2026.05.06 19:39:11 1: SolarForecast DEBUG> collect Battery Readings data: device=Enphase =>
2026.05.06 19:39:11 1: SolarForecast DEBUG> pin: 0 W, pout: 506 W, totalin: 6785066 Wh, totalout: 6480344 Wh, soc: 96
2026.05.06 19:39:11 1: SolarForecast DEBUG> collect Battery Readings data: device=ha_tjsLMch1 =>
2026.05.06 19:39:11 1: SolarForecast DEBUG> pin: 0 W, pout: 169 W, totalin: 31891.8179961261 Wh, totalout: 15572.6153359371 Wh, soc: 98
Zitat von: peterboeckmann am 06 Mai 2026, 10:05:32Einen echten Screenshot beider Varianten inkl. der jeweiligen collectData-Logs kann ich heute abend machen, wenn wieder Strom aus beiden Batterien kommt.
2026.05.06 19:39:11 1: SolarForecast DEBUG> collect Wind measurement data - device: WindSpeed_mps =>
2026.05.06 19:39:11 1: SolarForecast DEBUG> Smooth Wind data - value=7.94 m/s, last=10.80, last_fast=6.24 -> smoothed=10.80, smoothed_fast=6.25
2026.05.06 19:39:11 1: SolarForecast DEBUG> collect Inverter 01 data - device: Enphase, source: pv, delivery: default =>
2026.05.06 19:39:11 1: SolarForecast DEBUG> pvOut: 96 W, pvIn: 179 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 27012 Wh
2026.05.06 19:39:11 1: SolarForecast DEBUG> collect Inverter 02 data - device: ha_tjsLMch1, source: pv, delivery: bat =>
2026.05.06 19:39:11 1: SolarForecast DEBUG> pvOut: 31 W, pvIn: 31 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 18044 Wh
2026.05.06 19:39:11 1: SolarForecast DEBUG> collect Inverter 03 data - device: ha_tjsLMch1, source: bat, delivery: default =>
2026.05.06 19:39:11 1: SolarForecast DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 0 W, DC->AC: 169 W, etotal: 0 Wh
2026.05.06 19:39:11 1: SolarForecast DEBUG> summary data of all Inverters - pv: 127 W, this hour Generation: 162 Wh
2026.05.06 19:39:11 1: SolarForecast DEBUG> State of Plant derating: 0, info: The value of device "SolarForecast", reading "userRdg_Regulated" doesn't match the condition "1"
2026.05.06 19:39:11 1: SolarForecast DEBUG> currently saved 'pvrlvd' value: 1
2026.05.06 19:39:11 1: SolarForecast DEBUG> current percentage pvrl/pvapifc deviation of hod 20: 275.3 % -> pvrlvd: 1
2026.05.06 19:39:11 1: SolarForecast DEBUG> collect Energy Meter data - device: MQTT2_SmartMeterReader =>
2026.05.06 19:39:11 1: SolarForecast DEBUG> gcon: 8 W, gfeedin: 0 W, contotal: 5946964.5 Wh, feedtotal: 7910340.5 Wh
2026.05.06 19:39:11 1: SolarForecast DEBUG> write to pvHistory - day: 06, hod: 20, GridConsumption (gcons): 18 Wh
2026.05.06 19:39:11 1: SolarForecast DEBUG> collect Battery Readings data: device=Enphase =>
2026.05.06 19:39:11 1: SolarForecast DEBUG> pin: 0 W, pout: 506 W, totalin: 6785066 Wh, totalout: 6480344 Wh, soc: 96
2026.05.06 19:39:11 1: SolarForecast DEBUG> collect Battery Readings data: device=ha_tjsLMch1 =>
2026.05.06 19:39:11 1: SolarForecast DEBUG> pin: 0 W, pout: 169 W, totalin: 31891.8179961261 Wh, totalout: 15572.6153359371 Wh, soc: 98
2026.05.06 19:39:11 1: SolarForecast DEBUG> consumer=01 activated=1
2026.05.06 19:39:11 1: SolarForecast DEBUG> consumer=02 activated=1
2026.05.06 19:39:11 1: SolarForecast DEBUG> consumer=03 activated=1
2026.05.06 19:39:11 1: SolarForecast DEBUG> consumer=04 activated=1
2026.05.06 19:39:11 1: SolarForecast DEBUG> consumer=05 activated=1
2026.05.06 19:39:11 1: SolarForecast DEBUG> consumer=06 activated=1
2026.05.06 19:39:11 1: SolarForecast DEBUG> consumer=07 activated=1
2026.05.06 19:39:11 1: SolarForecast DEBUG> consumer=08 activated=1
2026.05.06 19:39:11 1: SolarForecast DEBUG> consumer=09 activated=1
2026.05.06 19:39:11 1: SolarForecast DEBUG> consumer=10 activated=1
2026.05.06 19:39:11 1: SolarForecast DEBUG> consumer=11 activated=1
2026.05.06 19:39:11 1: SolarForecast DEBUG> consumer=12 activated=1
2026.05.06 19:39:11 1: SolarForecast DEBUG> consumer=13 activated=1
2026.05.06 19:39:11 1: SolarForecast DEBUG> consumer=14 activated=1
2026.05.06 19:39:11 1: SolarForecast DEBUG> BEV - id=none -> consumer=15 activated=0
2026.05.06 19:39:11 1: SolarForecast DEBUG> consumer=16 activated=1
2026.05.06 19:39:11 1: SolarForecast DEBUG> EnergyConsumption input -> PV: 162 Wh, PP: 0 Wh, GridIn: 1 Wh, GridCon: 18 Wh, BatIn: 0 Wh, BatOut: 158 Wh
2026.05.06 19:39:11 1: SolarForecast DEBUG> EnergyConsumption result -> 337 Wh
2026.05.06 19:39:11 1: SolarForecast DEBUG> current Power values -> PV2Node: 96 W, PV2Bat: 31, PV2Grid: 0 W, Other: 0 W, GridIn: 0 W, GridCon: 8 W
2026.05.06 19:39:11 1: SolarForecast DEBUG> current Power Battery -> BatIn: 0 W (Node2Inv2DC: 0 W), BatOut: 675 W (DC2Inv2Node: 169 W)
2026.05.06 19:39:11 1: SolarForecast DEBUG> current Consumption result -> 273 W2026.05.06 19:41:01 1: SolarForecast DEBUG> collect Wind measurement data - device: WindSpeed_mps =>
2026.05.06 19:41:01 1: SolarForecast DEBUG> Smooth Wind data - value=7.94 m/s, last=10.68, last_fast=6.51 -> smoothed=10.67, smoothed_fast=6.52
2026.05.06 19:41:01 1: SolarForecast DEBUG> collect Inverter 01 data - device: Enphase, source: pv, delivery: default =>
2026.05.06 19:41:01 1: SolarForecast DEBUG> pvOut: 94 W, pvIn: 181 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 27015 Wh
2026.05.06 19:41:01 1: SolarForecast DEBUG> collect Inverter 02 data - device: ha_tjsLMch1, source: pv, delivery: bat =>
2026.05.06 19:41:01 1: SolarForecast DEBUG> pvOut: 28 W, pvIn: 28 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 18045 Wh
2026.05.06 19:41:01 1: SolarForecast DEBUG> collect Inverter 03 data - device: ha_tjsLMch1, source: bat, delivery: default =>
2026.05.06 19:41:01 1: SolarForecast DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 0 Wh
2026.05.06 19:41:01 1: SolarForecast DEBUG> summary data of all Inverters - pv: 122 W, this hour Generation: 166 Wh
2026.05.06 19:41:01 1: SolarForecast DEBUG> State of Plant derating: 0, info: The value of device "SolarForecast", reading "userRdg_Regulated" doesn't match the condition "1"
2026.05.06 19:41:01 1: SolarForecast DEBUG> currently saved 'pvrlvd' value: 1
2026.05.06 19:41:01 1: SolarForecast DEBUG> current percentage pvrl/pvapifc deviation of hod 20: 266.3 % -> pvrlvd: 1
2026.05.06 19:41:01 1: SolarForecast DEBUG> collect Energy Meter data - device: MQTT2_SmartMeterReader =>
2026.05.06 19:41:01 1: SolarForecast DEBUG> gcon: 69 W, gfeedin: 0 W, contotal: 5946964.7 Wh, feedtotal: 7910340.6 Wh
2026.05.06 19:41:01 1: SolarForecast DEBUG> write to pvHistory - day: 06, hod: 20, GridConsumption (gcons): 18 Wh
2026.05.06 19:41:01 1: SolarForecast DEBUG> collect Battery Readings data: device=Enphase =>
2026.05.06 19:41:01 1: SolarForecast DEBUG> pin: 0 W, pout: 493 W, totalin: 3392533 Wh, totalout: 3240172 Wh, soc: 96
2026.05.06 19:41:01 1: SolarForecast DEBUG> collect Battery Readings data: device=ha_tjsLMch1 =>
2026.05.06 19:41:01 1: SolarForecast DEBUG> pin: 28 W, pout: 0 W, totalin: 31894.1355792371 Wh, totalout: 15577.6216815959 Wh, soc: 98
2026.05.06 19:41:01 1: SolarForecast DEBUG> consumer=01 activated=1
2026.05.06 19:41:01 1: SolarForecast DEBUG> consumer=02 activated=1
2026.05.06 19:41:01 1: SolarForecast DEBUG> consumer=03 activated=1
2026.05.06 19:41:01 1: SolarForecast DEBUG> consumer=04 activated=1
2026.05.06 19:41:01 1: SolarForecast DEBUG> consumer=05 activated=1
2026.05.06 19:41:01 1: SolarForecast DEBUG> consumer=06 activated=1
2026.05.06 19:41:01 1: SolarForecast DEBUG> consumer=07 activated=1
2026.05.06 19:41:01 1: SolarForecast DEBUG> consumer=08 activated=1
2026.05.06 19:41:01 1: SolarForecast DEBUG> consumer=09 activated=1
2026.05.06 19:41:01 1: SolarForecast DEBUG> consumer=10 activated=1
2026.05.06 19:41:01 1: SolarForecast DEBUG> consumer=11 activated=1
2026.05.06 19:41:01 1: SolarForecast DEBUG> consumer=12 activated=1
2026.05.06 19:41:01 1: SolarForecast DEBUG> consumer=13 activated=1
2026.05.06 19:41:01 1: SolarForecast DEBUG> consumer=14 activated=1
2026.05.06 19:41:01 1: SolarForecast DEBUG> BEV - id=none -> consumer=15 activated=0
2026.05.06 19:41:01 1: SolarForecast DEBUG> consumer=16 activated=1
2026.05.06 19:41:01 1: SolarForecast DEBUG> EnergyConsumption input -> PV: 166 Wh, PP: 0 Wh, GridIn: 1 Wh, GridCon: 18 Wh, BatIn: 2 Wh, BatOut: 163 Wh
2026.05.06 19:41:01 1: SolarForecast DEBUG> EnergyConsumption result -> 344 Wh
2026.05.06 19:41:01 1: SolarForecast DEBUG> current Power values -> PV2Node: 94 W, PV2Bat: 28, PV2Grid: 0 W, Other: 0 W, GridIn: 0 W, GridCon: 69 W
2026.05.06 19:41:01 1: SolarForecast DEBUG> current Power Battery -> BatIn: 28 W (Node2Inv2DC: 0 W), BatOut: 493 W (DC2Inv2Node: 0 W)
2026.05.06 19:41:01 1: SolarForecast DEBUG> current Consumption result -> 656 W2026.05.06 19:53:22 1: SolarForecast DEBUG> collect Wind measurement data - device: WindSpeed_mps =>
2026.05.06 19:53:22 1: SolarForecast DEBUG> Smooth Wind data - value=7.72 m/s, last=9.89, last_fast=6.87 -> smoothed=9.89, smoothed_fast=6.88
2026.05.06 19:53:22 1: SolarForecast DEBUG> collect Inverter 01 data - device: Enphase, source: pv, delivery: default =>
2026.05.06 19:53:22 1: SolarForecast DEBUG> pvOut: 51 W, pvIn: 129 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 27033 Wh
2026.05.06 19:53:22 1: SolarForecast DEBUG> collect Inverter 02 data - device: ha_tjsLMch1, source: pv, delivery: default =>
2026.05.06 19:53:22 1: SolarForecast DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 18050 Wh
2026.05.06 19:53:22 1: SolarForecast DEBUG> summary data of all Inverters - pv: 51 W, this hour Generation: 189 Wh
2026.05.06 19:53:22 1: SolarForecast DEBUG> State of Plant derating: 0, info: The value of device "SolarForecast", reading "userRdg_Regulated" doesn't match the condition "1"
2026.05.06 19:53:22 1: SolarForecast DEBUG> currently saved 'pvrlvd' value: 1
2026.05.06 19:53:22 1: SolarForecast DEBUG> current percentage pvrl/pvapifc deviation of hod 20: 221.7 % -> pvrlvd: 1
2026.05.06 19:53:22 1: SolarForecast DEBUG> collect Energy Meter data - device: MQTT2_SmartMeterReader =>
2026.05.06 19:53:22 1: SolarForecast DEBUG> gcon: 12 W, gfeedin: 0 W, contotal: 5946968.3 Wh, feedtotal: 7910340.8 Wh
2026.05.06 19:53:22 1: SolarForecast DEBUG> write to pvHistory - day: 06, hod: 20, GridConsumption (gcons): 21 Wh
2026.05.06 19:53:22 1: SolarForecast DEBUG> collect Battery Readings data: device=Enphase =>
2026.05.06 19:53:22 1: SolarForecast DEBUG> pin: 0 W, pout: 426 W, totalin: 5538943 Wh, totalout: 5343014 Wh, soc: 95
2026.05.06 19:53:22 1: SolarForecast DEBUG> collect Battery Readings data: device=ha_tjsLMch1 =>
2026.05.06 19:53:22 1: SolarForecast DEBUG> pin: 0 W, pout: 199 W, totalin: 31895.492957634 Wh, totalout: 15608.9316279298 Wh, soc: 97
2026.05.06 19:53:22 1: SolarForecast DEBUG> consumer=01 activated=1
2026.05.06 19:53:22 1: SolarForecast DEBUG> consumer=02 activated=1
2026.05.06 19:53:22 1: SolarForecast DEBUG> consumer=03 activated=1
2026.05.06 19:53:22 1: SolarForecast DEBUG> consumer=04 activated=1
2026.05.06 19:53:22 1: SolarForecast DEBUG> consumer=05 activated=1
2026.05.06 19:53:22 1: SolarForecast DEBUG> consumer=06 activated=1
2026.05.06 19:53:22 1: SolarForecast DEBUG> consumer=07 activated=1
2026.05.06 19:53:22 1: SolarForecast DEBUG> consumer=08 activated=1
2026.05.06 19:53:22 1: SolarForecast DEBUG> consumer=09 activated=1
2026.05.06 19:53:22 1: SolarForecast DEBUG> consumer=10 activated=1
2026.05.06 19:53:22 1: SolarForecast DEBUG> consumer=11 activated=1
2026.05.06 19:53:22 1: SolarForecast DEBUG> consumer=12 activated=1
2026.05.06 19:53:22 1: SolarForecast DEBUG> consumer=13 activated=1
2026.05.06 19:53:22 1: SolarForecast DEBUG> consumer=14 activated=1
2026.05.06 19:53:22 1: SolarForecast DEBUG> BEV - id=none -> consumer=15 activated=0
2026.05.06 19:53:22 1: SolarForecast DEBUG> consumer=16 activated=1
2026.05.06 19:53:22 1: SolarForecast DEBUG> EnergyConsumption input -> PV: 189 Wh, PP: 0 Wh, GridIn: 1 Wh, GridCon: 21 Wh, BatIn: 2146413 Wh, BatOut: 2103036 Wh
2026.05.06 19:53:22 1: SolarForecast DEBUG> EnergyConsumption result -> -43168 Wh
2026.05.06 19:53:22 1: SolarForecast DEBUG> current Power values -> PV2Node: 51 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 0 W, GridCon: 12 W
2026.05.06 19:53:22 1: SolarForecast DEBUG> current Power Battery -> BatIn: 0 W (Node2Inv2DC: 0 W), BatOut: 625 W (DC2Inv2Node: 0 W)
2026.05.06 19:53:22 1: SolarForecast DEBUG> current Consumption result -> 688 WScreenshot3 anbei zeigt die Flussgrafik dazu.2026.05.06 18:03:07.678 3: [FritzBox | 7530 | 164.08.21 | Attr_Modul.2132] - BASIC:Attr set INTERVAL -> Neustart internal Timer - APICHECKED = 1
Hier wird protokolliert dass das Attribut INTERVAL neu gesetzt worden ist. Das geschieht während der Laufzeit des initialen API Checks. Machst Du das manuell ?
- RemoveInternalTimer($hash);
- return InternalTimer(gettimeofday()+1, \&FULLY_Start, $hash, 0) if $init_done;
+ if ($init_done) {
+ RemoveInternalTimer($hash);
+ return InternalTimer(gettimeofday()+1, \&FULLY_Start, $hash, 0);
+ }Zitat von: mistepke am 06 Mai 2026, 16:31:25Ich vermute das das Problem in dieser Zeile liegt:
TargetHeatingCoolingState=heatingState,values=OFF:0;;;;HEAT:1;;;;COOL:2;;;;AUTO:3,cmds=OFF:closed;;HEAT:desired-temp+20;;COOL:desired-temp+16
Das "closed" kann ich in den Informationen im FHEM nicht finden. Daher habe ich es mal so probiert:
TargetHeatingCoolingState=heatingState,values=OFF:0;;;;HEAT:1;;;;COOL:2;;;;AUTO:3,cmds=OFF:heatingState+OFF;;HEAT:desired-temp+21;;COOL:desired-temp+16
Geht aber leider auch nicht.