defmod WR_1 ModbusAttr 71 60 192.168.178.18:1502 TCP attr WR_1 userattr obj-h208-format obj-h512-len obj-h515-len attr WR_1 DbLogExclude .* attr WR_1 DbLogInclude Act_state_of_charge,Actual_Battery_charge_-minus_or_discharge_-plus_P,Actual_Battery_charge_usable_P,Battery_Total.*,Battery_charge.*,Battery_gross.*,Battery_temperature,Battery_MaxChargePowerLimitAbs,Battery_.*SOC,P_DC1,P_DC2,Total_.*,Solar_Calculation,Solar_Calculation_fc0_4h,Solar_Calculation_fc0_day,Solar_Calculation_fc0_rest,Solar_Correction.*,Solar_Cloud,Solar_East_Covered,Solar_Rain,Solar_SolarRadiation,Solar_Temp,Solar_WR_.*,Solar_middayhigh.*,SW_.*,P_limit_from_EVU.* attr WR_1 alias WR_1 attr WR_1 alignTime 00:00 attr WR_1 comment Version 2022.12.30 10:00\ Kostal Plenticore 10 Plus mit BYD Speicher attr WR_1 dev-h-combine 8 attr WR_1 dev-h-defFormat %.2f attr WR_1 dev-h-defLen 2 attr WR_1 dev-h-defPoll 1 attr WR_1 dev-h-defRevRegs 1 attr WR_1 dev-h-defUnpack f> attr WR_1 dev-type-STR-format %s attr WR_1 dev-type-STR-len 8 attr WR_1 dev-type-STR-revRegs 0 attr WR_1 dev-type-STR-unpack a* attr WR_1 disable 0 attr WR_1 event-on-change-reading Act_state_of_charge,Actual_Battery_charge_-minus_or_discharge_-plus_I,Actual_Battery_charge_-minus_or_discharge_-plus_P,Actual_Battery_charge_usable_P,Battery_Total.*,Battery_charge.*,Battery_gross.*,Battery_temperature,Battery_MaxChargePowerLimitAbs,Battery_.*SOC,Home_own_consumption.*,P_DC1,P_DC2,Solar_.*,Total_.*,SW_.*,.*_yield,Inverter_state.*,Inverter_Generation_P_Actual.*,Solar_Calculation_fc.*_day attr WR_1 event-on-update-reading P_limit_from_EVU.* attr WR_1 group PV Eigenverbrauch attr WR_1 icon sani_solar attr WR_1 obj-h100-reading Total_DC_P attr WR_1 obj-h1024-len 1 attr WR_1 obj-h1024-reading Battery_Charge_AC_P_Setpoint attr WR_1 obj-h1024-set 1 attr WR_1 obj-h1024-unpack n attr WR_1 obj-h1025-len 1 attr WR_1 obj-h1025-reading Battery_P_ScaleFactor attr WR_1 obj-h1025-unpack n attr WR_1 obj-h1026-reading Battery_Charge_AC_P_SetpointAbs attr WR_1 obj-h1026-set 1 attr WR_1 obj-h1028-reading Battery_Charge_DC_I_SetpointRel attr WR_1 obj-h1028-set 1 attr WR_1 obj-h1030-reading Battery_Charge_AC_P_SetpointRel attr WR_1 obj-h1030-set 1 attr WR_1 obj-h1032-reading Battery_Charge_DC_I_SetpointAbs attr WR_1 obj-h1032-set 1 attr WR_1 obj-h1034-reading Battery_Charge_DC_P_SetpointAbs attr WR_1 obj-h1034-set 1 attr WR_1 obj-h1036-reading Battery_Charge_DC_P_SetpointRel attr WR_1 obj-h1036-set 1 attr WR_1 obj-h1038-reading Battery_MaxChargePowerLimitAbs attr WR_1 obj-h1038-set 1 attr WR_1 obj-h104-format %s attr WR_1 obj-h104-map 0:Normal,8:Ruhe1,16:Ruhe2,32:Ausgleichsladung,64:Tiefentladeschutz,256:externe Batteriesteuerung attr WR_1 obj-h104-reading State_of_EM attr WR_1 obj-h104-revRegs 0 attr WR_1 obj-h104-unpack N attr WR_1 obj-h1040-reading Battery_MaxDischargePowerLimitAbs attr WR_1 obj-h1040-set 1 attr WR_1 obj-h1042-reading Battery_MinSOC attr WR_1 obj-h1042-set 1 attr WR_1 obj-h1044-reading Battery_MaxSOC attr WR_1 obj-h1044-set 1 attr WR_1 obj-h1046-reading Battery_Total_DC_ChargeEnergy_DCsideToBattery attr WR_1 obj-h1048-reading Battery_Total_DC_DischargeEnergy_DCsideFromBattery attr WR_1 obj-h1050-reading Battery_Total_AC_ChargeEnergy_ACsideToBattery attr WR_1 obj-h1052-reading Battery_Total_AC_DischargeEnergy_BatteryToGrid attr WR_1 obj-h1054-reading Battery_Total_AC_ChargeEnergy_gridToBattery attr WR_1 obj-h1056-reading Total_DC_PV_Energy_sumOfAllPVInputs attr WR_1 obj-h1058-reading Total_DC_Energy_From_PV1 attr WR_1 obj-h106-reading Home_own_consumption_from_Battery attr WR_1 obj-h1060-reading Total_DC_Energy_From_PV2 attr WR_1 obj-h1062-reading Total_DC_Energy_From_PV3 attr WR_1 obj-h1064-reading Total_AC_Energy_ACsideToGrid attr WR_1 obj-h1066-reading Total_DC_P_sumOfAllPVInputs attr WR_1 obj-h1068-reading Battery_work_capacity attr WR_1 obj-h1070-reading Battery_serial_number attr WR_1 obj-h1072-reading Battery_Reserved_1072 attr WR_1 obj-h1074-reading Battery_Reserved_1074 attr WR_1 obj-h1076-reading Battery_Maximum_ChargePLimit_read-outFromBattery attr WR_1 obj-h1078-reading Battery_Maximum_DischargePLimit_read-outFromBattery attr WR_1 obj-h108-reading Home_own_consumption_from_grid attr WR_1 obj-h1080-reading Battery_management_mode attr WR_1 obj-h1080-set 1 attr WR_1 obj-h1081-reading Battery_Reserved_1081 attr WR_1 obj-h1082-reading Installed_sensor_type attr WR_1 obj-h110-reading Total_home_consumption_Battery attr WR_1 obj-h112-reading Total_home_consumption_Grid attr WR_1 obj-h114-reading Total_home_consumption_PV attr WR_1 obj-h116-reading Home_own_consumption_from_PV attr WR_1 obj-h118-reading Total_home_consumption attr WR_1 obj-h120-reading Isolation_resistance attr WR_1 obj-h122-reading P_limit_from_EVU attr WR_1 obj-h124-reading Total_home_consumption_rate attr WR_1 obj-h14-reading Inverter_serial_number attr WR_1 obj-h14-type STR attr WR_1 obj-h144-reading Worktime attr WR_1 obj-h150-reading Actual_cos_phi attr WR_1 obj-h152-reading Grid_frequency attr WR_1 obj-h154-reading I_L1 attr WR_1 obj-h156-reading Active_P_L1 attr WR_1 obj-h158-reading U_L1 attr WR_1 obj-h160-reading I_L2 attr WR_1 obj-h162-reading Active_P_L2 attr WR_1 obj-h164-reading U_L2 attr WR_1 obj-h166-reading I_L3 attr WR_1 obj-h168-reading Active_P_L3 attr WR_1 obj-h170-reading U_L3 attr WR_1 obj-h172-reading Total_AC_Active_P attr WR_1 obj-h174-reading Total_AC_Reactive_P attr WR_1 obj-h178-reading Total_AC_Apparent_P attr WR_1 obj-h190-reading Battery_charge_current attr WR_1 obj-h194-format %.0f attr WR_1 obj-h194-reading Number_of_Battery_cycles attr WR_1 obj-h200-reading Actual_Battery_charge_-minus_or_discharge_-plus_I attr WR_1 obj-h202-reading PSSB_fuse_state attr WR_1 obj-h208-reading Battery_ready_flag attr WR_1 obj-h210-reading Act_state_of_charge attr WR_1 obj-h212-reading Battery_state attr WR_1 obj-h214-reading Battery_temperature attr WR_1 obj-h216-reading Battery_voltage attr WR_1 obj-h218-reading Cos_phi_EM attr WR_1 obj-h220-reading Frequency_EM attr WR_1 obj-h222-reading I_L1_EM attr WR_1 obj-h224-reading Active_P_L1_EM attr WR_1 obj-h226-reading Reactive_P_L1_EM attr WR_1 obj-h228-reading Apparent_P_L1_EM attr WR_1 obj-h230-reading U_L1_EM attr WR_1 obj-h232-reading I_L2_EM attr WR_1 obj-h234-reading Active_P_L2_EM attr WR_1 obj-h236-reading Reactive_P_L2_EM attr WR_1 obj-h238-reading Apparent_P_L2_EM attr WR_1 obj-h240-reading U_L2_EM attr WR_1 obj-h242-reading I_L3_EM attr WR_1 obj-h244-reading Active_P_L3_EM attr WR_1 obj-h246-reading Reactive_P_L3_EM attr WR_1 obj-h248-reading Apparent_P_L3_EM attr WR_1 obj-h250-reading U_L3_EM attr WR_1 obj-h252-reading Total_Active_P_EM attr WR_1 obj-h254-reading Total_Reactive_P_EM attr WR_1 obj-h256-reading Total_Apparent_P_EM attr WR_1 obj-h258-reading I_DC1 attr WR_1 obj-h260-reading P_DC1 attr WR_1 obj-h266-reading U_DC1 attr WR_1 obj-h268-reading I_DC2 attr WR_1 obj-h270-reading P_DC2 attr WR_1 obj-h276-reading U_DC2 attr WR_1 obj-h278-reading I_DC3 attr WR_1 obj-h280-reading P_DC3 attr WR_1 obj-h286-reading U_DC3 attr WR_1 obj-h320-reading Total_yield attr WR_1 obj-h322-reading Daily_yield attr WR_1 obj-h324-reading Yearly_yield attr WR_1 obj-h326-reading Monthly_yield attr WR_1 obj-h38-reading Software-Version_Maincontroller_MC attr WR_1 obj-h38-type STR attr WR_1 obj-h384-len 16 attr WR_1 obj-h384-reading Inverter_network_name attr WR_1 obj-h384-type STR attr WR_1 obj-h4-format %.0f attr WR_1 obj-h4-len 1 attr WR_1 obj-h4-reading MODBUS_Unit-ID attr WR_1 obj-h4-revRegs 1 attr WR_1 obj-h4-unpack N attr WR_1 obj-h420-reading IP-address attr WR_1 obj-h420-type STR attr WR_1 obj-h428-reading IP-subnetmask attr WR_1 obj-h428-type STR attr WR_1 obj-h436-reading IP-gateway attr WR_1 obj-h436-type STR attr WR_1 obj-h446-reading IP-DNS1 attr WR_1 obj-h446-type STR attr WR_1 obj-h454-reading IP-DNS2 attr WR_1 obj-h454-type STR attr WR_1 obj-h46-reading Software-Version_IO-Controller_IOC attr WR_1 obj-h46-type STR attr WR_1 obj-h5-format %.0f attr WR_1 obj-h5-len 1 attr WR_1 obj-h5-reading MODBUS_Byte_Order_Note attr WR_1 obj-h5-revRegs 1 attr WR_1 obj-h5-unpack N attr WR_1 obj-h512-format %s attr WR_1 obj-h512-reading Battery_gross_capacity attr WR_1 obj-h512-unpack N attr WR_1 obj-h514-len 1 attr WR_1 obj-h514-reading Battery_Actual_SOC attr WR_1 obj-h514-unpack n attr WR_1 obj-h515-format %s attr WR_1 obj-h515-reading Battery_Maincontroller_MC attr WR_1 obj-h515-unpack N attr WR_1 obj-h517-reading Battery_Manufacturer attr WR_1 obj-h517-type STR attr WR_1 obj-h525-format %s attr WR_1 obj-h525-reading Battery_Model_ID attr WR_1 obj-h525-unpack N attr WR_1 obj-h527-format %s attr WR_1 obj-h527-reading Battery_Serial_Number attr WR_1 obj-h527-unpack N attr WR_1 obj-h529-len 4 attr WR_1 obj-h529-reading Work_Capacity attr WR_1 obj-h529-unpack N attr WR_1 obj-h531-format %.0f attr WR_1 obj-h531-reading Inverter_Max_P attr WR_1 obj-h531-unpack N attr WR_1 obj-h56-format %.0f attr WR_1 obj-h56-reading Inverter_state attr WR_1 obj-h56-unpack N attr WR_1 obj-h575-reading Inverter_Generation_P_Actual attr WR_1 obj-h575-unpack N attr WR_1 obj-h577-reading Generation_Energy attr WR_1 obj-h577-unpack N attr WR_1 obj-h578-reading Total_energy attr WR_1 obj-h582-reading Actual_Battery_charge-discharge_P attr WR_1 obj-h586-format %s attr WR_1 obj-h586-reading Battery_Firmware attr WR_1 obj-h586-unpack N attr WR_1 obj-h6-reading Inverter_Article_number attr WR_1 obj-h6-type STR attr WR_1 obj-h768-len 32 attr WR_1 obj-h768-reading Productname attr WR_1 obj-h768-type STR attr WR_1 obj-h800-len 32 attr WR_1 obj-h800-reading Power_class attr WR_1 obj-h800-type STR attr WR_1 room Strom->Photovoltaik attr WR_1 sortby 111 attr WR_1 stateFormat {\ if (AttrVal("$name","verbose",0) >=3) {\ my $DUMMY = "";;\ \ my $Power = ReadingsVal($name,"Actual_Battery_charge_-minus_or_discharge_-plus_P",0);;\ my $StatusSpeicher = ($Power < -10) ? "Laden" : ($Power > 15)? "Entladen" : "Standby";;\ $StatusSpeicher = $StatusSpeicher."
".ReadingsVal($name,"State_of_EM","n/a");;\ $Power = $Power." W";;\ \ \ my $Battery_temperature = sprintf("%.1f °C",ReadingsVal($name,"Battery_temperature",0));;\ $Battery_temperature = ((ReadingsVal("WR_1_API","DigitalOutputs_ConfigurationFlags",0) == 9) ? "Lüfter An
" : "
").$Battery_temperature;;\ \ my $Actual_Battery_charge_usable_P = sprintf("%d Wh",ReadingsVal($name,"Actual_Battery_charge_usable_P",0));;\ \ my $Act_state_of_charge = sprintf("%d %%",ReadingsVal($name,"Act_state_of_charge","0"));;\ my $SW_Total_DC_P_sumOfAllPVInputs = sprintf("%d W",ReadingsVal($name,"SW_Total_DC_P_sumOfAllPVInputs","0"));;\ my $SW_Total_PV_P_reserve = sprintf("%d W",ReadingsVal($name,"SW_Total_PV_P_reserve","0"));;\ \ my $SW_Home_own_consumption_from_PV = sprintf("%d",ReadingsVal($name,"SW_Home_own_consumption_from_PV",0));;\ $SW_Home_own_consumption_from_PV = ($SW_Home_own_consumption_from_PV >= 0) ? $SW_Home_own_consumption_from_PV." W" : "0 W";;\ my $SW_Home_own_consumption_from_Battery = sprintf("%d W",ReadingsVal($name,"SW_Home_own_consumption_from_Battery",0));;\ my $SW_Home_own_consumption_from_grid = sprintf("%d W",ReadingsVal($name,"SW_Home_own_consumption_from_grid",0));;\ my $SW_Home_own_consumption = sprintf("%d W",ReadingsVal($name,"SW_Home_own_consumption",0));;\ \ my $Total_Active_P_EM = sprintf("%d",ReadingsVal($name,"Total_Active_P_EM",0));;\ my $StatusNetz = ($Total_Active_P_EM < -10) ? "Einspeisen" : ($Total_Active_P_EM > 15)? "Netzbezug" : "Standby";;\ $Total_Active_P_EM = $Total_Active_P_EM." W";;\ \ my $SW_Yield_Daily = sprintf("%d kWh",round(ReadingsVal($name,"SW_Yield_Daily",0)/1000 ,0));;\ my $SW_Yield_Monthly = sprintf("%d kWh",round(ReadingsVal($name,"SW_Yield_Monthly",0)/1000 ,0));;\ my $SW_Yield_Yearly = sprintf("%d kWh",round(ReadingsVal($name,"SW_Yield_Yearly",0)/1000 ,0));;\ my $SW_Yield_Total = sprintf("%d MWh",round(ReadingsVal($name,"SW_Yield_Total",0)/1000/1000 ,0));;\ \ my $Solar_Calculation_fc0_4h = sprintf("%d kWh",round(ReadingsVal($name,"Solar_Calculation_fc0_4h",0)/1000 ,0));;\ my $Solar_Calculation_fc0_day = sprintf("%d kWh",round(ReadingsVal($name,"Solar_Calculation_fc0_day",0)/1000 ,0));;\ my $Solar_Calculation_fc0_rest = sprintf("%d kWh",round(ReadingsVal($name,"Solar_Calculation_fc0_rest",0)/1000 ,0));;\ \ "\ \ \ \ \ \ \ \ \ \ \ \ \ \
Wechselrichter / KSEM
Max DC / PV Reserve / Netz Leistung

".$SW_Total_DC_P_sumOfAllPVInputs."
".$SW_Total_PV_P_reserve."		".$StatusNetz."
".$Total_Active_P_EM."
Leistung
von PV / von Batterie / vom Netz / ins Haus

".$SW_Home_own_consumption_from_PV."
".$SW_Home_own_consumption_from_Battery."
".$SW_Home_own_consumption_from_grid."
".$SW_Home_own_consumption."
Ertrag
Tag / Monat / Jahr / Total

".$SW_Yield_Daily."
".$SW_Yield_Monthly."
".$SW_Yield_Yearly."
".$SW_Yield_Total."
Prognose
Tag / 4 Stunden / Resttag

".$Solar_Calculation_fc0_day."
".$Solar_Calculation_fc0_4h."
".$Solar_Calculation_fc0_rest."
".$DUMMY."
Speicher
Temperatur / nutzbare Ladung / Status / Leistung / akt. SOC
".$Battery_temperature."
".$Actual_Battery_charge_usable_P."		".$StatusSpeicher."
".$Power."
".$Act_state_of_charge."
\ "\ }\ } attr WR_1 userReadings Total_PV_P_reserve:Total_DC_P.* {my $reserve = ReadingsVal($NAME,"Total_DC_P_sumOfAllPVInputs",0) * 0.90 - ReadingsVal($NAME,"Home_own_consumption_from_PV",0);;;; ($reserve lt 0)? 0 : round($reserve,0) },\ \ Actual_Battery_charge_-minus_or_discharge_-plus_P:[Battery_voltage|Actual_Battery_charge_-minus_or_discharge_-plus_I].* {round((ReadingsVal($NAME,"Actual_Battery_charge_-minus_or_discharge_-plus_I",0)*ReadingsVal($NAME,"Battery_voltage",0)),0)},\ \ Total_DC_P_Max:[Total_DC_P_sumOfAllPVInputs|Actual_Battery_charge_-minus_or_discharge_-plus_P].* { my $Bat_P = ReadingsVal($NAME,"Actual_Battery_charge_-minus_or_discharge_-plus_P",0);;;; ($Bat_P gt 0)? round(ReadingsVal($NAME,"Total_DC_P_sumOfAllPVInputs",0) + $Bat_P,0) : round(ReadingsVal($NAME,"Total_DC_P_sumOfAllPVInputs",0),0) },\ \ Actual_Battery_charge_usable_P:[Act_state_of_charge|Battery_MinSOC].* {my $x = (ReadingsVal($NAME,"Battery_work_capacity",0)*(ReadingsVal($NAME,"Act_state_of_charge",0)-ReadingsVal($NAME,"Battery_MinSOC",0))/100);;;; ($x lt 0)? 0 : round($x,0) },\ \ SW_Inverter_Generation_P_Actual:Inverter_Generation_P_Actual.* {round(ReadingsVal($NAME,"Inverter_Generation_P_Actual",0)+ReadingsVal("WR_2","Inverter_Generation_P_Actual",0),0) },\ \ SW_Home_own_consumption:[Total_Active_P_EM:|Total_AC_Active_P:].* {round(ReadingsVal($NAME,"Total_Active_P_EM",0)+ReadingsVal($NAME,"Total_AC_Active_P",0)+ReadingsVal("WR_2","Total_AC_Active_P",0),0)},\ SW_Total_AC_Active_P:Total_AC_Active_P:.* {round(ReadingsVal($NAME,"Total_AC_Active_P",0)+ReadingsVal("WR_2","Total_AC_Active_P",0),0)},\ \ \ SW_Total_DC_P:Total_DC_P:.* {round(ReadingsVal($NAME,"Total_DC_P",0)+ReadingsVal("WR_2","Total_DC_P",0),0) },\ \ SW_Total_DC_P_sumOfAllPVInputs:Total_DC_P_sumOfAllPVInputs.* {round(ReadingsVal($NAME,"Total_DC_P_sumOfAllPVInputs",0)+ReadingsVal("WR_2","Total_DC_P_sumOfAllPVInputs",0),0) },\ \ SW_Total_PV_P_reserve:SW_Total_DC_P_sumOfAllPVInputs.* {my $reserve = ReadingsVal($NAME,"SW_Total_DC_P_sumOfAllPVInputs",0) * 0.90 - ReadingsVal($NAME,"SW_Home_own_consumption",0);;;; ($reserve lt 0)? 0 : round($reserve,0) },\ \ SW_Total_DC_P_Max:SW_Total_DC_P_sumOfAllPVInputs.* { my $Bat_out = (ReadingsVal($NAME,"Actual_Battery_charge_-minus_or_discharge_-plus_I",0)*ReadingsVal($NAME,"Battery_voltage",0));;;; ($Bat_out gt 0)? round(ReadingsVal($NAME,"SW_Total_DC_P_sumOfAllPVInputs",0) + $Bat_out,0) : round(ReadingsVal($NAME,"SW_Total_DC_P_sumOfAllPVInputs",0),0) },\ \ SW_Yield_Daily:Daily_yield.* { round(ReadingsVal($NAME,"Daily_yield",0)+ReadingsVal("WR_2","Daily_yield",0),0) },\ SW_Yield_Monthly:Monthly_yield.* { round(ReadingsVal($NAME,"Monthly_yield",0)+ReadingsVal("WR_2","Monthly_yield",0),0) },\ SW_Yield_Yearly:Yearly_yield.* { round(ReadingsVal($NAME,"Yearly_yield",0)+ReadingsVal("WR_2","Yearly_yield",0),0) },\ SW_Yield_Total:Total_yield.* monotonic { round(ReadingsVal($NAME,"Total_yield",0)+ReadingsVal("WR_2","Total_yield",0),0) },\ \ SW_Home_own_consumption_from_PV:[Total_Active_P_EM|SW_Home_own_consumption:|Home_own_consumption_from_grid|Home_own_consumption_from_Battery].* { (ReadingsVal($NAME,"Total_Active_P_EM",0) ge 0) ? ReadingsVal($NAME,"SW_Home_own_consumption",0) - ReadingsVal($NAME,"Home_own_consumption_from_grid",0) - ReadingsVal($NAME,"Home_own_consumption_from_Battery",0) : ReadingsVal($NAME,"SW_Home_own_consumption",0) - ReadingsVal($NAME,"Home_own_consumption_from_Battery",0);;;; },\ \ SW_Home_own_consumption_from_Battery:[SW_Home_own_consumption_from_PV|Home_own_consumption_from_Battery].* { ReadingsVal($NAME,"Home_own_consumption_from_Battery",0) },\ SW_Home_own_consumption_from_grid:[SW_Home_own_consumption_from_PV|Home_own_consumption_from_grid].* { ReadingsVal($NAME,"Home_own_consumption_from_grid",0) },\ \ \ SW_Battery_Total_AC_ChargeEnergy_ACsideToBattery:Battery_Total_AC_ChargeEnergy_ACsideToBattery.* monotonic { round(ReadingsVal($NAME,"Battery_Total_AC_ChargeEnergy_ACsideToBattery",0),0) },\ SW_Battery_Total_AC_ChargeEnergy_gridToBattery:Battery_Total_AC_ChargeEnergy_gridToBattery.* monotonic { round(ReadingsVal($NAME,"Battery_Total_AC_ChargeEnergy_gridToBattery",0),0) },\ SW_Battery_Total_AC_DischargeEnergy_BatteryToGrid:Battery_Total_AC_DischargeEnergy_BatteryToGrid.* monotonic { round(ReadingsVal($NAME,"Battery_Total_AC_DischargeEnergy_BatteryToGrid",0),0) },\ SW_Battery_Total_DC_ChargeEnergy_DCsideToBattery:Battery_Total_DC_ChargeEnergy_DCsideToBattery.* monotonic { round(ReadingsVal($NAME,"Battery_Total_DC_ChargeEnergy_DCsideToBattery",0),0) },\ SW_Battery_Total_DC_DischargeEnergy_DCsideFromBattery:Battery_Total_DC_DischargeEnergy_DCsideFromBattery.* monotonic { round(ReadingsVal($NAME,"Battery_Total_DC_DischargeEnergy_DCsideFromBattery",0),0) },\ \ SW_Total_AC_Energy_ACsideToGrid:Total_AC_Energy_ACsideToGrid.* monotonic { round(ReadingsVal($NAME,"Total_AC_Energy_ACsideToGrid",0)+ReadingsVal("WR_2","Total_AC_Energy_ACsideToGrid",0),0) },\ \ SW_Total_DC_Energy_From_PV1:Total_DC_Energy_From_PV1.* monotonic { round(ReadingsVal($NAME,"Total_DC_Energy_From_PV1",0),0) },\ SW_Total_DC_Energy_From_PV2:Total_DC_Energy_From_PV2.* monotonic { round(ReadingsVal($NAME,"Total_DC_Energy_From_PV2",0),0) },\ SW_Total_DC_Energy_From_PV3:Total_DC_Energy_From_PV3.* monotonic { round(ReadingsVal($NAME,"Total_DC_Energy_From_PV3",0),0) },\ SW_Total_DC_Energy_From_PV4:Total_DC_Energy_From_PV1.* monotonic { round(ReadingsVal("WR_2","Total_DC_Energy_From_PV1",0),0) },\ SW_Total_DC_Energy_From_PV5:Total_DC_Energy_From_PV2.* monotonic { round(ReadingsVal("WR_2","Total_DC_Energy_From_PV2",0),0) },\ SW_Total_DC_Energy_From_PV6:Total_DC_Energy_From_PV3.* monotonic { round(ReadingsVal("WR_2","Total_DC_Energy_From_PV3",0),0) },\ SW_Total_DC_PV_Energy_sumOfAllPVInputs:Total_DC_PV_Energy_sumOfAllPVInputs.* monotonic { round(ReadingsVal($NAME,"Total_DC_PV_Energy_sumOfAllPVInputs",0)+ReadingsVal("WR_2","Total_DC_PV_Energy_sumOfAllPVInputs",0),0) },\ SW_Total_home_consumption_Battery:Total_home_consumption_Battery.* monotonic { round(ReadingsVal($NAME,"Total_home_consumption_Battery",0),0) },\ SW_Total_home_consumption_Grid:Total_home_consumption_Grid.* monotonic { round(ReadingsVal($NAME,"Total_home_consumption_Grid",0),0) },\ SW_Total_home_consumption_PV:Total_home_consumption_PV.* monotonic { round(ReadingsVal($NAME,"Total_home_consumption_PV",0),0) },\ \ string_1_covered_snow:SW_Total_DC_Energy_From_PV1.* {\ my ($sec,$min,$hour,$mday,$mon,$year,$wday,$yday,$isdst) = localtime(time);;;; $year += 1900;;;; $mon += 1 ;;;;\ (($mon <= 2 or $mon >= 11) and\ ($hour >= 9 and $hour <= 16) and\ ReadingsVal($NAME,"P_DC1","10000") < 100 and\ ReadingsVal("Heizung","ambientTemperature",100) < 10)? "Schnee" : "frei";;;; },\ string_2_covered_snow:SW_Total_DC_Energy_From_PV2.* {\ my ($sec,$min,$hour,$mday,$mon,$year,$wday,$yday,$isdst) = localtime(time);;;; $year += 1900;;;; $mon += 1 ;;;;\ (($mon <= 2 or $mon >= 11) and\ ($hour >= 9 and $hour <= 16) and\ ReadingsVal($NAME,"P_DC2","10000") < 100 and\ ReadingsVal("Heizung","ambientTemperature",100) < 10)? "Schnee" : "frei";;;; },\ string_4_covered_snow:SW_Total_DC_Energy_From_PV4.* {\ my ($sec,$min,$hour,$mday,$mon,$year,$wday,$yday,$isdst) = localtime(time);;;; $year += 1900;;;; $mon += 1 ;;;;\ (($mon <= 2 or $mon >= 11) and\ ($hour >= 9 and $hour <= 16) and\ ReadingsVal("WR_2","P_DC1","10000") < 200 and\ ReadingsVal("Heizung","ambientTemperature",100) < 10)? "Schnee" : "frei";;;; },\ string_5_covered_snow:SW_Total_DC_Energy_From_PV5.* {\ my ($sec,$min,$hour,$mday,$mon,$year,$wday,$yday,$isdst) = localtime(time);;;; $year += 1900;;;; $mon += 1 ;;;;\ (($mon <= 2 or $mon >= 11) and\ ($hour >= 9 and $hour <= 16) and\ ReadingsVal("WR_2","P_DC2","10000") < 100 and\ ReadingsVal("Heizung","ambientTemperature",100) < 10)? "Schnee" : "frei";;;; }\ attr WR_1 verbose 0