76_SolarForecast - Informationen/Ideen zu Weiterentwicklung und Support

DS_Starter · 22 Februar 2025, 20:32:05

Um das zu analysieren, schaltest du

ctrlDebug = collectData

ein.
Dann findest du im Log etwa diese Ausschriften:

....
2025.02.22 20:27:12.773 1: SolCast DEBUG> collect Battery data: device=MQTT2_cerboGX_c0619ab34e08_battery =>
2025.02.22 20:27:12.774 1: SolCast DEBUG> pin=0 W, pout=661 W, totalin: 4275553.12124698 Wh, totalout: 4138361.27315344 Wh, soc: 87
....

Die Werte in totalin und totalout müssen sich nach oben bewegen, sobald Energie in die Batterie geladen oder aus der Bat gezogen wird.
Zumindest innerhalb 60 Minuten sollten Werteänderungen feststellbar sein.

DS_Starter · 23 Februar 2025, 11:24:28

@300P,

ich denke ich konnte den/deinen Issue aus #2048 lösen.
In meinem contrib liegt die V 1.46.4 zum Test.

Alle anderen interessierten User sind natürlich auch eingeladen diese Version zu testen.

LG,
Heiko

300P · 23 Februar 2025, 11:57:03

Guten Morgen Heiko,

hab das ,,Special-Update" eingespielt 1 x Restart durchgeführt.

Da ist aktuell ein kleiner Rechenfehler von der virtuellen Erzeugungsbox zum Hausverbrauch.

Dort muss die Einspeisung noch abgezogen werden.
(Siehe Screenshot)

Sobald morgen (am frühen Morgen oder so) die von mir geschilderte Lade-/Entladesituation ansteht melde ich mich ob es sauber dargestellt wird.

Gruß und nochmals Danke für diese schnelle spezielle Anpassung 👍

300P

grappa24 · 23 Februar 2025, 15:36:14

moin,

ich hab jetzt mal angefangen, mich mit der Verbrauchsprognose zu befassen ...

Während die PV Prognose (obere Grafik) wirklich sehr gut ist habe ich bei der Verbrauchsprognose (untere Grafik) jeweils um die Mittagszeit viel zu geringe Prognose ggü dem realen Verbrauch.

Wo kann ich denn da ggf mal ansetzen mit der "Fehlersuche" ?

Dirk070 · 23 Februar 2025, 17:26:21

Zitat von: DS_Starter am 22 Februar 2025, 20:32:05Um das zu analysieren, schaltest du

ctrlDebug = collectData

ein.
Dann findest du im Log etwa diese Ausschriften:

Code Auswählen Erweitern
.... 2025.02.22 20:27:12.773 1: SolCast DEBUG> collect Battery data: device=MQTT2_cerboGX_c0619ab34e08_battery => 2025.02.22 20:27:12.774 1: SolCast DEBUG> pin=0 W, pout=661 W, totalin: 4275553.12124698 Wh, totalout: 4138361.27315344 Wh, soc: 87 ....
Die Werte in totalin und totalout müssen sich nach oben bewegen, sobald Energie in die Batterie geladen oder aus der Bat gezogen wird.
Zumindest innerhalb 60 Minuten sollten Werteänderungen feststellbar sein.

Hallo Heiko,

Danke für die Unterstützung bei der Suche.

Definiert ist wie folgt:

Code Auswählen

e3dc_s10Pro pin=Battery_Power:W pout=-pin intotal:Battery_EnergyCharge:kWh outtotal:Battery_EnergyDischarge:kWh cap=13110 charge=Battery_SOC show=2 asynchron=1

Werte aus dem liefernden Device (E3/DC):

Code Auswählen

Battery_EnergyCharge 5.97 2025-02-23 17:17:38
Battery_EnergyDischarge 1.97 2025-02-23 17:17:38
Battery_SOC 51 2025-02-23 17:09:28

30 Minuten habe ich mitgeloggt, bei den negativen PIN-Werten hätte ich einen POUT erwartet:

Code Auswählen

2025.02.23 15:33:27 1: PV_Forecast DEBUG> collect sunrise/sunset times - device: OpenMeteoDWD-API =>
2025.02.23 15:33:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:33:28 1: PV_Forecast DEBUG> pin=1140 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:33:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:33:38 1: PV_Forecast DEBUG> pin=1155 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:33:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:33:48 1: PV_Forecast DEBUG> pin=1149 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:33:57 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:33:57 1: PV_Forecast DEBUG> pin=1140 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:34:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:34:08 1: PV_Forecast DEBUG> pin=1203 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:34:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:34:18 1: PV_Forecast DEBUG> pin=1092 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:34:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:34:28 1: PV_Forecast DEBUG> pin=906 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:34:32 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:34:32 1: PV_Forecast DEBUG> pin=858 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:34:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:34:38 1: PV_Forecast DEBUG> pin=858 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:34:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:34:48 1: PV_Forecast DEBUG> pin=444 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:34:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:34:58 1: PV_Forecast DEBUG> pin=0 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:35:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:35:08 1: PV_Forecast DEBUG> pin=0 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:35:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:35:18 1: PV_Forecast DEBUG> pin=0 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:35:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:35:28 1: PV_Forecast DEBUG> pin=84 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:35:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:35:38 1: PV_Forecast DEBUG> pin=111 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:35:41 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:35:41 1: PV_Forecast DEBUG> pin=114 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:35:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:35:48 1: PV_Forecast DEBUG> pin=114 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:35:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:35:58 1: PV_Forecast DEBUG> pin=396 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:36:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:36:08 1: PV_Forecast DEBUG> pin=681 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:36:17 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:36:17 1: PV_Forecast DEBUG> pin=1053 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:36:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:36:28 1: PV_Forecast DEBUG> pin=1158 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:36:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:36:38 1: PV_Forecast DEBUG> pin=1134 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:36:47 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:36:47 1: PV_Forecast DEBUG> pin=1167 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:36:51 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:36:51 1: PV_Forecast DEBUG> pin=1167 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:36:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:36:58 1: PV_Forecast DEBUG> pin=1167 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:37:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:37:08 1: PV_Forecast DEBUG> pin=1161 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:37:17 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:37:17 1: PV_Forecast DEBUG> pin=1152 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:37:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:37:28 1: PV_Forecast DEBUG> pin=1167 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:37:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:37:38 1: PV_Forecast DEBUG> pin=1257 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:37:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:37:48 1: PV_Forecast DEBUG> pin=1257 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:37:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:37:58 1: PV_Forecast DEBUG> pin=1152 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 43
2025.02.23 15:38:03 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:38:03 1: PV_Forecast DEBUG> pin=1152 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:38:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:38:08 1: PV_Forecast DEBUG> pin=1152 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:38:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:38:18 1: PV_Forecast DEBUG> pin=1134 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:38:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:38:28 1: PV_Forecast DEBUG> pin=1062 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:38:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:38:38 1: PV_Forecast DEBUG> pin=1152 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:38:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:38:48 1: PV_Forecast DEBUG> pin=1146 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:38:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:38:58 1: PV_Forecast DEBUG> pin=1146 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:39:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:39:08 1: PV_Forecast DEBUG> pin=1125 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:39:12 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:39:12 1: PV_Forecast DEBUG> pin=1113 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:39:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:39:18 1: PV_Forecast DEBUG> pin=1113 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:39:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:39:28 1: PV_Forecast DEBUG> pin=1119 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:39:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:39:38 1: PV_Forecast DEBUG> pin=1209 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:39:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:39:48 1: PV_Forecast DEBUG> pin=1119 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:39:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:39:58 1: PV_Forecast DEBUG> pin=1140 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:40:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:40:08 1: PV_Forecast DEBUG> pin=1140 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:40:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:40:18 1: PV_Forecast DEBUG> pin=1164 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:40:23 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:40:23 1: PV_Forecast DEBUG> pin=1137 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:40:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:40:28 1: PV_Forecast DEBUG> pin=1137 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:40:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:40:38 1: PV_Forecast DEBUG> pin=1215 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:40:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:40:48 1: PV_Forecast DEBUG> pin=1215 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:40:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:40:58 1: PV_Forecast DEBUG> pin=1215 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:41:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:41:08 1: PV_Forecast DEBUG> pin=1215 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:41:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:41:18 1: PV_Forecast DEBUG> pin=1179 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:41:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:41:28 1: PV_Forecast DEBUG> pin=1173 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:41:32 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:41:32 1: PV_Forecast DEBUG> pin=1218 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:41:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:41:38 1: PV_Forecast DEBUG> pin=1218 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:41:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:41:48 1: PV_Forecast DEBUG> pin=1194 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:41:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:41:58 1: PV_Forecast DEBUG> pin=1179 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:42:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:42:08 1: PV_Forecast DEBUG> pin=1167 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:42:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:42:18 1: PV_Forecast DEBUG> pin=1164 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:42:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:42:28 1: PV_Forecast DEBUG> pin=1173 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:42:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:42:38 1: PV_Forecast DEBUG> pin=1158 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:42:42 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:42:42 1: PV_Forecast DEBUG> pin=1173 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:42:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:42:48 1: PV_Forecast DEBUG> pin=1173 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:42:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:42:58 1: PV_Forecast DEBUG> pin=1179 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:43:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:43:08 1: PV_Forecast DEBUG> pin=1200 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:43:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:43:18 1: PV_Forecast DEBUG> pin=1206 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:43:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:43:28 1: PV_Forecast DEBUG> pin=1194 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 44
2025.02.23 15:43:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:43:38 1: PV_Forecast DEBUG> pin=1170 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:43:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:43:48 1: PV_Forecast DEBUG> pin=1185 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:43:53 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:43:53 1: PV_Forecast DEBUG> pin=1167 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:43:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:43:58 1: PV_Forecast DEBUG> pin=1167 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:44:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:44:08 1: PV_Forecast DEBUG> pin=1164 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:44:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:44:18 1: PV_Forecast DEBUG> pin=1164 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:44:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:44:28 1: PV_Forecast DEBUG> pin=1176 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:44:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:44:38 1: PV_Forecast DEBUG> pin=1125 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:44:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:44:48 1: PV_Forecast DEBUG> pin=1164 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:44:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:44:58 1: PV_Forecast DEBUG> pin=1149 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:45:02 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:45:02 1: PV_Forecast DEBUG> pin=1149 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:45:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:45:08 1: PV_Forecast DEBUG> pin=1149 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:45:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:45:18 1: PV_Forecast DEBUG> pin=1158 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:45:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:45:28 1: PV_Forecast DEBUG> pin=1152 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:45:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:45:38 1: PV_Forecast DEBUG> pin=1014 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:45:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:45:48 1: PV_Forecast DEBUG> pin=882 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:45:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:45:58 1: PV_Forecast DEBUG> pin=912 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:46:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:46:08 1: PV_Forecast DEBUG> pin=1041 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:46:12 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:46:12 1: PV_Forecast DEBUG> pin=945 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:46:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:46:18 1: PV_Forecast DEBUG> pin=945 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:46:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:46:28 1: PV_Forecast DEBUG> pin=903 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:46:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:46:38 1: PV_Forecast DEBUG> pin=903 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:46:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:46:48 1: PV_Forecast DEBUG> pin=816 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:46:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:46:58 1: PV_Forecast DEBUG> pin=828 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:47:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:47:08 1: PV_Forecast DEBUG> pin=-768 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:47:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:47:18 1: PV_Forecast DEBUG> pin=657 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:47:23 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:47:23 1: PV_Forecast DEBUG> pin=-591 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:47:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:47:28 1: PV_Forecast DEBUG> pin=-591 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:47:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:47:38 1: PV_Forecast DEBUG> pin=-537 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:47:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:47:48 1: PV_Forecast DEBUG> pin=-447 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:47:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:47:58 1: PV_Forecast DEBUG> pin=-654 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:48:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:48:08 1: PV_Forecast DEBUG> pin=375 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:48:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:48:18 1: PV_Forecast DEBUG> pin=381 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:48:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:48:28 1: PV_Forecast DEBUG> pin=273 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:48:32 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:48:32 1: PV_Forecast DEBUG> pin=-495 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:48:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:48:38 1: PV_Forecast DEBUG> pin=-495 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:48:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:48:48 1: PV_Forecast DEBUG> pin=-459 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:48:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:48:58 1: PV_Forecast DEBUG> pin=-198 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:49:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:49:08 1: PV_Forecast DEBUG> pin=-285 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:49:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:49:18 1: PV_Forecast DEBUG> pin=810 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:49:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:49:28 1: PV_Forecast DEBUG> pin=810 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:49:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:49:38 1: PV_Forecast DEBUG> pin=570 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:49:43 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:49:43 1: PV_Forecast DEBUG> pin=279 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:49:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:49:48 1: PV_Forecast DEBUG> pin=279 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:49:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:49:58 1: PV_Forecast DEBUG> pin=222 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:50:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:50:08 1: PV_Forecast DEBUG> pin=285 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:50:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:50:18 1: PV_Forecast DEBUG> pin=540 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:50:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:50:28 1: PV_Forecast DEBUG> pin=714 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:50:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:50:38 1: PV_Forecast DEBUG> pin=789 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:50:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:50:48 1: PV_Forecast DEBUG> pin=789 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:50:53 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:50:53 1: PV_Forecast DEBUG> pin=777 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:50:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:50:58 1: PV_Forecast DEBUG> pin=777 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:51:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:51:08 1: PV_Forecast DEBUG> pin=768 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:51:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:51:18 1: PV_Forecast DEBUG> pin=747 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:51:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:51:28 1: PV_Forecast DEBUG> pin=759 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:51:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:51:38 1: PV_Forecast DEBUG> pin=762 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:51:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:51:48 1: PV_Forecast DEBUG> pin=735 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:51:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:51:58 1: PV_Forecast DEBUG> pin=684 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:52:02 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:52:02 1: PV_Forecast DEBUG> pin=672 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:52:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:52:08 1: PV_Forecast DEBUG> pin=672 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:52:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:52:18 1: PV_Forecast DEBUG> pin=603 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:52:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:52:28 1: PV_Forecast DEBUG> pin=567 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:52:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:52:38 1: PV_Forecast DEBUG> pin=567 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:52:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:52:48 1: PV_Forecast DEBUG> pin=621 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:52:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:52:58 1: PV_Forecast DEBUG> pin=567 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:53:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:53:08 1: PV_Forecast DEBUG> pin=615 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:53:12 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:53:12 1: PV_Forecast DEBUG> pin=624 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:53:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:53:18 1: PV_Forecast DEBUG> pin=624 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:53:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:53:28 1: PV_Forecast DEBUG> pin=630 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:53:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:53:38 1: PV_Forecast DEBUG> pin=588 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:53:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:53:48 1: PV_Forecast DEBUG> pin=540 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:53:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:53:58 1: PV_Forecast DEBUG> pin=657 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:54:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:54:08 1: PV_Forecast DEBUG> pin=699 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 45
2025.02.23 15:54:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:54:18 1: PV_Forecast DEBUG> pin=684 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:54:23 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:54:23 1: PV_Forecast DEBUG> pin=645 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:54:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:54:28 1: PV_Forecast DEBUG> pin=645 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:54:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:54:38 1: PV_Forecast DEBUG> pin=588 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:54:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:54:48 1: PV_Forecast DEBUG> pin=609 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:54:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:54:58 1: PV_Forecast DEBUG> pin=615 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:55:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:55:08 1: PV_Forecast DEBUG> pin=615 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:55:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:55:18 1: PV_Forecast DEBUG> pin=624 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:55:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:55:28 1: PV_Forecast DEBUG> pin=603 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:55:32 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:55:32 1: PV_Forecast DEBUG> pin=621 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:55:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:55:38 1: PV_Forecast DEBUG> pin=621 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:55:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:55:48 1: PV_Forecast DEBUG> pin=651 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:55:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:55:58 1: PV_Forecast DEBUG> pin=672 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:56:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:56:08 1: PV_Forecast DEBUG> pin=645 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:56:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:56:18 1: PV_Forecast DEBUG> pin=669 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:56:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:56:28 1: PV_Forecast DEBUG> pin=642 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:56:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:56:38 1: PV_Forecast DEBUG> pin=621 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:56:42 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:56:42 1: PV_Forecast DEBUG> pin=624 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:56:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:56:48 1: PV_Forecast DEBUG> pin=624 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:56:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:56:58 1: PV_Forecast DEBUG> pin=669 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:57:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:57:08 1: PV_Forecast DEBUG> pin=663 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:57:18 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:57:18 1: PV_Forecast DEBUG> pin=672 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:57:28 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:57:28 1: PV_Forecast DEBUG> pin=672 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:57:38 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:57:38 1: PV_Forecast DEBUG> pin=669 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:57:48 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:57:48 1: PV_Forecast DEBUG> pin=642 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:57:53 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:57:53 1: PV_Forecast DEBUG> pin=642 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:57:58 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:57:58 1: PV_Forecast DEBUG> pin=642 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46
2025.02.23 15:58:08 1: PV_Forecast DEBUG> collect Battery data: device=e3dc_s10Pro =>
2025.02.23 15:58:08 1: PV_Forecast DEBUG> pin=600 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 46

DS_Starter · 23 Februar 2025, 17:27:33

ZitatWo kann ich denn da ggf mal ansetzen mit der "Fehlersuche" ?

Lies dir mal das Kapitel im Wiki durch und vergleiche die Empfehlungen mit deinen Einstellungen. Möglicherweise erreichst du damit bereits eine deutliche Verbesserung.

LG

DS_Starter · 23 Februar 2025, 17:45:37

Hallo Dirk,

Zitat30 Minuten habe ich mitgeloggt, bei den negativen PIN-Werten hätte ich einen POUT erwartet:

Ja das stimmt. Das ist allerdings nur eine ungünstige Debug Ausgabe. Das ändere ich im nächsten Release.

Aber dein Hauptproblem ist, dass intotal bzw. outtotal nichts bringen. Und das liegt an einer falschen Syntax im Attribut:

Falsch:

Code Auswählen

intotal:Battery_EnergyCharge:kWh outtotal:Battery_EnergyDischarge:kWh

Richtig:
intotal=Battery_EnergyCharge:kWh outtotal=Battery_EnergyDischarge:kWh

Nach einer Änderung kommen die Werte sicherlich wie erwartet.

DS_Starter · 23 Februar 2025, 18:21:29

Die Debug Ausgabe ist nun etwas erweitert um die Special Cases besser darzustellen:

2025.02.23 18:05:35.161 1: SolCast6 DEBUG> collect Battery Readings data: device=BatteryDummy2 =>
2025.02.23 18:05:35.162 1: SolCast6 DEBUG> pin=-200 W, pout=0 W, totalin: 0 Wh, totalout: 0 Wh, soc: 15
2025.02.23 18:05:35.164 1: SolCast6 DEBUG> Battery Power data after resolving the special case 'pou eq -pin' =>
2025.02.23 18:05:35.165 1: SolCast6 DEBUG> pin=0 W, pout=200 W

Findet sich im kommenden Release wieder.

Dirk070 · 23 Februar 2025, 18:46:36

Zitat von: DS_Starter am 23 Februar 2025, 17:45:37Hallo Dirk,

Zitat30 Minuten habe ich mitgeloggt, bei den negativen PIN-Werten hätte ich einen POUT erwartet:
Ja das stimmt. Das ist allerdings nur eine ungünstige Debug Ausgabe. Das ändere ich im nächsten Release.

Aber dein Hauptproblem ist, dass intotal bzw. outtotal nichts bringen. Und das liegt an einer falschen Syntax im Attribut:

Falsch:
Code Auswählen Erweitern
intotal:Battery_EnergyCharge:kWh outtotal:Battery_EnergyDischarge:kWh
Richtig:
intotal=Battery_EnergyCharge:kWh outtotal=Battery_EnergyDischarge:kWh

Nach einer Änderung kommen die Werte sicherlich wie erwartet.

Es darf nicht wahr sein

Zig-Mal kontrolliert und jedesmal übersehen. Vielen Dank!!!!!!

DS_Starter · 23 Februar 2025, 18:50:52

ZitatZig-Mal kontrolliert und jdesmal übersehen.

Das passiert ... mir auch. Gerade auch wenn ich Support leiste, sehr leicht überliest man etwas.

peterboeckmann · 23 Februar 2025, 19:07:01

Hallo zusammen,

ich sehe hier auf manchen Screenshots zwischen den Symbolen für das Wetter und der ersten Balkengrafik Batteriesymbole.
Im Wiki habe ich dazu nichts gefunden. Ich vermute, es stellt jeweils den Batteriezustand dar?
Was muss ich dafür konfigurieren?

Danke für einen kleinen Tipp!

Viele Grüße,
Peter

EDIT: Hab's gefunden. Am setupBatteryDev. Gibt es die Option ,,show"...

DS_Starter · 23 Februar 2025, 19:47:17

Hallo Peter,

und ich habe soeben dazu einen Wiki-Beitrag erstellt.

LG,
Heiko

300P · 24 Februar 2025, 09:25:41

Zitat von: DS_Starter am 23 Februar 2025, 11:24:28@300P,

ich denke ich konnte den/deinen Issue aus #2048 lösen.
In meinem contrib liegt die V 1.46.4 zum Test.

Alle anderen interessierten User sind natürlich auch eingeladen diese Version zu testen.

LG,
Heiko

Guten Morgen Heiko,

grad hab ich es ein nochmals wie angekündigt paar Minuten beobachtet.

Soweit alles okay - nur wenn eingespeist wird - dann wird dieser Einspeisewwert nicht vom Wert der von der virtuellen Box zum Haus geht abgezogen.

Gruß
300P

DS_Starter · 24 Februar 2025, 14:09:51

Ich habe nochmal was geändert.
Zieh bitte nochmal aus meinem contrib.

LG

300P · 24 Februar 2025, 14:21:31

Hab es neu gezogen - Ergebnis dann später
Danke
300P