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sma.items
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// Inverter 1 TriPower 8.0
String inverter1DevType "Inverter Type [MAP(sma.map):%s]" <inverter> (Inverter1) ["Status", "Power"] {channel="modbus:data:inverter1:DevType:type:string"}
String inverter1Status "Device Status [MAP(sma.map):%s]" <status> (Inverter1) ["Status", "Power"] {channel="modbus:data:inverter1:SMA_Status:status:string"}
String inverter1GridContactor "Grid contactor [MAP(sma.map):%s]" <status> (Inverter1) ["Status", "Power"] {channel="modbus:data:inverter1:SMA_Status:Grid_Contactor:string"}
Number:Power inverter1MaxPower "Max Power [%.0f W]" <Energy> (Inverter1) ["Measurement", "Power"] {channel="modbus:data:inverter1:SMA_Status:Max_Power:number"}
Number:Power inverter1SetMaxPower "Max Power Set [%.0f W]" <Energy> (Inverter1) ["Measurement", "Power"] {channel="modbus:data:inverter1:SMA_Status:Set_Max_Power:number"}
Number:Power inverter1PowerDrawn "Power drawn from Grid [%.0f W]" <Energy> (Inverter1) ["Measurement", "Power"] {channel="modbus:data:inverter1:PowerDrawn:PowerDrawn:number"}
Number:Power inverter1PowerGridFeedIn "Power feedin Grid [%.0f W]" <Energy> (Inverter1) ["Measurement", "Power"] {channel="modbus:data:inverter1:PowerDrawn:PowerGridFeedIn:number"}
Number:Energy inverter1DailyYield "Inverter Daily Yield [%.0f kWh]" <line> (Inverter1) ["Measurement", "Energy"] {channel="modbus:data:inverter1:Yield:Day_Yield:number"}
Number:Energy inverter1TotalYield "Inverter Total Yield [%.0f kWh]" <line> (Inverter1) ["Measurement", "Energy"] {channel="modbus:data:inverter1:Yield:Total_Yield:number"}
Number:ElectricCurrent inverter1DC1Cur_input "Current input A [%.2f A]" <solarplant> (Inverter1) ["Measurement", "Energy"] {channel="modbus:data:inverter1:power_a:currentA_input:number"}
Number:ElectricPotential inverter1DC1Volt_input "Voltage input A [%.2f V]" <solarplant> (Inverter1) ["Measurement", "Energy"] {channel="modbus:data:inverter1:power_a:voltageA_input:number"}
Number:Power inverter1PowerA "Panel A [%.0f W]" <solarplant> (Inverter1) ["Measurement", "Power"] {channel="modbus:data:inverter1:power_a:powerA_input:number"}
Number:Power inverter1ActivePower "Total Production [%.0f W]" <solarplant> (Inverter1) ["Measurement", "Power"] {channel="modbus:data:inverter1:power_a:active_power:number"}
Number:Power inverter1PowerL1 "Active Power L1 [%.0f W]" <solarplant> (Inverter1) ["Measurement", "Power"] {channel="modbus:data:inverter1:power_a:power_L1:number"}
Number:Power inverter1PowerL2 "Active Power L2 [%.0f W]" <solarplant> (Inverter1) ["Measurement", "Power"] {channel="modbus:data:inverter1:power_a:power_L2:number"}
Number:Power inverter1PowerL3 "Active Power L3 [%.0f W]" <solarplant> (Inverter1) ["Measurement", "Power"] {channel="modbus:data:inverter1:power_a:power_L3:number"}
Number:ElectricPotential inverter1_voltG1 "Grid voltage phase L1 [%.2f V]" <solarplant> (Inverter1) ["Measurement", "Energy"] {channel="modbus:data:inverter1:power_a:volt_G1:number"}
Number:ElectricPotential inverter1_voltG2 "Grid voltage phase L2 [%.2f V]" <solarplant> (Inverter1) ["Measurement", "Energy"] {channel="modbus:data:inverter1:power_a:volt_G2:number"}
Number:ElectricPotential inverter1_voltG3 "Grid voltage phase L3 [%.2f V]" <solarplant> (Inverter1) ["Measurement", "Energy"] {channel="modbus:data:inverter1:power_a:volt_G3:number"}
Number:ElectricCurrent inverter1DC2Cur_input "Current input B [%.3f A]" <solarplant> (Inverter1) ["Measurement", "Energy"] {channel="modbus:data:inverter1:power_b:currentB_input:number"}
Number:ElectricPotential inverter1DC2Volt_input "Voltage input B [%.2f V]" <solarplant> (Inverter1) ["Measurement", "Energy"] {channel="modbus:data:inverter1:power_b:voltageB_input:number"}
Number:Power inverter1PowerB "Panel B [%.0f W]" <solarplant> (Inverter1) ["Measurement", "Power"] {channel="modbus:data:inverter1:power_b:powerB_input:number"}
String inverter1OpMode "Operation Mode [MAP(sma.map):%s]" <status> (Inverter1) ["Status", "Power"] {channel="modbus:data:inverter1:SMA_Status_Operate:operatestatus:string"}
Number:Temperature inverter1InternalTemperature "Internal Temperature [%.1f °C]" <temperature> (Inverter1) ["Measurement", "Temperature"] {channel="modbus:data:inverter1:InternalTemperature:InternalTemperature:number"}
// Inverter 2 SunnyBoy Storage 3.7-10
String inverter2DevType "Inverter type [MAP(sma.map):%s]" <inverter> (Inverter2) ["Status", "Power"] {channel="modbus:data:inverter2:device_typ:device_typ:string"}
String inverter2Status "Device Status [MAP(sma.map):%s]" <status> (Inverter2) ["Status", "Power"] {channel="modbus:data:inverter2:status:status:string"}
String inverter2GridRelay "Grid Relay [MAP(sma.map):%s]" <status> (Inverter2) ["Status", "Power"] {channel="modbus:data:inverter2:GridRelay:GridRelay:string"}
Number:Energy inverter2TotalYield "Total Yield [%.0f kWh]" <line> (Inverter2) ["Measurement", "Energy"] {channel="modbus:data:inverter2:TotalYield:TotalYield:number"}
Number:Energy inverter2DayYield "Daily Yield [%.0f kWh]" <line> (Inverter2) ["Measurement", "Energy"] {channel="modbus:data:inverter2:DayYield:DayYield:number"}
Number:Power inverter2Power "Power [%.0f W]" <Energy> (Inverter2) ["Measurement", "Power"] {channel="modbus:data:inverter2:Power:Power:number"}
Number:Power inverter2PowerL1 "Power L1 [%.0f W]" <Energy> (Inverter2) ["Measurement", "Power"] {channel="modbus:data:inverter2:Power:PowerL1:number"}
Number:ElectricPotential inverter2GVoltageL1 "Grid Voltage L1 [%.2f V]" <Energy> (Inverter2) ["Measurement", "Energy"] {channel="modbus:data:inverter2:GVoltageL1:GVoltageL1:number"}
Number:Dimensionless inverter2BatStateCharge "Current Battery State Charge [%.0f %%]" <batterylevel> (Inverter2) ["Measurement", "Level"] {channel="modbus:data:inverter2:CurrentBatStatCharge:CurrentBatStatCharge:number"}
Number:Dimensionless inverter2BatCapacity "Current Battery Capacity [%.0f %%]" <status> (Inverter2) ["Status", "Level"] {channel="modbus:data:inverter2:CurrentBatStatCharge:CurrentBatcapacity:number"}
Number:Temperature inverter2BatTemp "Current Battery Temperature [%.1f °C]" <temperature> (Inverter2) ["Measurement", "Temperature"] {channel="modbus:data:inverter2:CurrentBatStatCharge:CurrentBatTemp:number"}
Number:Power inverter2PowerDrawn "Power drawn from Grid [%.0f W]" <Energy> (Inverter2) ["Measurement", "Power"] {channel="modbus:data:inverter2:PowerDrawn:PowerDrawn:number"}
Number:Power inverter2PowerGridFeedIn "Power feedin Grid [%.0f W]" <Energy> (Inverter2) ["Measurement", "Power"] {channel="modbus:data:inverter2:PowerDrawn:PowerGridFeedIn:number"}
String inverter2BatteryStatus "Battery status [MAP(sma.map):%s]" <status> (Inverter2) ["Status", "Power"] {channel="modbus:data:inverter2:BatteryStatus:BatteryStatus:string"}
String inverter2BatAppArea "Battery Application Area [MAP(sma.map):%s]" <status> (Inverter2) ["Status", "Power"] {channel="modbus:data:inverter2:BatteryAppArea:BatteryAppArea:string"}
Number:Power inverter2PowGridFeedL1 "Power feedin Grid L1 [%.0f W]" <Energy> (Inverter2) ["Measurement", "Power"] {channel="modbus:data:inverter2:PowerDrawnGridL1:PowerGridFeedL1:number"}
Number:Power inverter2PowGridFeedL2 "Power feedin Grid L2 [%.0f W]" <Energy> (Inverter2) ["Measurement", "Power"] {channel="modbus:data:inverter2:PowerDrawnGridL1:PowerGridFeedL2:number"}
Number:Power inverter2PowGridFeedL3 "Power feedin Grid L3 [%.0f W]" <Energy> (Inverter2) ["Measurement", "Power"] {channel="modbus:data:inverter2:PowerDrawnGridL1:PowerGridFeedL3:number"}
Number:Power inverter2PowDraGridL1 "Power drawn from Grid L1 [%.0f W]" <Energy> (Inverter2) ["Measurement", "Power"] {channel="modbus:data:inverter2:PowerDrawnGridL1:PowerDrawnGridL1:number"}
Number:Power inverter2PowDraGridL2 "Power drawn from Grid L2 [%.0f W]" <Energy> (Inverter2) ["Measurement", "Power"] {channel="modbus:data:inverter2:PowerDrawnGridL1:PowerDrawnGridL2:number"}
Number:Power inverter2PowDraGridL3 "Power drawn from Grid L3 [%.0f W]" <Energy> (Inverter2) ["Measurement", "Power"] {channel="modbus:data:inverter2:PowerDrawnGridL1:PowerDrawnGridL3:number"}
Number:Power inverter2PreBatCharge "Present Battery Charge [%.0f W]" <batterylevel> (Inverter2) ["Measurement", "Power"] {channel="modbus:data:inverter2:PresBatCharge:PresBatCharge:number"}
Number:Power inverter2PreBatDischarge "Present Battery Discharge [%.0f W]" <batterylevel> (Inverter2) ["Measurement", "Power"] {channel="modbus:data:inverter2:PresBatCharge:PresBattDischarge:number"}
Number:Temperature inverter2InternalTemperature "Internal Temperature [%.1f °C]" <temperature> (Inverter2) ["Measurement", "Temperature"] {channel="modbus:data:inverter2:InternalTemperature:InternalTemperature:number"}
Number:Energy inverter2BatNormCapac "Battery Norminal Capacity [%.0f Wh]" <text> (Inverter2) ["Measurement", "Energy"] {channel="modbus:data:inverter2:BattNormCap:BattNorminalcapac:number"}
// Total Power Consumption
Number:Power TotalPowerConsumption "Total Consumption [%.0f W]" <house> (Inverter1) ["Measurement", "Power"]
Number:Power PowerConsumptionBatIncl "Consumption with Battery Charge [%.0f W]" <house> (Inverter1) ["Measurement", "Power"]