Energy FwdActiveHarmEnergyP1 { channel="mecmeter:meter:1:fwd_active_harm_energy_group#fwd_active_harm_energy_phase1" }
+Number:Energy FwdActiveHarmEnergyP2 { channel="mecmeter:meter:1:fwd_active_harm_energy_group#fwd_active_harm_energy_phase2" }
+Number:Energy FwdActiveHarmEnergyP3 { channel="mecmeter:meter:1:fwd_active_harm_energy_group#fwd_active_harm_energy_phase3" }
+
+Number:Energy FwdReactiveEnergyP1 { channel="mecmeter:meter:1:fwd_reactive_energy_group#fwd_reactive_energy_phase1" }
+Number:Energy FwdReactiveEnergyP2 { channel="mecmeter:meter:1:fwd_reactive_energy_group#fwd_reactive_energy_phase2" }
+Number:Energy FwdReactiveEnergyP3 { channel="mecmeter:meter:1:fwd_reactive_energy_group#fwd_reactive_energy_phase3" }
+
+Number:Energy PowerFactor { channel="mecmeter:meter:1:powerfactor_group#powerFactor_allphase" }
+Number:Energy PowerFactorP1 { channel="mecmeter:meter:1:powerfactor_group#powerFactor_phase1" }
+Number:Energy PowerFactorP2 { channel="mecmeter:meter:1:powerfactor_group#powerFactor_phase2" }
+Number:Energy PowerFactorP3 { channel="mecmeter:meter:1:powerfactor_group#powerFactor_phase3" }
+
+Number:Power ReactivePower { channel="mecmeter:meter:1:reactivepower_group#reactivepower_allphase" }
+Number:Power ReactivePowerP1 { channel="mecmeter:meter:1:reactivepower_group#reactivepower_phase1" }
+Number:Power ReactivePowerP2 { channel="mecmeter:meter:1:reactivepower_group#reactivepower_phase2" }
+Number:Power ReactivePowerP3 { channel="mecmeter:meter:1:reactivepower_group#reactivepower_phase3" }
+
+Number:Energy ReverseActiveEnergy { channel="mecmeter:meter:1:rev_active_energy_group#rev_active_energy_allphase" }
+Number:Energy RevActiveEnergyP1 { channel="mecmeter:meter:1:rev_active_energy_group#rev_active_energy_phase1" }
+Number:Energy RevActiveEnergyP2 { channel="mecmeter:meter:1:rev_active_energy_group#rev_active_energy_phase2" }
+Number:Energy RevActiveEnergyP3 { channel="mecmeter:meter:1:rev_active_energy_group#rev_active_energy_phase3" }
+
+Number:Energy ReverseActiveFundamentalEnergy { channel="mecmeter:meter:1:rev_active_fund_energy_group#rev_active_fund_energy_allphase" }
+Number:Energy RevActiveFundEnergyP1 { channel="mecmeter:meter:1:rev_active_fund_energy_group#rev_active_fund_energy_phase1" }
+Number:Energy RevActiveFundEnergyP2 { channel="mecmeter:meter:1:rev_active_fund_energy_group#rev_active_fund_energy_phase2" }
+Number:Energy RevActiveFundEnergyP3 { channel="mecmeter:meter:1:rev_active_fund_energy_group#rev_active_fund_energy_phase3" }
+
+Number:Energy ReverseActiveHarmonicEnergy { channel="mecmeter:meter:1:rev_active_harm_energy_group#rev_active_harm_energy_allphase" }
+Number:Energy RevActiveHarmEnergyP1 { channel="mecmeter:meter:1:rev_active_harm_energy_group#rev_active_harm_energy_phase1" }
+Number:Energy RevActiveHarmEnergyP2 { channel="mecmeter:meter:1:rev_active_harm_energy_group#rev_active_harm_energy_phase2" }
+Number:Energy RevActiveHarmEnergyP3 { channel="mecmeter:meter:1:rev_active_harm_energy_group#rev_active_harm_energy_phase3" }
+
+Number:Energy ReverseReactiveEnergy { channel="mecmeter:meter:1:rev_reactive_energy_group#rev_reactive_energy_allphase" }
+Number:Energy RevReactiveEnergyP1 { channel="mecmeter:meter:1:rev_reactive_energy_group#rev_reactive_energy_phase1" }
+Number:Energy RevReactiveEnergyP2 { channel="mecmeter:meter:1:rev_reactive_energy_group#rev_reactive_energy_phase2" }
+Number:Energy RevReactiveEnergyP3 { channel="mecmeter:meter:1:rev_reactive_energy_group#rev_reactive_energy_phase3" }
+```
+
+### mecmeter.sitemap
+
+```
+sitemap mecmeter label="MecMeter"
+{
+ Frame label="General" {
+ Text item=MainFrequency
+ Text item=InternalTemperature
+ }
+
+ Frame label="Power" {
+ Text item=ActivePower
+ Text item=ActivePowerP1
+ Text item=ActivePowerP2
+ Text item=ActivePowerP3
+ }
+
+ Frame label="Electric Potential" {
+ Text item=VoltageP1
+ Text item=VoltageP2
+ Text item=VoltageP3
+ }
+
+}
+```
projects / openhab-addons.git / commitdiff