76_SolarForecast - Informationen/Ideen zu Weiterentwicklung und Support

300P · 05 August 2025, 22:43:11

Das schein so zu sein....
Bin jetzt bei 135 kWh für Morgen angelangt

300P · 05 August 2025, 22:50:49

Es könnte das Summieren sein - Summe Morgen passt nicht zu den 24 Stunden für Morgen

setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour01_PVforecast 0 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour02_PVforecast 0 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour03_PVforecast 0 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour04_PVforecast 0 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour05_PVforecast 0 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour06_PVforecast 0 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour07_PVforecast 263 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour08_PVforecast 1247 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour09_PVforecast 2594 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour10_PVforecast 4358 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour11_PVforecast 5548 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour12_PVforecast 6968 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour13_PVforecast 7353 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour14_PVforecast 7720 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour15_PVforecast 7047 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour16_PVforecast 7034 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour17_PVforecast 5344 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour18_PVforecast 4848 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour19_PVforecast 4006 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour20_PVforecast 1684 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour21_PVforecast 347 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour22_PVforecast 0 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour23_PVforecast 0 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_Hour24_PVforecast 0 Wh
setstate Forecast 2025-08-05 22:47:25 Tomorrow_PVforecast 134555 Wh

DS_Starter · 05 August 2025, 22:55:25

Ja, die Abgrenzung hat gefehlt da es jetzt mehr Daten in Nexthours gibt.
Ich habe den Fix ins contrib gestellt.

300P · 06 August 2025, 08:41:45

schade

....heute morgen werden mir jetzt da nur noch ca. 62 kWh für heute und für Morgen dann "nur" noch 64 kWh angezeigt

Burny4600 · 06 August 2025, 12:03:35

Zitat von: DS_Starter am 05 August 2025, 22:20:37Poste die dann bitte. Am Besten 3 oder 4 dieser Messungen.

Hallo Heiko,
anbei der Logauszug.

Code Auswählen

2025.08.06 11:52:49.006 1: AB_WS_SS DEBUG> collect Inverter 01 data - device: Deye_12k_SFD, source: pv, delivery: default =>
2025.08.06 11:52:49.006 1: AB_WS_SS DEBUG> pvOut: 393 W, pvIn: 1290 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2769300 Wh
2025.08.06 11:52:49.007 1: AB_WS_SS DEBUG> collect Inverter 02 data - device: Deye_15k_SFD, source: pv, delivery: default =>
2025.08.06 11:52:49.007 1: AB_WS_SS DEBUG> pvOut: 1438 W, pvIn: 3060 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2868400 Wh
2025.08.06 11:52:49.008 1: AB_WS_SS DEBUG> collect Inverter 03 data - device: Deye_12k_SFD, source: bat, delivery: default =>
2025.08.06 11:52:49.008 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 540 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:52:49.009 1: AB_WS_SS DEBUG> collect Inverter 04 data - device: Deye_15k_SFD, source: bat, delivery: default =>
2025.08.06 11:52:49.009 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 1470 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:52:49.009 1: AB_WS_SS DEBUG> summary data of all Inverters - pv: 1831 W, this hour Generation: 3500 Wh
2025.08.06 11:52:49.009 1: AB_WS_SS DEBUG> State of Plant derating: 0, info: reductionState not set
2025.08.06 11:52:49.009 1: AB_WS_SS DEBUG> currently saved 'pvrlvd' value: 1
2025.08.06 11:52:49.009 1: AB_WS_SS DEBUG> current percentage pvrl/pvapifc deviation of hod 12: 81.7 % -> pvrlvd: 1
2025.08.06 11:52:49.456 1: AB_WS_SS DEBUG> collect Producer 01 data - device: AB_WG2KWD =>
2025.08.06 11:52:49.456 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:52:49.457 1: AB_WS_SS DEBUG> collect Producer 02 data - device: AB_NS6KWD =>
2025.08.06 11:52:49.457 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:52:49.458 1: AB_WS_SS DEBUG> collect Meter data - device: Deye_12k_SFD =>
2025.08.06 11:52:49.458 1: AB_WS_SS DEBUG> gcon: 0 W, gfeedin: 5 W, contotal: 0 Wh, feedtotal: 0 Wh
2025.08.06 11:52:49.459 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_12k =>
2025.08.06 11:52:49.459 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2705.5 Wh, totalout: 2399.4 Wh, soc: 48
2025.08.06 11:52:49.460 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_15k =>
2025.08.06 11:52:49.460 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2556.3 Wh, totalout: 2364.5 Wh, soc: 33
2025.08.06 11:52:49.571 1: AB_WS_SS DEBUG> EnergyConsumption input -> PV: 3500 Wh, PP: 0 Wh, GridIn: 0 Wh, GridCon: 0 Wh, BatIn: 0 Wh, BatOut: 0 Wh
2025.08.06 11:52:49.571 1: AB_WS_SS DEBUG> EnergyConsumption result -> 3500 Wh
2025.08.06 11:52:49.576 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1831 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 5 W, GridCon: 0 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:52:49.576 1: AB_WS_SS DEBUG> current Consumption result -> 1826 W
2025.08.06 11:52:49.576 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2010 W
2025.08.06 11:52:51.409 1: AB_WS_SS DEBUG> collect Inverter 01 data - device: Deye_12k_SFD, source: pv, delivery: default =>
2025.08.06 11:52:51.409 1: AB_WS_SS DEBUG> pvOut: 393 W, pvIn: 1310 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2769300 Wh
2025.08.06 11:52:51.410 1: AB_WS_SS DEBUG> collect Inverter 02 data - device: Deye_15k_SFD, source: pv, delivery: default =>
2025.08.06 11:52:51.410 1: AB_WS_SS DEBUG> pvOut: 1438 W, pvIn: 3060 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2868400 Wh
2025.08.06 11:52:51.410 1: AB_WS_SS DEBUG> collect Inverter 03 data - device: Deye_12k_SFD, source: bat, delivery: default =>
2025.08.06 11:52:51.411 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 540 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:52:51.411 1: AB_WS_SS DEBUG> collect Inverter 04 data - device: Deye_15k_SFD, source: bat, delivery: default =>
2025.08.06 11:52:51.411 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 1470 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:52:51.412 1: AB_WS_SS DEBUG> summary data of all Inverters - pv: 1831 W, this hour Generation: 3500 Wh
2025.08.06 11:52:51.412 1: AB_WS_SS DEBUG> State of Plant derating: 0, info: reductionState not set
2025.08.06 11:52:51.412 1: AB_WS_SS DEBUG> currently saved 'pvrlvd' value: 1
2025.08.06 11:52:51.412 1: AB_WS_SS DEBUG> current percentage pvrl/pvapifc deviation of hod 12: 81.7 % -> pvrlvd: 1
2025.08.06 11:52:51.863 1: AB_WS_SS DEBUG> collect Producer 01 data - device: AB_WG2KWD =>
2025.08.06 11:52:51.863 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:52:51.864 1: AB_WS_SS DEBUG> collect Producer 02 data - device: AB_NS6KWD =>
2025.08.06 11:52:51.864 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:52:51.864 1: AB_WS_SS DEBUG> collect Meter data - device: Deye_12k_SFD =>
2025.08.06 11:52:51.865 1: AB_WS_SS DEBUG> gcon: 0 W, gfeedin: 5 W, contotal: 0 Wh, feedtotal: 0 Wh
2025.08.06 11:52:51.865 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_12k =>
2025.08.06 11:52:51.866 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2705.5 Wh, totalout: 2399.4 Wh, soc: 48
2025.08.06 11:52:51.867 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_15k =>
2025.08.06 11:52:51.867 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2556.3 Wh, totalout: 2364.5 Wh, soc: 33
2025.08.06 11:52:51.983 1: AB_WS_SS DEBUG> EnergyConsumption input -> PV: 3500 Wh, PP: 0 Wh, GridIn: 0 Wh, GridCon: 0 Wh, BatIn: 0 Wh, BatOut: 0 Wh
2025.08.06 11:52:51.983 1: AB_WS_SS DEBUG> EnergyConsumption result -> 3500 Wh
2025.08.06 11:52:51.989 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1831 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 5 W, GridCon: 0 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:52:51.989 1: AB_WS_SS DEBUG> current Consumption result -> 1826 W
2025.08.06 11:52:51.989 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2010 W
2025.08.06 11:52:54.416 1: AB_WS_SS DEBUG> collect Inverter 01 data - device: Deye_12k_SFD, source: pv, delivery: default =>
2025.08.06 11:52:54.416 1: AB_WS_SS DEBUG> pvOut: 424 W, pvIn: 1310 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2769300 Wh
2025.08.06 11:52:54.417 1: AB_WS_SS DEBUG> collect Inverter 02 data - device: Deye_15k_SFD, source: pv, delivery: default =>
2025.08.06 11:52:54.417 1: AB_WS_SS DEBUG> pvOut: 1438 W, pvIn: 3060 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2868400 Wh
2025.08.06 11:52:54.418 1: AB_WS_SS DEBUG> collect Inverter 03 data - device: Deye_12k_SFD, source: bat, delivery: default =>
2025.08.06 11:52:54.418 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 540 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:52:54.418 1: AB_WS_SS DEBUG> collect Inverter 04 data - device: Deye_15k_SFD, source: bat, delivery: default =>
2025.08.06 11:52:54.419 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 1490 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:52:54.419 1: AB_WS_SS DEBUG> summary data of all Inverters - pv: 1862 W, this hour Generation: 3500 Wh
2025.08.06 11:52:54.419 1: AB_WS_SS DEBUG> State of Plant derating: 0, info: reductionState not set
2025.08.06 11:52:54.419 1: AB_WS_SS DEBUG> currently saved 'pvrlvd' value: 1
2025.08.06 11:52:54.419 1: AB_WS_SS DEBUG> current percentage pvrl/pvapifc deviation of hod 12: 81.7 % -> pvrlvd: 1
2025.08.06 11:52:54.868 1: AB_WS_SS DEBUG> collect Producer 01 data - device: AB_WG2KWD =>
2025.08.06 11:52:54.868 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:52:54.869 1: AB_WS_SS DEBUG> collect Producer 02 data - device: AB_NS6KWD =>
2025.08.06 11:52:54.869 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:52:54.870 1: AB_WS_SS DEBUG> collect Meter data - device: Deye_12k_SFD =>
2025.08.06 11:52:54.870 1: AB_WS_SS DEBUG> gcon: 0 W, gfeedin: 5 W, contotal: 0 Wh, feedtotal: 0 Wh
2025.08.06 11:52:54.871 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_12k =>
2025.08.06 11:52:54.871 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2705.5 Wh, totalout: 2399.4 Wh, soc: 48
2025.08.06 11:52:54.872 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_15k =>
2025.08.06 11:52:54.872 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2556.3 Wh, totalout: 2364.5 Wh, soc: 33
2025.08.06 11:52:54.983 1: AB_WS_SS DEBUG> EnergyConsumption input -> PV: 3500 Wh, PP: 0 Wh, GridIn: 0 Wh, GridCon: 0 Wh, BatIn: 0 Wh, BatOut: 0 Wh
2025.08.06 11:52:54.983 1: AB_WS_SS DEBUG> EnergyConsumption result -> 3500 Wh
2025.08.06 11:52:54.988 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1862 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 5 W, GridCon: 0 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:52:54.988 1: AB_WS_SS DEBUG> current Consumption result -> 1857 W
2025.08.06 11:52:54.988 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2030 W
2025.08.06 11:52:57.465 1: AB_WS_SS DEBUG> collect Inverter 01 data - device: Deye_12k_SFD, source: pv, delivery: default =>
2025.08.06 11:52:57.466 1: AB_WS_SS DEBUG> pvOut: 424 W, pvIn: 1310 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2769300 Wh
2025.08.06 11:52:57.466 1: AB_WS_SS DEBUG> collect Inverter 02 data - device: Deye_15k_SFD, source: pv, delivery: default =>
2025.08.06 11:52:57.467 1: AB_WS_SS DEBUG> pvOut: 1438 W, pvIn: 3060 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2868400 Wh
2025.08.06 11:52:57.467 1: AB_WS_SS DEBUG> collect Inverter 03 data - device: Deye_12k_SFD, source: bat, delivery: default =>
2025.08.06 11:52:57.467 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 540 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:52:57.468 1: AB_WS_SS DEBUG> collect Inverter 04 data - device: Deye_15k_SFD, source: bat, delivery: default =>
2025.08.06 11:52:57.468 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 1490 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:52:57.468 1: AB_WS_SS DEBUG> summary data of all Inverters - pv: 1862 W, this hour Generation: 3500 Wh
2025.08.06 11:52:57.468 1: AB_WS_SS DEBUG> State of Plant derating: 0, info: reductionState not set
2025.08.06 11:52:57.469 1: AB_WS_SS DEBUG> currently saved 'pvrlvd' value: 1
2025.08.06 11:52:57.469 1: AB_WS_SS DEBUG> current percentage pvrl/pvapifc deviation of hod 12: 81.7 % -> pvrlvd: 1
2025.08.06 11:52:57.918 1: AB_WS_SS DEBUG> collect Producer 01 data - device: AB_WG2KWD =>
2025.08.06 11:52:57.919 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:52:57.920 1: AB_WS_SS DEBUG> collect Producer 02 data - device: AB_NS6KWD =>
2025.08.06 11:52:57.920 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:52:57.920 1: AB_WS_SS DEBUG> collect Meter data - device: Deye_12k_SFD =>
2025.08.06 11:52:57.920 1: AB_WS_SS DEBUG> gcon: 0 W, gfeedin: 5 W, contotal: 0 Wh, feedtotal: 0 Wh
2025.08.06 11:52:57.921 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_12k =>
2025.08.06 11:52:57.921 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2705.5 Wh, totalout: 2399.4 Wh, soc: 48
2025.08.06 11:52:57.922 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_15k =>
2025.08.06 11:52:57.923 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2556.3 Wh, totalout: 2364.5 Wh, soc: 33
2025.08.06 11:52:58.039 1: AB_WS_SS DEBUG> EnergyConsumption input -> PV: 3500 Wh, PP: 0 Wh, GridIn: 0 Wh, GridCon: 0 Wh, BatIn: 0 Wh, BatOut: 0 Wh
2025.08.06 11:52:58.039 1: AB_WS_SS DEBUG> EnergyConsumption result -> 3500 Wh
2025.08.06 11:52:58.044 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1862 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 5 W, GridCon: 0 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:52:58.045 1: AB_WS_SS DEBUG> current Consumption result -> 1857 W
2025.08.06 11:52:58.045 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2030 W
2025.08.06 11:53:09.054 1: AB_WS_SS DEBUG> collect Inverter 01 data - device: Deye_12k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:09.054 1: AB_WS_SS DEBUG> pvOut: 424 W, pvIn: 1310 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2769300 Wh
2025.08.06 11:53:09.055 1: AB_WS_SS DEBUG> collect Inverter 02 data - device: Deye_15k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:09.055 1: AB_WS_SS DEBUG> pvOut: 1355 W, pvIn: 3080 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2868400 Wh
2025.08.06 11:53:09.056 1: AB_WS_SS DEBUG> collect Inverter 03 data - device: Deye_12k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:09.056 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 610 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:09.057 1: AB_WS_SS DEBUG> collect Inverter 04 data - device: Deye_15k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:09.057 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 1490 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:09.057 1: AB_WS_SS DEBUG> summary data of all Inverters - pv: 1779 W, this hour Generation: 3500 Wh
2025.08.06 11:53:09.057 1: AB_WS_SS DEBUG> State of Plant derating: 0, info: reductionState not set
2025.08.06 11:53:09.057 1: AB_WS_SS DEBUG> currently saved 'pvrlvd' value: 1
2025.08.06 11:53:09.058 1: AB_WS_SS DEBUG> current percentage pvrl/pvapifc deviation of hod 12: 81.7 % -> pvrlvd: 1
2025.08.06 11:53:09.511 1: AB_WS_SS DEBUG> collect Producer 01 data - device: AB_WG2KWD =>
2025.08.06 11:53:09.512 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:09.512 1: AB_WS_SS DEBUG> collect Producer 02 data - device: AB_NS6KWD =>
2025.08.06 11:53:09.513 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:09.513 1: AB_WS_SS DEBUG> collect Meter data - device: Deye_12k_SFD =>
2025.08.06 11:53:09.513 1: AB_WS_SS DEBUG> gcon: 0 W, gfeedin: 5 W, contotal: 0 Wh, feedtotal: 0 Wh
2025.08.06 11:53:09.514 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_12k =>
2025.08.06 11:53:09.514 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2705.5 Wh, totalout: 2399.4 Wh, soc: 48
2025.08.06 11:53:09.515 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_15k =>
2025.08.06 11:53:09.516 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2556.3 Wh, totalout: 2364.5 Wh, soc: 33
2025.08.06 11:53:09.629 1: AB_WS_SS DEBUG> EnergyConsumption input -> PV: 3500 Wh, PP: 0 Wh, GridIn: 0 Wh, GridCon: 0 Wh, BatIn: 0 Wh, BatOut: 0 Wh
2025.08.06 11:53:09.629 1: AB_WS_SS DEBUG> EnergyConsumption result -> 3500 Wh
2025.08.06 11:53:09.634 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1779 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 5 W, GridCon: 0 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:53:09.634 1: AB_WS_SS DEBUG> current Consumption result -> 1774 W
2025.08.06 11:53:09.635 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2100 W
2025.08.06 11:53:11.594 1: AB_WS_SS DEBUG> collect Inverter 01 data - device: Deye_12k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:11.594 1: AB_WS_SS DEBUG> pvOut: 424 W, pvIn: 1300 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2769300 Wh
2025.08.06 11:53:11.595 1: AB_WS_SS DEBUG> collect Inverter 02 data - device: Deye_15k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:11.595 1: AB_WS_SS DEBUG> pvOut: 1355 W, pvIn: 3080 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2868400 Wh
2025.08.06 11:53:11.596 1: AB_WS_SS DEBUG> collect Inverter 03 data - device: Deye_12k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:11.596 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 610 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:11.596 1: AB_WS_SS DEBUG> collect Inverter 04 data - device: Deye_15k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:11.597 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 1490 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:11.597 1: AB_WS_SS DEBUG> summary data of all Inverters - pv: 1779 W, this hour Generation: 3500 Wh
2025.08.06 11:53:11.597 1: AB_WS_SS DEBUG> State of Plant derating: 0, info: reductionState not set
2025.08.06 11:53:11.597 1: AB_WS_SS DEBUG> currently saved 'pvrlvd' value: 1
2025.08.06 11:53:11.597 1: AB_WS_SS DEBUG> current percentage pvrl/pvapifc deviation of hod 12: 81.7 % -> pvrlvd: 1
2025.08.06 11:53:12.051 1: AB_WS_SS DEBUG> collect Producer 01 data - device: AB_WG2KWD =>
2025.08.06 11:53:12.051 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:12.051 1: AB_WS_SS DEBUG> collect Producer 02 data - device: AB_NS6KWD =>
2025.08.06 11:53:12.052 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:12.052 1: AB_WS_SS DEBUG> collect Meter data - device: Deye_12k_SFD =>
2025.08.06 11:53:12.052 1: AB_WS_SS DEBUG> gcon: 0 W, gfeedin: 0 W, contotal: 0 Wh, feedtotal: 0 Wh
2025.08.06 11:53:12.053 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_12k =>
2025.08.06 11:53:12.053 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2705.5 Wh, totalout: 2399.4 Wh, soc: 48
2025.08.06 11:53:12.054 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_15k =>
2025.08.06 11:53:12.055 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2556.3 Wh, totalout: 2364.5 Wh, soc: 33
2025.08.06 11:53:12.165 1: AB_WS_SS DEBUG> EnergyConsumption input -> PV: 3500 Wh, PP: 0 Wh, GridIn: 0 Wh, GridCon: 0 Wh, BatIn: 0 Wh, BatOut: 0 Wh
2025.08.06 11:53:12.166 1: AB_WS_SS DEBUG> EnergyConsumption result -> 3500 Wh
2025.08.06 11:53:12.171 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1779 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 0 W, GridCon: 0 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:53:12.171 1: AB_WS_SS DEBUG> current Consumption result -> 1779 W
2025.08.06 11:53:12.171 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2100 W
2025.08.06 11:53:14.431 1: AB_WS_SS DEBUG> collect Inverter 01 data - device: Deye_12k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:14.431 1: AB_WS_SS DEBUG> pvOut: 411 W, pvIn: 1300 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2769300 Wh
2025.08.06 11:53:14.432 1: AB_WS_SS DEBUG> collect Inverter 02 data - device: Deye_15k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:14.432 1: AB_WS_SS DEBUG> pvOut: 1355 W, pvIn: 3080 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2868400 Wh
2025.08.06 11:53:14.433 1: AB_WS_SS DEBUG> collect Inverter 03 data - device: Deye_12k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:14.433 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 610 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:14.433 1: AB_WS_SS DEBUG> collect Inverter 04 data - device: Deye_15k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:14.434 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 1530 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:14.434 1: AB_WS_SS DEBUG> summary data of all Inverters - pv: 1766 W, this hour Generation: 3500 Wh
2025.08.06 11:53:14.434 1: AB_WS_SS DEBUG> State of Plant derating: 0, info: reductionState not set
2025.08.06 11:53:14.434 1: AB_WS_SS DEBUG> currently saved 'pvrlvd' value: 1
2025.08.06 11:53:14.434 1: AB_WS_SS DEBUG> current percentage pvrl/pvapifc deviation of hod 12: 81.7 % -> pvrlvd: 1
2025.08.06 11:53:14.882 1: AB_WS_SS DEBUG> collect Producer 01 data - device: AB_WG2KWD =>
2025.08.06 11:53:14.882 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:14.883 1: AB_WS_SS DEBUG> collect Producer 02 data - device: AB_NS6KWD =>
2025.08.06 11:53:14.883 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:14.884 1: AB_WS_SS DEBUG> collect Meter data - device: Deye_12k_SFD =>
2025.08.06 11:53:14.884 1: AB_WS_SS DEBUG> gcon: 0 W, gfeedin: 0 W, contotal: 0 Wh, feedtotal: 0 Wh
2025.08.06 11:53:14.885 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_12k =>
2025.08.06 11:53:14.885 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2705.5 Wh, totalout: 2399.4 Wh, soc: 48
2025.08.06 11:53:14.886 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_15k =>
2025.08.06 11:53:14.886 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2556.3 Wh, totalout: 2364.5 Wh, soc: 33
2025.08.06 11:53:14.997 1: AB_WS_SS DEBUG> EnergyConsumption input -> PV: 3500 Wh, PP: 0 Wh, GridIn: 0 Wh, GridCon: 0 Wh, BatIn: 0 Wh, BatOut: 0 Wh
2025.08.06 11:53:14.997 1: AB_WS_SS DEBUG> EnergyConsumption result -> 3500 Wh
2025.08.06 11:53:15.002 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1766 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 0 W, GridCon: 0 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:53:15.002 1: AB_WS_SS DEBUG> current Consumption result -> 1766 W
2025.08.06 11:53:15.002 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2140 W
2025.08.06 11:53:17.388 1: AB_WS_SS DEBUG> collect Inverter 01 data - device: Deye_12k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:17.389 1: AB_WS_SS DEBUG> pvOut: 411 W, pvIn: 1300 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2769300 Wh
2025.08.06 11:53:17.389 1: AB_WS_SS DEBUG> collect Inverter 02 data - device: Deye_15k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:17.390 1: AB_WS_SS DEBUG> pvOut: 1355 W, pvIn: 3090 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2868400 Wh
2025.08.06 11:53:17.390 1: AB_WS_SS DEBUG> collect Inverter 03 data - device: Deye_12k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:17.390 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 610 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:17.391 1: AB_WS_SS DEBUG> collect Inverter 04 data - device: Deye_15k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:17.391 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 1530 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:17.391 1: AB_WS_SS DEBUG> summary data of all Inverters - pv: 1766 W, this hour Generation: 3500 Wh
2025.08.06 11:53:17.391 1: AB_WS_SS DEBUG> State of Plant derating: 0, info: reductionState not set
2025.08.06 11:53:17.392 1: AB_WS_SS DEBUG> currently saved 'pvrlvd' value: 1
2025.08.06 11:53:17.392 1: AB_WS_SS DEBUG> current percentage pvrl/pvapifc deviation of hod 12: 81.7 % -> pvrlvd: 1
2025.08.06 11:53:17.848 1: AB_WS_SS DEBUG> collect Producer 01 data - device: AB_WG2KWD =>
2025.08.06 11:53:17.848 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:17.849 1: AB_WS_SS DEBUG> collect Producer 02 data - device: AB_NS6KWD =>
2025.08.06 11:53:17.849 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:17.850 1: AB_WS_SS DEBUG> collect Meter data - device: Deye_12k_SFD =>
2025.08.06 11:53:17.850 1: AB_WS_SS DEBUG> gcon: 0 W, gfeedin: 0 W, contotal: 0 Wh, feedtotal: 0 Wh
2025.08.06 11:53:17.851 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_12k =>
2025.08.06 11:53:17.851 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2705.5 Wh, totalout: 2399.4 Wh, soc: 48
2025.08.06 11:53:17.852 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_15k =>
2025.08.06 11:53:17.852 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2556.3 Wh, totalout: 2364.5 Wh, soc: 33
2025.08.06 11:53:17.963 1: AB_WS_SS DEBUG> EnergyConsumption input -> PV: 3500 Wh, PP: 0 Wh, GridIn: 0 Wh, GridCon: 0 Wh, BatIn: 0 Wh, BatOut: 0 Wh
2025.08.06 11:53:17.963 1: AB_WS_SS DEBUG> EnergyConsumption result -> 3500 Wh
2025.08.06 11:53:17.968 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1766 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 0 W, GridCon: 0 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:53:17.968 1: AB_WS_SS DEBUG> current Consumption result -> 1766 W
2025.08.06 11:53:17.968 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2140 W
2025.08.06 11:53:18.639 1: PERL WARNING: Argument "*main::0584" isn't numeric in division (/) at (eval 364808) line 1.
2025.08.06 11:53:26.077 1: AB_WS_SS DEBUG> collect Inverter 01 data - device: Deye_12k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:26.077 1: AB_WS_SS DEBUG> pvOut: 411 W, pvIn: 1300 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2769300 Wh
2025.08.06 11:53:26.078 1: AB_WS_SS DEBUG> collect Inverter 02 data - device: Deye_15k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:26.078 1: AB_WS_SS DEBUG> pvOut: 1372 W, pvIn: 3090 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2868400 Wh
2025.08.06 11:53:26.079 1: AB_WS_SS DEBUG> collect Inverter 03 data - device: Deye_12k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:26.079 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 610 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:26.080 1: AB_WS_SS DEBUG> collect Inverter 04 data - device: Deye_15k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:26.080 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 1530 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:26.080 1: AB_WS_SS DEBUG> summary data of all Inverters - pv: 1783 W, this hour Generation: 3500 Wh
2025.08.06 11:53:26.080 1: AB_WS_SS DEBUG> State of Plant derating: 0, info: reductionState not set
2025.08.06 11:53:26.081 1: AB_WS_SS DEBUG> currently saved 'pvrlvd' value: 1
2025.08.06 11:53:26.081 1: AB_WS_SS DEBUG> current percentage pvrl/pvapifc deviation of hod 12: 81.7 % -> pvrlvd: 1
2025.08.06 11:53:26.532 1: AB_WS_SS DEBUG> collect Producer 01 data - device: AB_WG2KWD =>
2025.08.06 11:53:26.532 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:26.532 1: AB_WS_SS DEBUG> collect Producer 02 data - device: AB_NS6KWD =>
2025.08.06 11:53:26.533 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:26.533 1: AB_WS_SS DEBUG> collect Meter data - device: Deye_12k_SFD =>
2025.08.06 11:53:26.534 1: AB_WS_SS DEBUG> gcon: 0 W, gfeedin: 0 W, contotal: 0 Wh, feedtotal: 0 Wh
2025.08.06 11:53:26.534 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_12k =>
2025.08.06 11:53:26.535 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2705.5 Wh, totalout: 2399.4 Wh, soc: 48
2025.08.06 11:53:26.536 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_15k =>
2025.08.06 11:53:26.536 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2556.3 Wh, totalout: 2364.5 Wh, soc: 33
2025.08.06 11:53:26.649 1: AB_WS_SS DEBUG> EnergyConsumption input -> PV: 3500 Wh, PP: 0 Wh, GridIn: 0 Wh, GridCon: 0 Wh, BatIn: 0 Wh, BatOut: 0 Wh
2025.08.06 11:53:26.649 1: AB_WS_SS DEBUG> EnergyConsumption result -> 3500 Wh
2025.08.06 11:53:26.654 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1783 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 0 W, GridCon: 0 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:53:26.654 1: AB_WS_SS DEBUG> current Consumption result -> 1783 W
2025.08.06 11:53:26.654 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2140 W
2025.08.06 11:53:29.091 1: AB_WS_SS DEBUG> collect Inverter 01 data - device: Deye_12k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:29.091 1: AB_WS_SS DEBUG> pvOut: 411 W, pvIn: 1300 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2769300 Wh
2025.08.06 11:53:29.092 1: AB_WS_SS DEBUG> collect Inverter 02 data - device: Deye_15k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:29.092 1: AB_WS_SS DEBUG> pvOut: 1372 W, pvIn: 3090 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2868400 Wh
2025.08.06 11:53:29.092 1: AB_WS_SS DEBUG> collect Inverter 03 data - device: Deye_12k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:29.093 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 590 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:29.093 1: AB_WS_SS DEBUG> collect Inverter 04 data - device: Deye_15k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:29.093 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 1530 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:29.094 1: AB_WS_SS DEBUG> summary data of all Inverters - pv: 1783 W, this hour Generation: 3500 Wh
2025.08.06 11:53:29.094 1: AB_WS_SS DEBUG> State of Plant derating: 0, info: reductionState not set
2025.08.06 11:53:29.094 1: AB_WS_SS DEBUG> currently saved 'pvrlvd' value: 1
2025.08.06 11:53:29.094 1: AB_WS_SS DEBUG> current percentage pvrl/pvapifc deviation of hod 12: 81.7 % -> pvrlvd: 1
2025.08.06 11:53:29.545 1: AB_WS_SS DEBUG> collect Producer 01 data - device: AB_WG2KWD =>
2025.08.06 11:53:29.545 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:29.546 1: AB_WS_SS DEBUG> collect Producer 02 data - device: AB_NS6KWD =>
2025.08.06 11:53:29.546 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:29.547 1: AB_WS_SS DEBUG> collect Meter data - device: Deye_12k_SFD =>
2025.08.06 11:53:29.547 1: AB_WS_SS DEBUG> gcon: 0 W, gfeedin: 0 W, contotal: 0 Wh, feedtotal: 0 Wh
2025.08.06 11:53:29.548 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_12k =>
2025.08.06 11:53:29.548 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2705.5 Wh, totalout: 2399.4 Wh, soc: 48
2025.08.06 11:53:29.549 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_15k =>
2025.08.06 11:53:29.549 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2556.3 Wh, totalout: 2364.5 Wh, soc: 33
2025.08.06 11:53:29.660 1: AB_WS_SS DEBUG> EnergyConsumption input -> PV: 3500 Wh, PP: 0 Wh, GridIn: 0 Wh, GridCon: 0 Wh, BatIn: 0 Wh, BatOut: 0 Wh
2025.08.06 11:53:29.660 1: AB_WS_SS DEBUG> EnergyConsumption result -> 3500 Wh
2025.08.06 11:53:29.665 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1783 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 0 W, GridCon: 0 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:53:29.665 1: AB_WS_SS DEBUG> current Consumption result -> 1783 W
2025.08.06 11:53:29.666 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2120 W
2025.08.06 11:53:34.104 1: AB_WS_SS DEBUG> collect Inverter 01 data - device: Deye_12k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:34.105 1: AB_WS_SS DEBUG> pvOut: 411 W, pvIn: 1300 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2769300 Wh
2025.08.06 11:53:34.106 1: AB_WS_SS DEBUG> collect Inverter 02 data - device: Deye_15k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:34.106 1: AB_WS_SS DEBUG> pvOut: 1372 W, pvIn: 3090 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2868400 Wh
2025.08.06 11:53:34.107 1: AB_WS_SS DEBUG> collect Inverter 03 data - device: Deye_12k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:34.107 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 590 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:34.109 1: AB_WS_SS DEBUG> collect Inverter 04 data - device: Deye_15k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:34.109 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 1510 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:34.109 1: AB_WS_SS DEBUG> summary data of all Inverters - pv: 1783 W, this hour Generation: 3500 Wh
2025.08.06 11:53:34.109 1: AB_WS_SS DEBUG> State of Plant derating: 0, info: reductionState not set
2025.08.06 11:53:34.109 1: AB_WS_SS DEBUG> currently saved 'pvrlvd' value: 1
2025.08.06 11:53:34.110 1: AB_WS_SS DEBUG> current percentage pvrl/pvapifc deviation of hod 12: 81.7 % -> pvrlvd: 1
2025.08.06 11:53:34.567 1: AB_WS_SS DEBUG> collect Producer 01 data - device: AB_WG2KWD =>
2025.08.06 11:53:34.567 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:34.568 1: AB_WS_SS DEBUG> collect Producer 02 data - device: AB_NS6KWD =>
2025.08.06 11:53:34.568 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:34.569 1: AB_WS_SS DEBUG> collect Meter data - device: Deye_12k_SFD =>
2025.08.06 11:53:34.569 1: AB_WS_SS DEBUG> gcon: 90 W, gfeedin: 0 W, contotal: 0 Wh, feedtotal: 0 Wh
2025.08.06 11:53:34.570 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_12k =>
2025.08.06 11:53:34.570 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2705.5 Wh, totalout: 2399.4 Wh, soc: 48
2025.08.06 11:53:34.571 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_15k =>
2025.08.06 11:53:34.571 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2556.6 Wh, totalout: 2364.5 Wh, soc: 33
2025.08.06 11:53:34.682 1: AB_WS_SS DEBUG> EnergyConsumption input -> PV: 3500 Wh, PP: 0 Wh, GridIn: 0 Wh, GridCon: 0 Wh, BatIn: 0 Wh, BatOut: 0 Wh
2025.08.06 11:53:34.683 1: AB_WS_SS DEBUG> EnergyConsumption result -> 3500 Wh
2025.08.06 11:53:34.687 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1783 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 0 W, GridCon: 90 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:53:34.688 1: AB_WS_SS DEBUG> current Consumption result -> 1873 W
2025.08.06 11:53:34.688 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2100 W
2025.08.06 11:53:36.895 1: AB_WS_SS DEBUG> collect Inverter 01 data - device: Deye_12k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:36.896 1: AB_WS_SS DEBUG> pvOut: 411 W, pvIn: 1300 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2769300 Wh
2025.08.06 11:53:36.896 1: AB_WS_SS DEBUG> collect Inverter 02 data - device: Deye_15k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:36.897 1: AB_WS_SS DEBUG> pvOut: 1372 W, pvIn: 3080 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2868400 Wh
2025.08.06 11:53:36.897 1: AB_WS_SS DEBUG> collect Inverter 03 data - device: Deye_12k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:36.897 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 590 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:36.898 1: AB_WS_SS DEBUG> collect Inverter 04 data - device: Deye_15k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:36.898 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 1510 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:36.898 1: AB_WS_SS DEBUG> summary data of all Inverters - pv: 1783 W, this hour Generation: 3500 Wh
2025.08.06 11:53:36.898 1: AB_WS_SS DEBUG> State of Plant derating: 0, info: reductionState not set
2025.08.06 11:53:36.899 1: AB_WS_SS DEBUG> currently saved 'pvrlvd' value: 1
2025.08.06 11:53:36.899 1: AB_WS_SS DEBUG> current percentage pvrl/pvapifc deviation of hod 12: 81.7 % -> pvrlvd: 1
2025.08.06 11:53:37.350 1: AB_WS_SS DEBUG> collect Producer 01 data - device: AB_WG2KWD =>
2025.08.06 11:53:37.350 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:37.351 1: AB_WS_SS DEBUG> collect Producer 02 data - device: AB_NS6KWD =>
2025.08.06 11:53:37.351 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:37.351 1: AB_WS_SS DEBUG> collect Meter data - device: Deye_12k_SFD =>
2025.08.06 11:53:37.352 1: AB_WS_SS DEBUG> gcon: 90 W, gfeedin: 0 W, contotal: 0 Wh, feedtotal: 0 Wh
2025.08.06 11:53:37.352 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_12k =>
2025.08.06 11:53:37.353 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2705.5 Wh, totalout: 2399.4 Wh, soc: 48
2025.08.06 11:53:37.354 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_15k =>
2025.08.06 11:53:37.354 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2556.6 Wh, totalout: 2364.5 Wh, soc: 33
2025.08.06 11:53:37.464 1: AB_WS_SS DEBUG> EnergyConsumption input -> PV: 3500 Wh, PP: 0 Wh, GridIn: 0 Wh, GridCon: 0 Wh, BatIn: 1 Wh, BatOut: 0 Wh
2025.08.06 11:53:37.465 1: AB_WS_SS DEBUG> EnergyConsumption result -> 3499 Wh
2025.08.06 11:53:37.470 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1783 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 0 W, GridCon: 90 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:53:37.470 1: AB_WS_SS DEBUG> current Consumption result -> 1873 W
2025.08.06 11:53:37.470 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2100 W
2025.08.06 11:53:49.645 1: AB_WS_SS DEBUG> collect Inverter 01 data - device: Deye_12k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:49.645 1: AB_WS_SS DEBUG> pvOut: 411 W, pvIn: 1300 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2769300 Wh
2025.08.06 11:53:49.646 1: AB_WS_SS DEBUG> collect Inverter 02 data - device: Deye_15k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:49.646 1: AB_WS_SS DEBUG> pvOut: 1341 W, pvIn: 3080 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2868900 Wh
2025.08.06 11:53:49.647 1: AB_WS_SS DEBUG> collect Inverter 03 data - device: Deye_12k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:49.647 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 590 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:49.647 1: AB_WS_SS DEBUG> collect Inverter 04 data - device: Deye_15k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:49.647 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 1510 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:49.648 1: AB_WS_SS DEBUG> summary data of all Inverters - pv: 1752 W, this hour Generation: 4000 Wh
2025.08.06 11:53:49.648 1: AB_WS_SS DEBUG> State of Plant derating: 0, info: reductionState not set
2025.08.06 11:53:49.648 1: AB_WS_SS DEBUG> currently saved 'pvrlvd' value: 1
2025.08.06 11:53:49.648 1: AB_WS_SS DEBUG> current percentage pvrl/pvapifc deviation of hod 12: 59.0 % -> pvrlvd: 1
2025.08.06 11:53:50.101 1: AB_WS_SS DEBUG> collect Producer 01 data - device: AB_WG2KWD =>
2025.08.06 11:53:50.101 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:50.101 1: AB_WS_SS DEBUG> collect Producer 02 data - device: AB_NS6KWD =>
2025.08.06 11:53:50.102 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:50.102 1: AB_WS_SS DEBUG> collect Meter data - device: Deye_12k_SFD =>
2025.08.06 11:53:50.102 1: AB_WS_SS DEBUG> gcon: 79 W, gfeedin: 0 W, contotal: 0 Wh, feedtotal: 0 Wh
2025.08.06 11:53:50.103 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_12k =>
2025.08.06 11:53:50.103 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2705.5 Wh, totalout: 2399.4 Wh, soc: 48
2025.08.06 11:53:50.104 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_15k =>
2025.08.06 11:53:50.105 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2556.6 Wh, totalout: 2364.5 Wh, soc: 33
2025.08.06 11:53:50.215 1: AB_WS_SS DEBUG> EnergyConsumption input -> PV: 3500 Wh, PP: 0 Wh, GridIn: 0 Wh, GridCon: 0 Wh, BatIn: 1 Wh, BatOut: 0 Wh
2025.08.06 11:53:50.215 1: AB_WS_SS DEBUG> EnergyConsumption result -> 3499 Wh
2025.08.06 11:53:50.220 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1752 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 0 W, GridCon: 79 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:53:50.220 1: AB_WS_SS DEBUG> current Consumption result -> 1831 W
2025.08.06 11:53:50.220 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2100 W
2025.08.06 11:53:54.073 1: AB_WS_SS DEBUG> collect Inverter 01 data - device: Deye_12k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:54.074 1: AB_WS_SS DEBUG> pvOut: 388 W, pvIn: 1310 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2769300 Wh
2025.08.06 11:53:54.074 1: AB_WS_SS DEBUG> collect Inverter 02 data - device: Deye_15k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:54.074 1: AB_WS_SS DEBUG> pvOut: 1341 W, pvIn: 3080 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2868900 Wh
2025.08.06 11:53:54.075 1: AB_WS_SS DEBUG> collect Inverter 03 data - device: Deye_12k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:54.075 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 590 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:54.076 1: AB_WS_SS DEBUG> collect Inverter 04 data - device: Deye_15k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:54.076 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 1570 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:54.076 1: AB_WS_SS DEBUG> summary data of all Inverters - pv: 1729 W, this hour Generation: 4000 Wh
2025.08.06 11:53:54.076 1: AB_WS_SS DEBUG> State of Plant derating: 0, info: reductionState not set
2025.08.06 11:53:54.077 1: AB_WS_SS DEBUG> currently saved 'pvrlvd' value: 1
2025.08.06 11:53:54.077 1: AB_WS_SS DEBUG> current percentage pvrl/pvapifc deviation of hod 12: 59.0 % -> pvrlvd: 1
2025.08.06 11:53:54.531 1: AB_WS_SS DEBUG> collect Producer 01 data - device: AB_WG2KWD =>
2025.08.06 11:53:54.531 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:54.532 1: AB_WS_SS DEBUG> collect Producer 02 data - device: AB_NS6KWD =>
2025.08.06 11:53:54.532 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:54.533 1: AB_WS_SS DEBUG> collect Meter data - device: Deye_12k_SFD =>
2025.08.06 11:53:54.533 1: AB_WS_SS DEBUG> gcon: 79 W, gfeedin: 0 W, contotal: 0 Wh, feedtotal: 0 Wh
2025.08.06 11:53:54.534 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_12k =>
2025.08.06 11:53:54.534 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2705.5 Wh, totalout: 2399.4 Wh, soc: 48
2025.08.06 11:53:54.535 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_15k =>
2025.08.06 11:53:54.535 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2556.6 Wh, totalout: 2364.5 Wh, soc: 33
2025.08.06 11:53:54.647 1: AB_WS_SS DEBUG> EnergyConsumption input -> PV: 4000 Wh, PP: 0 Wh, GridIn: 0 Wh, GridCon: 0 Wh, BatIn: 1 Wh, BatOut: 0 Wh
2025.08.06 11:53:54.647 1: AB_WS_SS DEBUG> EnergyConsumption result -> 3999 Wh
2025.08.06 11:53:54.652 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1729 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 0 W, GridCon: 79 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:53:54.652 1: AB_WS_SS DEBUG> current Consumption result -> 1808 W
2025.08.06 11:53:54.652 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2160 W
2025.08.06 11:53:57.111 1: AB_WS_SS DEBUG> collect Inverter 01 data - device: Deye_12k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:57.111 1: AB_WS_SS DEBUG> pvOut: 388 W, pvIn: 1310 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2769300 Wh
2025.08.06 11:53:57.112 1: AB_WS_SS DEBUG> collect Inverter 02 data - device: Deye_15k_SFD, source: pv, delivery: default =>
2025.08.06 11:53:57.112 1: AB_WS_SS DEBUG> pvOut: 1341 W, pvIn: 3090 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2868900 Wh
2025.08.06 11:53:57.112 1: AB_WS_SS DEBUG> collect Inverter 03 data - device: Deye_12k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:57.113 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 590 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:57.113 1: AB_WS_SS DEBUG> collect Inverter 04 data - device: Deye_15k_SFD, source: bat, delivery: default =>
2025.08.06 11:53:57.113 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 1570 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:53:57.113 1: AB_WS_SS DEBUG> summary data of all Inverters - pv: 1729 W, this hour Generation: 4000 Wh
2025.08.06 11:53:57.114 1: AB_WS_SS DEBUG> State of Plant derating: 0, info: reductionState not set
2025.08.06 11:53:57.114 1: AB_WS_SS DEBUG> currently saved 'pvrlvd' value: 1
2025.08.06 11:53:57.114 1: AB_WS_SS DEBUG> current percentage pvrl/pvapifc deviation of hod 12: 59.0 % -> pvrlvd: 1
2025.08.06 11:53:57.562 1: AB_WS_SS DEBUG> collect Producer 01 data - device: AB_WG2KWD =>
2025.08.06 11:53:57.562 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:57.563 1: AB_WS_SS DEBUG> collect Producer 02 data - device: AB_NS6KWD =>
2025.08.06 11:53:57.563 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:53:57.564 1: AB_WS_SS DEBUG> collect Meter data - device: Deye_12k_SFD =>
2025.08.06 11:53:57.564 1: AB_WS_SS DEBUG> gcon: 79 W, gfeedin: 0 W, contotal: 0 Wh, feedtotal: 0 Wh
2025.08.06 11:53:57.565 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_12k =>
2025.08.06 11:53:57.565 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2705.5 Wh, totalout: 2399.4 Wh, soc: 48
2025.08.06 11:53:57.566 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_15k =>
2025.08.06 11:53:57.566 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2556.6 Wh, totalout: 2364.5 Wh, soc: 33
2025.08.06 11:53:57.677 1: AB_WS_SS DEBUG> EnergyConsumption input -> PV: 4000 Wh, PP: 0 Wh, GridIn: 0 Wh, GridCon: 0 Wh, BatIn: 1 Wh, BatOut: 0 Wh
2025.08.06 11:53:57.677 1: AB_WS_SS DEBUG> EnergyConsumption result -> 3999 Wh
2025.08.06 11:53:57.682 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1729 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 0 W, GridCon: 79 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:53:57.682 1: AB_WS_SS DEBUG> current Consumption result -> 1808 W
2025.08.06 11:53:57.682 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2160 W
2025.08.06 11:54:09.014 1: AB_WS_SS DEBUG> collect Inverter 01 data - device: Deye_12k_SFD, source: pv, delivery: default =>
2025.08.06 11:54:09.014 1: AB_WS_SS DEBUG> pvOut: 388 W, pvIn: 1310 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2769300 Wh
2025.08.06 11:54:09.015 1: AB_WS_SS DEBUG> collect Inverter 02 data - device: Deye_15k_SFD, source: pv, delivery: default =>
2025.08.06 11:54:09.015 1: AB_WS_SS DEBUG> pvOut: 1385 W, pvIn: 3090 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2868900 Wh
2025.08.06 11:54:09.016 1: AB_WS_SS DEBUG> collect Inverter 03 data - device: Deye_12k_SFD, source: bat, delivery: default =>
2025.08.06 11:54:09.016 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 550 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:54:09.017 1: AB_WS_SS DEBUG> collect Inverter 04 data - device: Deye_15k_SFD, source: bat, delivery: default =>
2025.08.06 11:54:09.017 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 1570 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:54:09.017 1: AB_WS_SS DEBUG> summary data of all Inverters - pv: 1773 W, this hour Generation: 4000 Wh
2025.08.06 11:54:09.017 1: AB_WS_SS DEBUG> State of Plant derating: 0, info: reductionState not set
2025.08.06 11:54:09.017 1: AB_WS_SS DEBUG> currently saved 'pvrlvd' value: 1
2025.08.06 11:54:09.017 1: AB_WS_SS DEBUG> current percentage pvrl/pvapifc deviation of hod 12: 59.0 % -> pvrlvd: 1
2025.08.06 11:54:09.471 1: AB_WS_SS DEBUG> collect Producer 01 data - device: AB_WG2KWD =>
2025.08.06 11:54:09.471 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:54:09.472 1: AB_WS_SS DEBUG> collect Producer 02 data - device: AB_NS6KWD =>
2025.08.06 11:54:09.472 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:54:09.473 1: AB_WS_SS DEBUG> collect Meter data - device: Deye_12k_SFD =>
2025.08.06 11:54:09.473 1: AB_WS_SS DEBUG> gcon: 79 W, gfeedin: 0 W, contotal: 0 Wh, feedtotal: 0 Wh
2025.08.06 11:54:09.474 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_12k =>
2025.08.06 11:54:09.474 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2705.5 Wh, totalout: 2399.4 Wh, soc: 48
2025.08.06 11:54:09.475 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_15k =>
2025.08.06 11:54:09.475 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2556.6 Wh, totalout: 2364.5 Wh, soc: 33
2025.08.06 11:54:09.587 1: AB_WS_SS DEBUG> EnergyConsumption input -> PV: 4000 Wh, PP: 0 Wh, GridIn: 0 Wh, GridCon: 0 Wh, BatIn: 1 Wh, BatOut: 0 Wh
2025.08.06 11:54:09.587 1: AB_WS_SS DEBUG> EnergyConsumption result -> 3999 Wh
2025.08.06 11:54:09.592 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1773 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 0 W, GridCon: 79 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:54:09.592 1: AB_WS_SS DEBUG> current Consumption result -> 1852 W
2025.08.06 11:54:09.592 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2120 W
2025.08.06 11:54:11.613 1: AB_WS_SS DEBUG> collect Inverter 01 data - device: Deye_12k_SFD, source: pv, delivery: default =>
2025.08.06 11:54:11.614 1: AB_WS_SS DEBUG> pvOut: 388 W, pvIn: 1290 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2769300 Wh
2025.08.06 11:54:11.614 1: AB_WS_SS DEBUG> collect Inverter 02 data - device: Deye_15k_SFD, source: pv, delivery: default =>
2025.08.06 11:54:11.615 1: AB_WS_SS DEBUG> pvOut: 1385 W, pvIn: 3090 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2868900 Wh
2025.08.06 11:54:11.615 1: AB_WS_SS DEBUG> collect Inverter 03 data - device: Deye_12k_SFD, source: bat, delivery: default =>
2025.08.06 11:54:11.615 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 550 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:54:11.616 1: AB_WS_SS DEBUG> collect Inverter 04 data - device: Deye_15k_SFD, source: bat, delivery: default =>
2025.08.06 11:54:11.616 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 1570 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:54:11.616 1: AB_WS_SS DEBUG> summary data of all Inverters - pv: 1773 W, this hour Generation: 4000 Wh
2025.08.06 11:54:11.617 1: AB_WS_SS DEBUG> State of Plant derating: 0, info: reductionState not set
2025.08.06 11:54:11.617 1: AB_WS_SS DEBUG> currently saved 'pvrlvd' value: 1
2025.08.06 11:54:11.617 1: AB_WS_SS DEBUG> current percentage pvrl/pvapifc deviation of hod 12: 59.0 % -> pvrlvd: 1
2025.08.06 11:54:12.076 1: AB_WS_SS DEBUG> collect Producer 01 data - device: AB_WG2KWD =>
2025.08.06 11:54:12.076 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:54:12.077 1: AB_WS_SS DEBUG> collect Producer 02 data - device: AB_NS6KWD =>
2025.08.06 11:54:12.077 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:54:12.078 1: AB_WS_SS DEBUG> collect Meter data - device: Deye_12k_SFD =>
2025.08.06 11:54:12.078 1: AB_WS_SS DEBUG> gcon: 34 W, gfeedin: 0 W, contotal: 0 Wh, feedtotal: 0 Wh
2025.08.06 11:54:12.079 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_12k =>
2025.08.06 11:54:12.079 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2705.5 Wh, totalout: 2399.4 Wh, soc: 48
2025.08.06 11:54:12.080 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_15k =>
2025.08.06 11:54:12.080 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2556.6 Wh, totalout: 2364.5 Wh, soc: 33
2025.08.06 11:54:12.192 1: AB_WS_SS DEBUG> EnergyConsumption input -> PV: 4000 Wh, PP: 0 Wh, GridIn: 0 Wh, GridCon: 0 Wh, BatIn: 1 Wh, BatOut: 0 Wh
2025.08.06 11:54:12.193 1: AB_WS_SS DEBUG> EnergyConsumption result -> 3999 Wh
2025.08.06 11:54:12.197 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1773 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 0 W, GridCon: 34 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:54:12.198 1: AB_WS_SS DEBUG> current Consumption result -> 1807 W
2025.08.06 11:54:12.198 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2120 W
2025.08.06 11:54:14.679 1: AB_WS_SS DEBUG> collect Inverter 01 data - device: Deye_12k_SFD, source: pv, delivery: default =>
2025.08.06 11:54:14.680 1: AB_WS_SS DEBUG> pvOut: 375 W, pvIn: 1290 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2769300 Wh
2025.08.06 11:54:14.681 1: AB_WS_SS DEBUG> collect Inverter 02 data - device: Deye_15k_SFD, source: pv, delivery: default =>
2025.08.06 11:54:14.681 1: AB_WS_SS DEBUG> pvOut: 1385 W, pvIn: 3090 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2868900 Wh
2025.08.06 11:54:14.681 1: AB_WS_SS DEBUG> collect Inverter 03 data - device: Deye_12k_SFD, source: bat, delivery: default =>
2025.08.06 11:54:14.682 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 550 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:54:14.682 1: AB_WS_SS DEBUG> collect Inverter 04 data - device: Deye_15k_SFD, source: bat, delivery: default =>
2025.08.06 11:54:14.682 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 1540 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:54:14.683 1: AB_WS_SS DEBUG> summary data of all Inverters - pv: 1760 W, this hour Generation: 4000 Wh
2025.08.06 11:54:14.683 1: AB_WS_SS DEBUG> State of Plant derating: 0, info: reductionState not set
2025.08.06 11:54:14.683 1: AB_WS_SS DEBUG> currently saved 'pvrlvd' value: 1
2025.08.06 11:54:14.683 1: AB_WS_SS DEBUG> current percentage pvrl/pvapifc deviation of hod 12: 59.0 % -> pvrlvd: 1
2025.08.06 11:54:15.135 1: AB_WS_SS DEBUG> collect Producer 01 data - device: AB_WG2KWD =>
2025.08.06 11:54:15.135 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:54:15.135 1: AB_WS_SS DEBUG> collect Producer 02 data - device: AB_NS6KWD =>
2025.08.06 11:54:15.136 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:54:15.136 1: AB_WS_SS DEBUG> collect Meter data - device: Deye_12k_SFD =>
2025.08.06 11:54:15.136 1: AB_WS_SS DEBUG> gcon: 34 W, gfeedin: 0 W, contotal: 0 Wh, feedtotal: 0 Wh
2025.08.06 11:54:15.137 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_12k =>
2025.08.06 11:54:15.137 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2705.5 Wh, totalout: 2399.4 Wh, soc: 48
2025.08.06 11:54:15.138 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_15k =>
2025.08.06 11:54:15.139 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2556.6 Wh, totalout: 2364.5 Wh, soc: 33
2025.08.06 11:54:15.255 1: AB_WS_SS DEBUG> EnergyConsumption input -> PV: 4000 Wh, PP: 0 Wh, GridIn: 0 Wh, GridCon: 0 Wh, BatIn: 1 Wh, BatOut: 0 Wh
2025.08.06 11:54:15.255 1: AB_WS_SS DEBUG> EnergyConsumption result -> 3999 Wh
2025.08.06 11:54:15.260 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1760 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 0 W, GridCon: 34 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:54:15.260 1: AB_WS_SS DEBUG> current Consumption result -> 1794 W
2025.08.06 11:54:15.260 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2090 W
2025.08.06 11:54:17.570 1: AB_WS_SS DEBUG> collect Inverter 01 data - device: Deye_12k_SFD, source: pv, delivery: default =>
2025.08.06 11:54:17.570 1: AB_WS_SS DEBUG> pvOut: 375 W, pvIn: 1290 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2769300 Wh
2025.08.06 11:54:17.571 1: AB_WS_SS DEBUG> collect Inverter 02 data - device: Deye_15k_SFD, source: pv, delivery: default =>
2025.08.06 11:54:17.571 1: AB_WS_SS DEBUG> pvOut: 1385 W, pvIn: 3100 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 2868900 Wh
2025.08.06 11:54:17.572 1: AB_WS_SS DEBUG> collect Inverter 03 data - device: Deye_12k_SFD, source: bat, delivery: default =>
2025.08.06 11:54:17.572 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 550 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:54:17.573 1: AB_WS_SS DEBUG> collect Inverter 04 data - device: Deye_15k_SFD, source: bat, delivery: default =>
2025.08.06 11:54:17.573 1: AB_WS_SS DEBUG> pvOut: 0 W, pvIn: 0 W, AC->DC: 1540 W, DC->AC: 0 W, etotal: 0 Wh
2025.08.06 11:54:17.573 1: AB_WS_SS DEBUG> summary data of all Inverters - pv: 1760 W, this hour Generation: 4000 Wh
2025.08.06 11:54:17.573 1: AB_WS_SS DEBUG> State of Plant derating: 0, info: reductionState not set
2025.08.06 11:54:17.573 1: AB_WS_SS DEBUG> currently saved 'pvrlvd' value: 1
2025.08.06 11:54:17.573 1: AB_WS_SS DEBUG> current percentage pvrl/pvapifc deviation of hod 12: 59.0 % -> pvrlvd: 1
2025.08.06 11:54:18.024 1: AB_WS_SS DEBUG> collect Producer 01 data - device: AB_WG2KWD =>
2025.08.06 11:54:18.025 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:54:18.025 1: AB_WS_SS DEBUG> collect Producer 02 data - device: AB_NS6KWD =>
2025.08.06 11:54:18.025 1: AB_WS_SS DEBUG> pcurr: 0 W, etotal: 0 Wh
2025.08.06 11:54:18.026 1: AB_WS_SS DEBUG> collect Meter data - device: Deye_12k_SFD =>
2025.08.06 11:54:18.026 1: AB_WS_SS DEBUG> gcon: 34 W, gfeedin: 0 W, contotal: 0 Wh, feedtotal: 0 Wh
2025.08.06 11:54:18.027 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_12k =>
2025.08.06 11:54:18.027 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2705.5 Wh, totalout: 2399.4 Wh, soc: 48
2025.08.06 11:54:18.028 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_15k =>
2025.08.06 11:54:18.028 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2556.6 Wh, totalout: 2364.5 Wh, soc: 33
2025.08.06 11:54:18.139 1: AB_WS_SS DEBUG> EnergyConsumption input -> PV: 4000 Wh, PP: 0 Wh, GridIn: 0 Wh, GridCon: 0 Wh, BatIn: 1 Wh, BatOut: 0 Wh
2025.08.06 11:54:18.140 1: AB_WS_SS DEBUG> EnergyConsumption result -> 3999 Wh
2025.08.06 11:54:18.145 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1760 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 0 W, GridCon: 34 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:54:18.145 1: AB_WS_SS DEBUG> current Consumption result -> 1794 W
2025.08.06 11:54:18.145 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2090 W

DS_Starter · 06 August 2025, 13:19:00

Hallo Chris,

2025.08.06 11:53:57.682 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1729 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 0 W, GridCon: 79 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:53:57.682 1: AB_WS_SS DEBUG> current Consumption result -> 1808 W
2025.08.06 11:53:57.682 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2160 W

2025.08.06 11:54:12.197 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1773 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 0 W, GridCon: 34 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:54:12.198 1: AB_WS_SS DEBUG> current Consumption result -> 1807 W
2025.08.06 11:54:12.198 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2120 W

2025.08.06 11:54:18.145 1: AB_WS_SS DEBUG> current Power values -> PV2Node: 1760 W, PV2Bat: 0, PV2Grid: 0 W, Other: 0 W, GridIn: 0 W, GridCon: 34 W, BatIn: 0 W, BatOut: 0 W
2025.08.06 11:54:18.145 1: AB_WS_SS DEBUG> current Consumption result -> 1794 W
2025.08.06 11:54:18.145 1: AB_WS_SS DEBUG> current Power Battery Inverter -> DC2Inv2Node: 0 W, Node2Inv2DC: 2090 W

In dem Log fällt nun auf, dass deine Batterie In/Out (speziell BatIn) immer 0 W sind! Man sieht dass der Fluß vom Inverterknoten über den Batterieinverter in die Batterie fließt (Node2Inv2DC: ...). Demzufolge darf BatIn auch nicht "0" sein.
Das wird das grundsätzliche Setup-Problem sein.

Hier sieht man es auch nochmal:

Code Auswählen

2025.08.06 11:52:49.459 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_12k =>
2025.08.06 11:52:49.459 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2705.5 Wh, totalout: 2399.4 Wh, soc: 48
2025.08.06 11:52:49.460 1: AB_WS_SS DEBUG> collect Battery Readings data: device=Deye_15k =>
2025.08.06 11:52:49.460 1: AB_WS_SS DEBUG> pin: 0 W, pout: 0 W, totalin: 2556.3 Wh, totalout: 2364.5 Wh, soc: 33

LG,
Heiko

Burny4600 · 06 August 2025, 14:58:40

4 Readings der Batterie sind immer 0

Code Auswählen

Current_PowerBatIn_01 0 W
Current_PowerBatIn_02 0 W
Current_PowerBatOut_01 0 W
Current_PowerBatOut_02 0 W

Nur wo liegt dieser Fehler im Setup? Die Stromflüsse der Batterien sind bei den Batterie-Invertern vorhanden.

Die Definitionen für die Batterien

setupBatteryDev01

Code Auswählen

Deye_12k icon=@dyn:@dyn:@dyn:@dyn show=2:bottom label=beside cap=24000
charge=Akku_SOC__KAP
pin=Akku_Leistung_In__W:W pout=Akku_Leistung_Out__W:W
intotal=Akku_Energie_Ladung_Gesamt__kWh:kWh outtotal=Akku_Energie_Entladung_Gesamt__kWh:kWh
asynchron=0

setupBatteryDev02

Code Auswählen

Deye_15k icon=@dyn:@dyn:@dyn:@dyn show=3:bottom label=beside cap=24000
charge=Akku_SOC__KAP
pin=Akku_Leistung_In__W:W pout=Akku_Leistung_Out__W:W
intotal=Akku_Energie_Ladung_Gesamt__kWh:kWh outtotal=Akku_Energie_Entladung_Gesamt__kWh:kWh
asynchron=0

bzw.

setupInverterDev03

Code Auswählen

Deye_12k_SFD
ac2dc=Akku_Leistung_In__W:W dc2ac=Akku_Leistung_Out__W:W
capacity=24000
strings=none
asynchron=0

setupInverterDev04

Code Auswählen

Deye_15k_SFD
ac2dc=Akku_Leistung_In__W:W dc2ac=Akku_Leistung_Out__W:W
capacity=24000
strings=none
asynchron=0

DS_Starter · 06 August 2025, 15:25:30

Wenn diese Readings immer 0 sind:

Code Auswählen

Current_PowerBatIn_01 0 W
Current_PowerBatIn_02 0 W
Current_PowerBatOut_01 0 W
Current_PowerBatOut_02 0 W

bestätigt es ebenfalls das Debug Log. Dafür zuständig sind die Readings in den Schlüsseln pin=Akku_Leistung_In__W:W pout=Akku_Leistung_Out__W:W der Attr setupBatteryDevXX.
Dort müsstest du ansetzen und diese Readings prüfen, dass sie die aktuellen In/Out DC-Leistungen der Batterien liefern. Siehe dazu die ComRef.

LG,
Heiko

300P · 06 August 2025, 15:36:40

Genau
- schau IM (beide) originalen BatterieDevice ob dort die Werte jeweils in diesen (beiden) BatterieDeviceReading bereitgestellt werden
- oder stimmen evtl. etwa diese originalen BatteryDeviceReadingNamen (puh - schweres Wort) nicht mit diesen Angaben im SF in "pin=xxxx..." bzw. "pout=yyy..... überein??

DS_Starter · 06 August 2025, 17:56:36

@all,

ich habe die V 1.55.0 eingecheckt. Es ist ein relative wichtiges Update, denn es enthält Bugfixes für die vorherige Version. Enthalten ist:

- Bigfixes der V 1.54.7
- werden DWD-Devices für Wetter und/oder Strahlung verwendet, gilt ein neues Minimum von Attr 'forecastDays=2'.
Der Wert wird geprüft und es gibt entsprechende Warnungsausschriften im Log wenn nicht erfüllt.
- die API's holen Werte für die nächsten 72h ab, sofern sie das anbieten (machen nicht alle in der kostenlosen Version)
- in Nexthours sind nun Werte bis zu 72 Stunden, aber nicht mehr als 3 Tage (heute, morgen, übermorgen) enthalten

Die V ist zum sofortigen Download auch im contrib verfügbar.

LG,
Heiko

Burny4600 · 06 August 2025, 19:36:09

Zitat von: DS_Starter am 06 August 2025, 15:25:30........
Dort müsstest du ansetzen und diese Readings prüfen, dass sie die aktuellen In/Out DC-Leistungen der Batterien liefern. Siehe dazu die ComRef.

Ein ganz dummer Fehler. Das setupBatteryDevXX hatte eine falsche Bezeichnung.
Es darf nicht Deye_12k heißen, sondern muss Deye_12k_SFD bzw. Deye_15k_SFD lauten.
Ich habe das bei der Dummy Zusammenfassung bei setupBatteryDevXX übersehen den Anhang anzupassen.

Jetzt gibt es auch Werte bei Current_PowerBatIn_XX und Current_PowerBatOut_XX.

Ich werde anscheinend auch schon blind und nicht nur alt.

druschba · 07 August 2025, 16:22:16

Hallo,

durch die Konfiguration meiner Anlage bräuchte ich ein 5tes InverterDev.
Durch

Code Auswählen

attr solarFC setupInverterDev05 .... scheint das nicht zu gehen.

Gibt es da eine Lösung?

Danke und Grüße

DS_Starter · 07 August 2025, 16:28:58

Zitatdurch die Konfiguration meiner Anlage bräuchte ich ein 5tes InverterDev.

Im Prinzip ist das kein Problem. Ich erweitere die mögliche Konfig nach Bedarf.
Man muß nur schauen dass die Abbildung in der Flußgrafik noch vernünftig funktioniert.
Ich probiere es und melde mich dazu wieder.

LG,
Heiko

druschba · 07 August 2025, 16:33:31

Hi,

Danke.

eine Alternative für mich wäre dann wahrscheinlich 2 Inverter außerhalb des Moduls über ein DummyDevice zu einem zusammenzufassen und dann zu integrieren.
Aber mal schauen, ob das mit dem 5ten funktioniert.

Danke schonmal.

DS_Starter · 07 August 2025, 17:35:15

In meinem contrib liegt die V 1.56.0 mit 5 möglichen Invertern.
In meinem Testaufbau ist die Flow-Darstellung auch problemlos.
Bitte mal ausprobieren.