ZitatDaraufhin wird die Seite neu geladen, was wiederum eine modale TextBox sofort beendet.Mir ist noch die Reihenfolge unklar: loest das set ein FW_directNotify aus, oder sind beide im gleichen Block?
ZitatEs stellt sich hier die Frage, warum muss es ein Reading geben.Muss nicht, ist aber oft der Fall.
Hyper2000 pin=outputPackPower:W pout=packInputPower:W intotal=energy_total_batteryOutput:Wh outtotal=energy_total_batteryInput:Wh pinmax=1200 poutmax=1200 cap=1920 charge=electricLevel show=2:bottom asynchron=1 label=below026.05.15 12:44:00.204 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:00.204 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:00.256 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:00.269 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:00.269 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:00.321 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:00.408 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:00.408 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:00.460 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:00.744 1: PV_forecast DEBUG> collect Inverter 01 data - device: SE3500H, source: pv, delivery: default =>
2026.05.15 12:44:00.744 1: PV_forecast DEBUG> pvOut: 1348 W, pvIn: 1348 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 19379770 Wh
2026.05.15 12:44:00.745 1: PV_forecast DEBUG> collect Inverter 02 data - device: Hyper2000, source: pv, delivery: bat =>
2026.05.15 12:44:00.745 1: PV_forecast DEBUG> pvOut: 325 W, pvIn: 325 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 1173246 Wh
2026.05.15 12:44:00.745 1: PV_forecast DEBUG> summary data of all Inverters - pv: 1673 W, this hour Generation: 1605 Wh
2026.05.15 12:44:00.745 1: PV_forecast DEBUG> State of Plant derating: 0, info: reductionState not set
2026.05.15 12:44:00.745 1: PV_forecast DEBUG> currently saved 'pvrlvd' value: 1
2026.05.15 12:44:00.745 1: PV_forecast DEBUG> current percentage pvrl/pvapifc deviation of hod 13: 112.6 % -> pvrlvd: 1
2026.05.15 12:44:00.771 1: PV_forecast DEBUG> collect Energy Meter data - device: ShellyPro_3EM =>
2026.05.15 12:44:00.771 1: PV_forecast DEBUG> gcon: 0 W, gfeedin: 1296.2 W, contotal: 1751 Wh, feedtotal: 15969.05 Wh
2026.05.15 12:44:00.771 1: PV_forecast DEBUG> write to pvHistory - day: 15, hod: 13, GridConsumption (gcons): 0 Wh
2026.05.15 12:44:00.772 1: PV_forecast DEBUG> collect Battery Readings data: device=Hyper2000 =>
2026.05.15 12:44:00.772 1: PV_forecast DEBUG> pin: 0 W, pout: 0 W, totalin: 1022297.71 Wh, totalout: 792448.22 Wh, soc: 100
2026.05.15 12:44:00.783 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:00.811 1: PV_forecast DEBUG> EnergyConsumption input -> PV: 1605 Wh, PP: 0 Wh, GridIn: 1354 Wh, GridCon: 0 Wh, BatIn: 0 Wh, BatOut: 0 Wh
2026.05.15 12:44:00.811 1: PV_forecast DEBUG> EnergyConsumption result -> 251 Wh
2026.05.15 12:44:00.812 1: PV_forecast DEBUG> current Power values -> PV2Node: 1348 W, PV2Bat: 325, PV2Grid: 0 W, Other: 0 W, GridIn: 1296 W, GridCon: 0 W
2026.05.15 12:44:00.812 1: PV_forecast DEBUG> current Power Battery -> BatIn: 0 W (Node2Inv2DC: 0 W), BatOut: 0 W (DC2Inv2Node: 0 W)
2026.05.15 12:44:00.812 1: PV_forecast DEBUG> current Consumption result -> 377 W
2026.05.15 12:44:00.852 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:00.852 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:00.904 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:00.917 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:00.917 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:00.969 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:01.227 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:01.227 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:01.280 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:02.030 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:02.031 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:02.084 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:02.098 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:02.098 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:02.150 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:02.989 1: PV_forecast DEBUG> collect Inverter 01 data - device: SE3500H, source: pv, delivery: default =>
2026.05.15 12:44:02.989 1: PV_forecast DEBUG> pvOut: 1348 W, pvIn: 1348 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 19379770 Wh
2026.05.15 12:44:02.990 1: PV_forecast DEBUG> collect Inverter 02 data - device: Hyper2000, source: pv, delivery: bat =>
2026.05.15 12:44:02.990 1: PV_forecast DEBUG> pvOut: 333 W, pvIn: 333 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 1173246 Wh
2026.05.15 12:44:02.990 1: PV_forecast DEBUG> summary data of all Inverters - pv: 1681 W, this hour Generation: 1605 Wh
2026.05.15 12:44:02.990 1: PV_forecast DEBUG> State of Plant derating: 0, info: reductionState not set
2026.05.15 12:44:02.990 1: PV_forecast DEBUG> currently saved 'pvrlvd' value: 1
2026.05.15 12:44:02.990 1: PV_forecast DEBUG> current percentage pvrl/pvapifc deviation of hod 13: 112.6 % -> pvrlvd: 1
2026.05.15 12:44:03.017 1: PV_forecast DEBUG> collect Energy Meter data - device: ShellyPro_3EM =>
2026.05.15 12:44:03.017 1: PV_forecast DEBUG> gcon: 0 W, gfeedin: 1296.2 W, contotal: 1751 Wh, feedtotal: 15969.05 Wh
2026.05.15 12:44:03.018 1: PV_forecast DEBUG> write to pvHistory - day: 15, hod: 13, GridConsumption (gcons): 0 Wh
2026.05.15 12:44:03.018 1: PV_forecast DEBUG> collect Battery Readings data: device=Hyper2000 =>
2026.05.15 12:44:03.018 1: PV_forecast DEBUG> pin: 0 W, pout: 0 W, totalin: 1022297.71 Wh, totalout: 792448.22 Wh, soc: 100
2026.05.15 12:44:03.030 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:03.057 1: PV_forecast DEBUG> EnergyConsumption input -> PV: 1605 Wh, PP: 0 Wh, GridIn: 1354 Wh, GridCon: 0 Wh, BatIn: 0 Wh, BatOut: 0 Wh
2026.05.15 12:44:03.057 1: PV_forecast DEBUG> EnergyConsumption result -> 251 Wh
2026.05.15 12:44:03.058 1: PV_forecast DEBUG> current Power values -> PV2Node: 1348 W, PV2Bat: 333, PV2Grid: 0 W, Other: 0 W, GridIn: 1296 W, GridCon: 0 W
2026.05.15 12:44:03.058 1: PV_forecast DEBUG> current Power Battery -> BatIn: 0 W (Node2Inv2DC: 0 W), BatOut: 0 W (DC2Inv2Node: 0 W)
2026.05.15 12:44:03.058 1: PV_forecast DEBUG> current Consumption result -> 385 W
2026.05.15 12:44:03.097 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:03.098 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:03.150 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:03.162 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:03.162 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:03.214 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:04.286 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:04.286 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:04.338 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:04.351 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:04.351 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:04.403 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:05.208 1: PV_forecast DEBUG> collect Inverter 01 data - device: SE3500H, source: pv, delivery: default =>
2026.05.15 12:44:05.208 1: PV_forecast DEBUG> pvOut: 1348 W, pvIn: 1348 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 19379770 Wh
2026.05.15 12:44:05.208 1: PV_forecast DEBUG> collect Inverter 02 data - device: Hyper2000, source: pv, delivery: bat =>
2026.05.15 12:44:05.208 1: PV_forecast DEBUG> pvOut: 345 W, pvIn: 345 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 1173246 Wh
2026.05.15 12:44:05.208 1: PV_forecast DEBUG> summary data of all Inverters - pv: 1693 W, this hour Generation: 1605 Wh
2026.05.15 12:44:05.209 1: PV_forecast DEBUG> State of Plant derating: 0, info: reductionState not set
2026.05.15 12:44:05.209 1: PV_forecast DEBUG> currently saved 'pvrlvd' value: 1
2026.05.15 12:44:05.209 1: PV_forecast DEBUG> current percentage pvrl/pvapifc deviation of hod 13: 112.6 % -> pvrlvd: 1
2026.05.15 12:44:05.234 1: PV_forecast DEBUG> collect Energy Meter data - device: ShellyPro_3EM =>
2026.05.15 12:44:05.234 1: PV_forecast DEBUG> gcon: 0 W, gfeedin: 1296.2 W, contotal: 1751 Wh, feedtotal: 15969.05 Wh
2026.05.15 12:44:05.235 1: PV_forecast DEBUG> write to pvHistory - day: 15, hod: 13, GridConsumption (gcons): 0 Wh
2026.05.15 12:44:05.235 1: PV_forecast DEBUG> collect Battery Readings data: device=Hyper2000 =>
2026.05.15 12:44:05.235 1: PV_forecast DEBUG> pin: 0 W, pout: 0 W, totalin: 1022297.71 Wh, totalout: 792448.22 Wh, soc: 100
2026.05.15 12:44:05.246 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:05.273 1: PV_forecast DEBUG> EnergyConsumption input -> PV: 1605 Wh, PP: 0 Wh, GridIn: 1354 Wh, GridCon: 0 Wh, BatIn: 0 Wh, BatOut: 0 Wh
2026.05.15 12:44:05.273 1: PV_forecast DEBUG> EnergyConsumption result -> 251 Wh
2026.05.15 12:44:05.274 1: PV_forecast DEBUG> current Power values -> PV2Node: 1348 W, PV2Bat: 345, PV2Grid: 0 W, Other: 0 W, GridIn: 1296 W, GridCon: 0 W
2026.05.15 12:44:05.274 1: PV_forecast DEBUG> current Power Battery -> BatIn: 0 W (Node2Inv2DC: 0 W), BatOut: 0 W (DC2Inv2Node: 0 W)
2026.05.15 12:44:05.274 1: PV_forecast DEBUG> current Consumption result -> 397 W
2026.05.15 12:44:05.314 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:05.314 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:05.366 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:05.379 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:05.379 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:05.431 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:06.497 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:06.497 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:06.549 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:06.562 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:06.562 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:06.614 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:07.491 1: PV_forecast DEBUG> collect Inverter 01 data - device: SE3500H, source: pv, delivery: default =>
2026.05.15 12:44:07.491 1: PV_forecast DEBUG> pvOut: 1348 W, pvIn: 1348 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 19379770 Wh
2026.05.15 12:44:07.493 1: PV_forecast DEBUG> collect Inverter 02 data - device: Hyper2000, source: pv, delivery: bat =>
2026.05.15 12:44:07.493 1: PV_forecast DEBUG> pvOut: 368 W, pvIn: 368 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 1173261 Wh
2026.05.15 12:44:07.493 1: PV_forecast DEBUG> summary data of all Inverters - pv: 1716 W, this hour Generation: 1620 Wh
2026.05.15 12:44:07.493 1: PV_forecast DEBUG> State of Plant derating: 0, info: reductionState not set
2026.05.15 12:44:07.493 1: PV_forecast DEBUG> currently saved 'pvrlvd' value: 1
2026.05.15 12:44:07.493 1: PV_forecast DEBUG> current percentage pvrl/pvapifc deviation of hod 13: 110.6 % -> pvrlvd: 1
2026.05.15 12:44:07.522 1: PV_forecast DEBUG> collect Energy Meter data - device: ShellyPro_3EM =>
2026.05.15 12:44:07.522 1: PV_forecast DEBUG> gcon: 0 W, gfeedin: 1494.3 W, contotal: 1751 Wh, feedtotal: 15969.05 Wh
2026.05.15 12:44:07.522 1: PV_forecast DEBUG> write to pvHistory - day: 15, hod: 13, GridConsumption (gcons): 0 Wh
2026.05.15 12:44:07.523 1: PV_forecast DEBUG> collect Battery Readings data: device=Hyper2000 =>
2026.05.15 12:44:07.523 1: PV_forecast DEBUG> pin: 0 W, pout: 0 W, totalin: 1022297.71 Wh, totalout: 792448.22 Wh, soc: 100
2026.05.15 12:44:07.536 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:07.566 1: PV_forecast DEBUG> EnergyConsumption input -> PV: 1605 Wh, PP: 0 Wh, GridIn: 1354 Wh, GridCon: 0 Wh, BatIn: 0 Wh, BatOut: 0 Wh
2026.05.15 12:44:07.566 1: PV_forecast DEBUG> EnergyConsumption result -> 251 Wh
2026.05.15 12:44:07.568 1: PV_forecast DEBUG> current Power values -> PV2Node: 1348 W, PV2Bat: 368, PV2Grid: 0 W, Other: 0 W, GridIn: 1494 W, GridCon: 0 W
2026.05.15 12:44:07.568 1: PV_forecast DEBUG> current Power Battery -> BatIn: 0 W (Node2Inv2DC: 0 W), BatOut: 0 W (DC2Inv2Node: 0 W)
2026.05.15 12:44:07.568 1: PV_forecast DEBUG> current Consumption result -> 222 W
2026.05.15 12:44:07.613 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:07.613 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:07.672 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:07.687 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:07.687 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:07.739 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:08.812 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:08.812 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:08.865 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:08.878 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:08.878 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:08.931 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:09.678 1: PV_forecast DEBUG> collect Inverter 01 data - device: SE3500H, source: pv, delivery: default =>
2026.05.15 12:44:09.678 1: PV_forecast DEBUG> pvOut: 1348 W, pvIn: 1348 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 19379770 Wh
2026.05.15 12:44:09.678 1: PV_forecast DEBUG> collect Inverter 02 data - device: Hyper2000, source: pv, delivery: bat =>
2026.05.15 12:44:09.678 1: PV_forecast DEBUG> pvOut: 403 W, pvIn: 403 W, AC->DC: 0 W, DC->AC: 0 W, etotal: 1173261 Wh
2026.05.15 12:44:09.679 1: PV_forecast DEBUG> summary data of all Inverters - pv: 1751 W, this hour Generation: 1620 Wh
2026.05.15 12:44:09.679 1: PV_forecast DEBUG> State of Plant derating: 0, info: reductionState not set
2026.05.15 12:44:09.679 1: PV_forecast DEBUG> currently saved 'pvrlvd' value: 1
2026.05.15 12:44:09.679 1: PV_forecast DEBUG> current percentage pvrl/pvapifc deviation of hod 13: 110.6 % -> pvrlvd: 1
2026.05.15 12:44:09.705 1: PV_forecast DEBUG> collect Energy Meter data - device: ShellyPro_3EM =>
2026.05.15 12:44:09.705 1: PV_forecast DEBUG> gcon: 0 W, gfeedin: 1494.3 W, contotal: 1751 Wh, feedtotal: 15969.05 Wh
2026.05.15 12:44:09.705 1: PV_forecast DEBUG> write to pvHistory - day: 15, hod: 13, GridConsumption (gcons): 0 Wh
2026.05.15 12:44:09.705 1: PV_forecast DEBUG> collect Battery Readings data: device=Hyper2000 =>
2026.05.15 12:44:09.705 1: PV_forecast DEBUG> pin: 0 W, pout: 0 W, totalin: 1022297.71 Wh, totalout: 792448.22 Wh, soc: 100
2026.05.15 12:44:09.717 1: PV_forecast DEBUG> consumer=01 activated=1
2026.05.15 12:44:09.744 1: PV_forecast DEBUG> EnergyConsumption input -> PV: 1620 Wh, PP: 0 Wh, GridIn: 1354 Wh, GridCon: 0 Wh, BatIn: 0 Wh, BatOut: 0 Wh
2026.05.15 12:44:09.744 1: PV_forecast DEBUG> EnergyConsumption result -> 266 Wh
2026.05.15 12:44:09.745 1: PV_forecast DEBUG> current Power values -> PV2Node: 1348 W, PV2Bat: 403, PV2Grid: 0 W, Other: 0 W, GridIn: 1494 W, GridCon: 0 W
2026.05.15 12:44:09.745 1: PV_forecast DEBUG> current Power Battery -> BatIn: 0 W (Node2Inv2DC: 0 W), BatOut: 0 W (DC2Inv2Node: 0 W)
2026.05.15 12:44:09.745 1: PV_forecast DEBUG> current Consumption result -> 257 WstateFormat <img src="[wz_KODI:thumbnail]" width="30%" height="30%">Das funktioniert bei TV und Filmen (Serein) aber nicht bei MP3 wiedergabe. Da bekomme ich kein Bild angezeigt.ZitatDa sind m.A.n. irgendwelche zeitlichen Abhängigkeiten die da einwirkenDiese Abhängigkeiten gab es dann den gesamten Vormittag. Es kam jedenfalls nicht zu einem Fluss zwischen Knoten und Akku