Nulleinspeisung: sehr lange Startzeiten beim HMS-1000-2t #1342

Fokker-1 · 2024-10-23T17:19:21Z

Fokker-1
Oct 23, 2024

Hallo,

ich habe kürzlich eine Nulleinspeisung mit Akku (LiFe 25,6 V / 100 A) in Betrieb genommen:

Lader: Meanwell NPB-1200-24 mit Trucki-Stick T2MG
Einspeisung ins 230 V Netz: HMS-1000-2t (WR)
Referenzdaten für Bezug / Export bei Laden und Einspeisen: Hichi IR-Leser am Zähler (eHz)
Regelung bei Einspeisung: über openDTU on Battery
Regelung bei Laden: über Trucki-Stick.

Grundsätzlich funktioniert das System schon recht gut.

Aber es gibt ein Problem beim Einspeisen.
Der WR hat die Unart, dass er gelegentlich abschaltet, auch wenn noch reichlich "Bezug" vorhanden ist, z..B. 150 W.
Auch wenn man diesen Wert dann noch deutlich erhöht, z. B. auf 1,5 kW, startet der WR nicht zeitnah. Bis ein Starten erfolgt, vergehen meisten so um die 7 Minuten, häufig aber auch bis zu 15 Minuten.

In der Zwischenzeit ist die Anzeigefarbe bei der oDTU onBatt gelb (orange?) und alle Werte werden auch korrekt angezeigt - nur startet er nicht.

Eigentümlich auch, dass die grüne LED am WR i.d.R im Takt von ca. 4 sec (!) blinkt. Diese Blinkrate steht nicht im Manual. Ich habe bei der Hotline daher nachgefragt: kennt man dort nicht ...

Hat jemend hier eine Idee, wie man diesem Problem des verzögerten Startens beikommen könnte?

Hier meine Konfiguration:

Dieses Verhalten tritt auch auf, wenn der Lader abgeschaltet ist und damit gegenseitige Beinflussungen nicht stattfinden können.

Das System ist sorgfältig konfiguriert.
Die beiden Strings sind direkt hinter den BC-4 Steckern jeweils für Plus und Minus zusammen geführt. Hier ist ja Vorsicht geboten, denn die Minusleitungen der beiden Strings sind intern im WR verbunden. Erst an der Zusammenführung geht das DC-Kabel dann zum Akku. Die Leistung beider Strings ist bei Volllast daher auch bis auf 0,5 W identisch, passt also prima.

Die maximale Leistung habe ich so begrenzt, dass der maximale DC-Strom je String 16 A beträgt (Datenblatt: <16,5 A).

Das alles funktioniert gut - nur das Starten hat diese höchst unpassende Verzögerung.

Schon mal vielen Dank im Voraus für hilfreiche Informationen.

Gruß
Werner

Fokker-1 · 2024-10-23T17:26:52Z

Fokker-1
Oct 23, 2024
Author

Zu meinem vorherigen Post noch eine zusätzliche Frage:

Hier verstehe ich den Satz nicht:
"Falls der Wechselrichter nur mit einem kleinerem Limit betrieben werden könnte ... => dann Standby."

Das steht bei "minimales Leistungslimit". Verstehen würde ich: statt "nur" => "nicht" - oder bin ich da auf dem Holzweg?

Danke und Grüße
Werner

1 reply

spcqike Oct 23, 2024

Zum Limit:

wenn dein berechnet Limit bspw 5W ist, so ist es kleiner als 20W und daher versetzt die openDTU onBattery den WR in den standby.

Erst ab 21W (oder vielleicht doch genau 20W?) startet der WR.

Hintergrund:
Ein HMS-2000 bspw läuft bei kleinen Limits sehr unruhig und hängt sich ggf. Auf. 20W sind ja auch nur 1% in dem Fall.

Das Problem haben alle hoymiles. 10-12W proMPPT gelten als stabil.

Daher könnten auch deine 20W Probleme machen und ein aufhängen des WR bewirken.

Was steht denn in der Konsole? Aktiviere dich mal die ausführliche protokollierung im DPL und lass die Konsole mitlaufen

Fokker-1 · 2024-10-24T08:58:20Z

Fokker-1
Oct 24, 2024
Author

Hallo,

vielen Dank für die Erläuterungen, das ist so nachvollziehbar.

Ich habe nun auch mal größere Werte (bis 50 W) getestet, aber das Aufhängen mit Wartezeiten über mehrere Minuten tritt dabei auch weiterhin auf.

Irritierend war für mich dabei auch, dass man im DPL Werte für "Minimales Leistungslimit" wohl nicht einstellen kann, wenn diese größer sind als der Wert in "Grundlast" - ist das wirklich so? Ich konnte keine entsprechende Wertekomi abspeichern.

Zwar konnte ich den Wert eingeben, habe dann auf den blauen Balken "Speichern" gedrückt, der dann auch die Farbe von Hell- auf Dunkelbau geändert hat, was ja m. E. eine Speicherbestätigung darstellt. Dies war aber wohl nicht so. Wie ich dann nach etlichen erfolglosen Versuchen festgestellt hatte, muss wohl die Anzeige ganz oben kommen "Settings saved". Auf die hatte ich nicht geachtet, da man auf dem Handy dazu immer erst fleißig rumscrollen muss. Also, wieder was gelernt.

Das System ist über Nacht gelaufen, wobei es wohl eine Vielzahl von Abschaltungen gab. Es waren wohl nicht nur solche dabei, bei denen die Fläche im Display "gelb" wird, denn dabei bleiben m. E. die Werte von "Inverter Gesamtleistung heute" erhalten - oder?. Es war aber so, dass dieser Wert mehrfach auf "Null" gestellt war und dann auch alle Einträge in der "Ereignisanzeige" immer wieder gelöscht waren. Mit diesem Verhalten konnte man keine Rückverfolgung der Ereignisse mehr machen. Über HA konnte ich entnehmen, dass es wohl mindestens 7 Abschaltungen waren.

Ich hatte gestern auch durch Zufall mal gesehen, dass das langsame grüne Blinken (4 sec) plötzlich für einige Sekunden wechselte zu einem schnellen roten Blinken und dann gleich in ein langsames Blinken überging, das kommt mir alles sehr eigentümlich vor.

Die "ausführliche Protokollierung" hatte ich immer aktiv. Allerdings ist das Verhalten wohl so, dass die Debug-Konsole nur Daten liefert, wenn man auch auf der Seite "Konsole" ist. Stellt man fest, dass eine Abschaltung erfolgte und geht daraufhin dann auf "Konsole", hat man keine Daten der Vergangenheit zur Auswertung der Hintergründe des Abschaltens.

Allerdings kenne ich mich mit diesen Dingen nicht aus und hänge daher mal die Daten am Ende hier an, die kurz nach einer Abschaltung dort aufgenommen wurden. Vielleicht kann einer der Fachleute hier ja daraus etwas entnehmen - schon mal genz herzlichen Dank!

Tja, in diesem Zustand ist das System nur sehr begrenzt brauchbar.
Gibt es hier evtl. jemand, der / die diese Kombi aus HMS-1000-2t und oDTU on Bat erfolgreich laufen hat? Wenn ja, wäre ein Austausch von Informationen sicherlich sehr hilfreich - vielen Dank schon mal!

Meine FW ist aktuell und die RSSI-Werte sehr gut.

Dann hoffe ich auf hilfreiche Infos - vielen Dank!

Grüße
Werner

RX Period End
21:59:02.206 > Success
21:59:02.214 > Fetch inverter: 1144A006DE03
21:59:02.313 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 86 00 00 00 00 00 00 00 00 EA F7 06
21:59:02.360 > Interrupt received
21:59:02.371 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 02 00 02 00 05 00 05 00 00 BE | -35 dBm
21:59:02.411 > Interrupt received
21:59:02.422 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 46 00 00 12 B1 00 06 00 06 09 36 13 89 00 00 ED | -35 dBm
21:59:02.492 > Interrupt received
21:59:02.505 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 01 00 00 01 6B 1A 4F | -35 dBm
21:59:02.853 > RX Period End
21:59:02.860 > Success
21:59:02.868 > [DPL::updateInverter] Starting inverter...
21:59:02.877 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 00 00 B0 01 49
21:59:02.894 > [DPL::announceStatus] waiting for a start/stop/restart command to complete
21:59:02.905 > Interrupt received
21:59:02.917 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 00 00 24 00 5C | -35 dBm
21:59:03.121 > Websocket: [/livedata][39] disconnect
21:59:04.905 > RX Period End
21:59:04.998 > Success
21:59:05.008 > Fetch inverter: 1144A006DE03
21:59:05.016 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 88 00 00 00 00 00 00 00 00 8A BB 24
21:59:05.023 > Interrupt received
21:59:05.033 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 02 00 02 00 05 00 06 00 00 BD | -35 dBm
21:59:05.042 > Interrupt received
21:59:05.051 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 46 00 00 12 B1 00 06 00 06 09 36 13 8A 00 00 EE | -35 dBm
21:59:05.060 > Interrupt received
21:59:05.069 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FF 00 01 66 6E C8 | -35 dBm
21:59:05.518 > RX Period End
21:59:05.610 > Success
21:59:05.622 > [DPL::updateInverter] Starting inverter...
21:59:05.630 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 00 00 B0 01 49
21:59:05.641 > Interrupt received
21:59:05.649 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 00 00 24 00 5C | -34 dBm
21:59:06.748 > [PowerMeterHttpJson] New total: 90.00
21:59:07.564 > RX Period End
21:59:07.576 > Success
21:59:07.583 > Fetch inverter: 1144A006DE03
21:59:07.619 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 8B 00 00 00 00 00 00 00 00 7A AF C3
21:59:07.665 > Interrupt received
21:59:07.680 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 02 00 02 00 05 00 05 00 00 BE | -35 dBm
21:59:07.718 > Interrupt received
21:59:07.730 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 46 00 00 12 B1 00 06 00 06 09 36 13 8A 00 00 EE | -35 dBm
21:59:07.766 > Interrupt received
21:59:07.778 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FF 00 01 64 2E 8A | -35 dBm
21:59:08.178 > RX Period End
21:59:08.273 > Success
21:59:08.281 > [DPL::updateInverter] Starting inverter...
21:59:08.298 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 00 00 B0 01 49
21:59:08.313 > Interrupt received
21:59:08.326 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 00 00 24 00 5C | -35 dBm
21:59:10.227 > RX Period End
21:59:10.321 > Success
21:59:10.326 > Fetch inverter: 1144A006DE03
21:59:10.335 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 8E 00 00 00 00 00 00 00 00 2A 90 A9
21:59:10.341 > Interrupt received
21:59:10.349 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 02 00 02 00 05 00 06 00 00 BD | -35 dBm
21:59:10.357 > Interrupt received
21:59:10.366 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 46 00 00 12 B1 00 06 00 06 09 37 13 8A 00 00 EF | -35 dBm
21:59:10.371 > Interrupt received
21:59:10.383 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FF 00 01 66 AF 09 | -35 dBm
21:59:10.740 > RX Period End
21:59:10.748 > Success
21:59:10.758 > [DPL::updateInverter] Starting inverter...
21:59:10.761 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 00 00 B0 01 49
21:59:10.782 > Interrupt received
21:59:10.789 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 00 00 24 00 5C | -35 dBm
21:59:11.764 > [PowerMeterHttpJson] New total: 88.00
21:59:11.855 > [DPL::updateInverter] timeout (9 in succession), state transition pending: yes, limit pending: no
21:59:11.865 > [DPL::announceStatus] waiting for sufficiently recent power meter reading
21:59:12.789 > RX Period End
21:59:12.807 > Success
21:59:12.813 > Fetch inverter: 1144A006DE03
21:59:12.824 > [DPL::announceStatus] waiting for sufficiently recent inverter data
21:59:12.886 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 90 00 00 00 00 00 00 00 00 8A 11 96
21:59:12.931 > Interrupt received
21:59:12.942 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 02 00 02 00 05 00 06 00 00 BD | -35 dBm
21:59:12.980 > Interrupt received
21:59:12.989 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 46 00 00 12 B1 00 06 00 06 09 37 13 8B 00 00 EE | -35 dBm
21:59:13.026 > Interrupt received
21:59:13.034 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FF 00 01 E7 AD 8A | -35 dBm
21:59:13.607 > RX Period End
21:59:13.707 > Success
21:59:13.714 > [DPL::announceStatus] waiting for sufficiently recent power meter reading
21:59:14.835 > Fetch inverter: 1144A006DE03
21:59:14.926 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 92 00 00 00 00 00 00 00 00 EA 08 ED
21:59:14.936 > Interrupt received
21:59:14.941 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 02 00 02 00 05 00 06 00 00 BD | -35 dBm
21:59:14.948 > Interrupt received
21:59:14.956 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 46 00 00 12 B1 00 06 00 06 09 37 13 8B 00 00 EE | -35 dBm
21:59:14.966 > Interrupt received
21:59:14.973 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FF 00 01 E7 AD 8A | -35 dBm
21:59:15.348 > RX Period End
21:59:15.440 > Success
21:59:16.782 > [PowerMeterHttpJson] New total: 88.00
21:59:16.796 > [DPL::loop] ******************* ENTER **********************
21:59:16.797 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 17933 s, ignore: no
21:59:16.806 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.50 V, returning: 26.50V
21:59:16.814 > [DPL::loop] dcVoltage: 26.50 V, loadCorrectedVoltage: 26.50 V, StartTH: 24.60 V, StopTH: 23.60 V
21:59:16.823 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
21:59:16.829 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
21:59:16.834 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
21:59:16.844 > [DPL::calcPowerLimit] power meter value: 88 W, power meter valid: yes, inverter output: 0 W, solar power (AC): 0 W
21:59:16.850 > [DPL::calcPowerLimit] match household consumption with limit of 68 W
21:59:16.859 > [DPL::setNewPowerLimit] input limit: 68 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
21:59:16.866 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is NOT producing, requesting: 68 W, reported: 75 W, diff: 7 W
21:59:16.872 > [DPL::updateInverter] Starting inverter...
21:59:16.878 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 00 00 B0 01 49
21:59:16.888 > [DPL::announceStatus] waiting for a start/stop/restart command to complete
21:59:16.895 > Interrupt received
21:59:16.901 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 00 00 24 00 5C | -35 dBm
21:59:18.830 > RX Period End
21:59:18.841 > Success
21:59:18.853 > Fetch inverter: 1144A006DE03
21:59:18.939 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 96 00 00 00 00 00 00 00 00 2A 3A 1B
21:59:18.988 > Interrupt received
21:59:18.994 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 02 00 02 00 05 00 05 00 00 BE | -35 dBm
21:59:19.036 > Interrupt received
21:59:19.042 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 46 00 00 12 B1 00 06 00 06 09 37 13 8B 00 00 EE | -35 dBm
21:59:19.082 > Interrupt received
21:59:19.092 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FF 00 01 E5 ED C8 | -35 dBm
21:59:19.543 > RX Period End
21:59:19.637 > Success
21:59:19.647 > [DPL::updateInverter] Starting inverter...
21:59:19.655 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 00 00 B0 01 49
21:59:19.660 > Interrupt received
21:59:19.667 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 00 00 24 00 5C | -35 dBm
21:59:21.594 > RX Period End
21:59:21.605 > Success
21:59:21.614 > Fetch inverter: 1144A006DE03
21:59:21.619 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 99 00 00 00 00 00 00 00 00 DA 7B A5
21:59:21.625 > Interrupt received
21:59:21.642 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 02 00 02 00 05 00 06 00 00 BD | -34 dBm
21:59:21.647 > Interrupt received
21:59:21.657 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 46 00 00 12 B1 00 06 00 06 09 37 13 8C 00 00 E9 | -35 dBm
21:59:21.678 > [PowerMeterHttpJson] New total: 88.00
21:59:21.684 > Interrupt received
21:59:21.699 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FF 00 01 A0 A6 C6 | -35 dBm
21:59:22.106 > RX Period End
21:59:22.198 > Success
21:59:22.208 > [DPL::updateInverter] Starting inverter...
21:59:22.220 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 00 00 B0 01 49
21:59:22.227 > Interrupt received
21:59:22.233 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 00 00 24 00 5C | -35 dBm
21:59:24.154 > RX Period End
21:59:24.171 > Success
21:59:24.175 > Fetch inverter: 1144A006DE03
21:59:24.203 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 9C 00 00 00 00 00 00 00 00 8A 44 CF
21:59:24.252 > Interrupt received
21:59:24.263 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 02 00 02 00 05 00 06 00 00 BD | -35 dBm
21:59:24.301 > Interrupt received
21:59:24.314 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 46 00 00 12 B1 00 06 00 06 09 37 13 8C 00 00 E9 | -35 dBm
21:59:24.351 > Interrupt received
21:59:24.360 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FF 00 01 A0 A6 C6 | -35 dBm
21:59:24.770 > RX Period End
21:59:24.781 > Success
21:59:24.791 > [DPL::updateInverter] Starting inverter...
21:59:24.798 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 00 00 B0 01 49
21:59:24.804 > Interrupt received
21:59:24.813 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 00 00 24 00 5C | -35 dBm
21:59:26.712 > [PowerMeterHttpJson] New total: 89.00
21:59:26.746 > RX Period End
21:59:26.755 > Success
21:59:26.763 > Fetch inverter: 1144A006DE03
21:59:26.792 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 9E 00 00 00 00 00 00 00 00 EA 5D B4
21:59:26.837 > Interrupt received
21:59:26.845 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 02 00 02 00 05 00 06 00 00 BD | -35 dBm
21:59:26.888 > Interrupt received
21:59:26.896 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 46 00 00 12 B1 00 06 00 06 09 37 13 8C 00 00 E9 | -35 dBm
21:59:26.935 > Interrupt received
21:59:26.943 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FF 00 01 A0 A6 C6 | -35 dBm
21:59:27.328 > RX Period End
21:59:27.339 > Success
21:59:27.349 > [DPL::updateInverter] Starting inverter...
21:59:27.360 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 00 00 B0 01 49
21:59:27.368 > [DPL::announceStatus] waiting for a start/stop/restart command to complete
21:59:27.375 > Interrupt received
21:59:27.384 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 00 00 24 00 5C | -35 dBm
21:59:29.379 > RX Period End
21:59:29.391 > Success
21:59:29.403 > Fetch inverter: 1144A006DE03
21:59:29.466 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 A1 00 00 00 00 00 00 00 00 1B 48 6F
21:59:29.511 > Interrupt received
21:59:29.525 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 02 00 02 00 05 00 06 00 00 BD | -35 dBm
21:59:29.567 > Interrupt received
21:59:29.579 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 46 00 00 12 B1 00 06 00 06 09 36 13 8B 00 00 EF | -35 dBm
21:59:29.608 > Interrupt received
21:59:29.616 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FF 00 01 E7 6C 4B | -35 dBm
21:59:29.989 > RX Period End
21:59:30.002 > Success
21:59:30.012 > [DPL::updateInverter] Starting inverter...
21:59:30.013 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 00 00 B0 01 49
21:59:30.042 > Interrupt received
21:59:30.054 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 00 00 24 00 5C | -35 dBm
21:59:31.732 > [PowerMeterHttpJson] New total: 88.00
21:59:32.037 > RX Period End
21:59:32.048 > Success
21:59:32.058 > Fetch inverter: 1144A006DE03
21:59:32.064 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 A4 00 00 00 00 00 00 00 00 4B 77 05
21:59:32.104 > Interrupt received
21:59:32.120 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 02 00 02 00 05 00 06 00 00 BD | -35 dBm
21:59:32.150 > Interrupt received
21:59:32.164 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 46 00 00 12 B1 00 06 00 06 09 37 13 8B 00 00 EE | -35 dBm
21:59:32.197 > Interrupt received
21:59:32.210 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FF 00 01 E7 AD 8A | -35 dBm
21:59:32.652 > RX Period End
21:59:32.750 > Success
21:59:32.764 > [DPL::updateInverter] Starting inverter...
21:59:32.772 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 00 00 B0 01 49
21:59:32.781 > Interrupt received
21:59:32.786 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 00 00 24 00 5C | -35 dBm
21:59:34.807 > RX Period End
21:59:34.896 > Success
21:59:34.909 > Fetch inverter: 1144A006DE03
21:59:34.921 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 A6 00 00 00 00 00 00 00 00 2B 6E 7E
21:59:34.927 > Interrupt received
21:59:34.932 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 02 00 02 00 05 00 05 00 00 BE | -35 dBm
21:59:34.938 > Interrupt received
21:59:34.943 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 46 00 00 12 B1 00 06 00 06 09 37 13 8A 00 00 EF | -35 dBm
21:59:34.951 > Interrupt received
21:59:34.957 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FF 00 01 64 EF 4B | -35 dBm
21:59:35.317 > RX Period End
21:59:35.406 > Success
21:59:35.421 > [DPL::updateInverter] Starting inverter...
21:59:35.430 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 00 00 B0 01 49
21:59:35.431 > Interrupt received
21:59:35.440 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 00 00 24 00 5C | -35 dBm
21:59:36.750 > [PowerMeterHttpJson] New total: 88.00
21:59:37.362 > RX Period End
21:59:37.457 > Success
21:59:37.467 > Fetch inverter: 1144A006DE03
21:59:37.473 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 A9 00 00 00 00 00 00 00 00 DB 2F C0
21:59:37.479 > Interrupt received
21:59:37.487 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 02 00 02 00 05 00 06 00 00 BD | -35 dBm
21:59:37.494 > Interrupt received
21:59:37.501 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 46 00 00 12 B1 00 06 00 06 09 38 13 8A 00 00 E0 | -35 dBm
21:59:37.508 > Interrupt received
21:59:37.515 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FF 00 01 62 E0 42 | -35 dBm
21:59:37.875 > RX Period End
21:59:37.890 > Success
21:59:37.892 > [DPL::updateInverter] Starting inverter...
21:59:37.903 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 00 00 B0 01 49
21:59:37.909 > [DPL::announceStatus] waiting for a start/stop/restart command to complete
21:59:37.913 > Interrupt received
21:59:37.921 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 00 00 24 00 5C | -35 dBm
21:59:39.926 > RX Period End
21:59:39.943 > Success
21:59:39.952 > Fetch inverter: 1144A006DE03
21:59:40.003 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 AB 00 00 00 00 00 00 00 00 BB 36 BB
21:59:40.051 > Interrupt received
21:59:40.064 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 02 00 02 00 05 00 05 00 00 BE | -35 dBm
21:59:40.100 > Interrupt received
21:59:40.110 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 46 00 00 12 B1 00 06 00 06 09 37 13 8A 00 00 EF | -35 dBm
21:59:40.147 > Interrupt received
21:59:40.158 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FF 00 01 64 EF 4B | -35 dBm
21:59:40.536 > RX Period End
21:59:40.551 > Success
21:59:40.554 > [DPL::updateInverter] Starting inverter...
21:59:40.561 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 00 00 B0 01 49
21:59:40.581 > Interrupt received
21:59:40.587 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 00 00 24 00 5C | -34 dBm
21:59:41.766 > [PowerMeterHttpJson] New total: 88.00
21:59:42.587 > RX Period End
21:59:42.604 > Success
21:59:42.605 > Fetch inverter: 1144A006DE03
21:59:42.626 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 AE 00 00 00 00 00 00 00 00 EB 09 D1
21:59:42.672 > Interrupt received
21:59:42.680 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 02 00 02 00 05 00 05 00 00 BE | -35 dBm
21:59:42.722 > Interrupt received
21:59:42.732 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 46 00 00 12 B1 00 06 00 06 09 37 13 8A 00 00 EF | -35 dBm
21:59:42.770 > Interrupt received
21:59:42.785 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FF 00 01 64 EF 4B | -35 dBm
21:59:43.201 > RX Period End
21:59:43.291 > Success
21:59:43.307 > [DPL::updateInverter] Starting inverter...
21:59:43.315 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 00 00 B0 01 49
21:59:43.321 > Interrupt received
21:59:43.328 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 00 00 24 00 5C | -35 dBm
21:59:45.246 > RX Period End
21:59:45.264 > Success
21:59:45.266 > Fetch inverter: 1144A006DE03
21:59:45.295 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 B1 00 00 00 00 00 00 00 00 DB 85 72
21:59:45.342 > Interrupt received
21:59:45.353 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 02 00 02 00 05 00 06 00 00 BD | -35 dBm
21:59:45.392 > Interrupt received
21:59:45.407 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 46 00 00 12 B1 00 06 00 06 09 37 13 8A 00 00 EF | -35 dBm
21:59:45.442 > Interrupt received
21:59:45.450 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FF 00 01 66 AF 09 | -35 dBm
21:59:45.862 > RX Period End
21:59:45.959 > Success
21:59:45.976 > [DPL::updateInverter] Starting inverter...
21:59:45.984 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 00 00 B0 01 49
21:59:45.990 > Interrupt received
21:59:45.995 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 00 00 24 00 5C | -35 dBm
21:59:46.786 > [PowerMeterHttpJson] New total: 88.00
21:59:46.875 > [DPL::updateInverter] timeout (10 in succession), state transition pending: yes, limit pending: no
21:59:46.890 > [DPL::loop] issuing inverter restart command after update timed out repeatedly
21:59:46.891 > [DPL::announceStatus] waiting for sufficiently recent power meter reading
21:59:47.911 > RX Period End
21:59:48.004 > Success
21:59:48.019 > [DPL::announceStatus] waiting for sufficiently recent inverter data
21:59:48.022 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 02 00 D0 00 2A
21:59:48.032 > Interrupt received
21:59:48.041 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 02 00 44 01 3F | -35 dBm
21:59:49.961 > RX Period End
21:59:50.050 > Success
21:59:50.066 > Fetch inverter: 1144A006DE03
21:59:50.068 > Request SystemConfigPara
21:59:50.080 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 B5 00 00 00 00 00 00 00 00 1B B7 84
21:59:50.081 > Interrupt received
21:59:50.088 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 81 0B 00 09 00 50 04 6A | -35 dBm
21:59:50.470 > RX Period End
21:59:50.487 > ERROR in RealTimeRunData: Received fragment size: 6, min expected size: 42
21:59:50.495 > Packet handling error
21:59:50.558 > TX SystemConfigPara 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 05 00 67 19 55 B5 00 00 00 00 00 00 00 00 D5 B8 4B
21:59:50.597 > Interrupt received
21:59:50.611 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 81 05 00 00 01 28 C1 D1 | -34 dBm
21:59:50.764 > RX Period End
21:59:50.780 > ERROR in SystemConfigPara: Received fragment size: 6, min expected size: 16
21:59:50.788 > Packet handling error
21:59:51.798 > [PowerMeterHttpJson] New total: 89.00
21:59:51.896 > Fetch inverter: 1144A006DE03
21:59:51.911 > Request SystemConfigPara
21:59:51.923 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 B7 00 00 00 00 00 00 00 00 7B AE FF
21:59:51.966 > Interrupt received
21:59:51.981 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 81 0B 00 09 00 50 04 6A | -35 dBm
21:59:52.520 > RX Period End
21:59:52.612 > ERROR in RealTimeRunData: Received fragment size: 6, min expected size: 42
21:59:52.628 > Packet handling error
21:59:52.633 > TX SystemConfigPara 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 05 00 67 19 55 B7 00 00 00 00 00 00 00 00 B5 A1 30
21:59:52.640 > Interrupt received
21:59:52.646 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 81 05 00 00 01 28 C1 D1 | -35 dBm
21:59:52.682 > RX Period End
21:59:52.698 > ERROR in SystemConfigPara: Received fragment size: 6, min expected size: 16
21:59:52.701 > Packet handling error
21:59:53.950 > Fetch inverter: 1144A006DE03
21:59:54.042 > Request SystemConfigPara
21:59:54.059 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 B9 00 00 00 00 00 00 00 00 1B E2 DD
21:59:54.566 > RX Period End
21:59:54.658 > All missing
21:59:54.672 > Nothing received, resend whole request
21:59:54.674 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 B9 00 00 00 00 00 00 00 00 1B E2 DD
21:59:55.079 > RX Period End
21:59:55.099 > All missing
21:59:55.107 > Nothing received, resend whole request
21:59:55.114 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 B9 00 00 00 00 00 00 00 00 1B E2 DD
21:59:55.691 > RX Period End
21:59:55.784 > All missing
21:59:55.802 > Nothing received, resend whole request
21:59:55.804 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 B9 00 00 00 00 00 00 00 00 1B E2 DD
21:59:56.205 > RX Period End
21:59:56.296 > All missing
21:59:56.315 > Nothing received, resend whole request
21:59:56.317 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 B9 00 00 00 00 00 00 00 00 1B E2 DD
21:59:56.717 > RX Period End
21:59:56.762 > All missing
21:59:56.780 > Nothing received, resend count exeeded
21:59:56.782 > [PowerMeterHttpJson] New total: 89.00
21:59:56.788 > TX SystemConfigPara 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 05 00 67 19 55 B9 00 00 00 00 00 00 00 00 D5 ED 12
21:59:57.012 > RX Period End
21:59:57.030 > All missing
21:59:57.032 > Nothing received, resend whole request
21:59:57.042 > TX SystemConfigPara 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 05 00 67 19 55 B9 00 00 00 00 00 00 00 00 D5 ED 12
21:59:57.364 > RX Period End
21:59:57.446 > All missing
21:59:57.465 > Nothing received, resend whole request
21:59:57.467 > TX SystemConfigPara 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 05 00 67 19 55 B9 00 00 00 00 00 00 00 00 D5 ED 12
21:59:57.510 > RX Period End
21:59:57.529 > All missing
21:59:57.531 > Nothing received, resend whole request
21:59:57.538 > TX SystemConfigPara 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 05 00 67 19 55 B9 00 00 00 00 00 00 00 00 D5 ED 12
21:59:57.558 > Interrupt received
21:59:57.566 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 81 00 01 00 32 00 00 03 E8 00 00 00 00 70 02 22 D1 65 | -35 dBm
21:59:57.714 > RX Period End
21:59:57.734 > Success
21:59:57.737 > Fetch inverter: 1144A006DE03
21:59:57.759 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 BD 00 00 00 00 00 00 00 00 DB D0 2B
21:59:57.810 > Interrupt received
21:59:57.828 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 01 00 01 00 03 00 03 00 00 BE | -35 dBm
21:59:57.840 > [DPL::announceStatus] waiting for sufficiently recent inverter data
21:59:57.857 > Interrupt received
21:59:57.864 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 44 00 00 12 AF 00 00 00 00 09 36 13 89 00 00 F1 | -35 dBm
21:59:57.905 > Interrupt received
21:59:57.924 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FE 00 01 44 64 E1 | -35 dBm
21:59:58.356 > RX Period End
21:59:58.454 > Success
21:59:58.474 > [DPL::announceStatus] waiting for sufficiently recent power meter reading
21:59:59.789 > Fetch inverter: 1144A006DE03
21:59:59.882 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 BF 00 00 00 00 00 00 00 00 BB C9 50
21:59:59.901 > Interrupt received
21:59:59.902 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 01 00 01 00 03 00 04 00 00 B9 | -35 dBm
21:59:59.903 > Interrupt received
21:59:59.911 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 44 00 00 12 AF 00 00 00 00 09 36 13 88 00 00 F0 | -35 dBm
21:59:59.918 > Interrupt received
21:59:59.922 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FE 00 01 C0 26 27 | -35 dBm
22:00:00.306 > RX Period End
22:00:00.336 > Success
22:00:01.945 > [PowerMeterHttpJson] New total: 89.00
22:00:02.030 > Fetch inverter: 1144A006DE03
22:00:02.061 > [DPL::loop] ******************* ENTER **********************
22:00:02.072 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 17978 s, ignore: no
22:00:02.084 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.50 V, returning: 26.50V
22:00:02.091 > [DPL::loop] dcVoltage: 26.50 V, loadCorrectedVoltage: 26.50 V, StartTH: 24.60 V, StopTH: 23.60 V
22:00:02.099 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
22:00:02.111 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
22:00:02.119 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
22:00:02.125 > [DPL::calcPowerLimit] power meter value: 89 W, power meter valid: yes, inverter output: 0 W, solar power (AC): 0 W
22:00:02.144 > [DPL::calcPowerLimit] match household consumption with limit of 69 W
22:00:02.151 > [DPL::setNewPowerLimit] input limit: 69 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
22:00:02.156 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is NOT producing, requesting: 69 W, reported: 50 W, diff: 19 W
22:00:02.173 > [DPL::updateInverter] sending limit of 6.9 % (69 W respectively), max output is 1000 W
22:00:02.180 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 C1 00 00 00 00 00 00 00 00 19 E0 A5
22:00:02.186 > [DPL::announceStatus] waiting for a power limit command to complete
22:00:02.203 > Interrupt received
22:00:02.209 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 01 00 01 00 03 00 03 00 00 BE | -35 dBm
22:00:02.218 > Interrupt received
22:00:02.236 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 44 00 00 12 AF 00 00 00 00 09 36 13 88 00 00 F0 | -35 dBm
22:00:02.244 > Interrupt received
22:00:02.252 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FE 00 01 C5 66 62 | -35 dBm
22:00:02.402 > RX Period End
22:00:02.424 > Success
22:00:02.442 > TX ActivePowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 0B 00 00 45 00 01 75 D1 13
22:00:02.482 > Interrupt received
22:00:02.496 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 0B 00 14 07 60 | -35 dBm
22:00:04.503 > RX Period End
22:00:04.524 > Success
22:00:04.526 > Fetch inverter: 1144A006DE03
22:00:04.534 > [DPL::updateInverter] actual limit is 6.9 % (69 W respectively), effective 2602 ms after update started, requested were 6.9 %
22:00:04.535 > [DPL::updateInverter] Starting inverter...
22:00:04.544 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 C4 00 00 00 00 00 00 00 00 49 DF CF
22:00:04.560 > [DPL::announceStatus] waiting for a start/stop/restart command to complete
22:00:04.571 > Interrupt received
22:00:04.580 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 01 00 01 00 03 00 03 00 00 BE | -35 dBm
22:00:04.638 > Interrupt received
22:00:04.655 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 44 00 00 12 AF 00 00 00 00 09 36 13 86 00 00 FE | -34 dBm
22:00:05.116 > RX Period End
22:00:05.208 > Last missing
22:00:05.229 > Request retransmit: 3
22:00:05.231 > TX RequestFrame 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 83 BE
22:00:05.238 > Interrupt received
22:00:05.245 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FE 00 01 4B 70 FA | -35 dBm
22:00:05.253 > RX Period End
22:00:05.266 > Success
22:00:05.282 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 00 00 B0 01 49
22:00:05.290 > Interrupt received
22:00:05.296 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 00 00 24 00 5C | -35 dBm
22:00:06.753 > [PowerMeterHttpJson] New total: 88.00
22:00:07.265 > RX Period End
22:00:07.280 > Success
22:00:07.289 > Fetch inverter: 1144A006DE03
22:00:07.317 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 C7 00 00 00 00 00 00 00 00 B9 CB 28
22:00:07.364 > Interrupt received
22:00:07.385 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 01 00 01 00 03 00 03 00 00 BE | -35 dBm
22:00:07.414 > Interrupt received
22:00:07.423 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 44 00 00 12 AF 00 00 00 00 09 35 13 85 00 00 FE | -35 dBm
22:00:07.460 > Interrupt received
22:00:07.481 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FE 00 01 89 36 7E | -35 dBm
22:00:07.878 > RX Period End
22:00:07.970 > Success
22:00:07.994 > [DPL::updateInverter] Starting inverter...
22:00:07.996 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 00 00 B0 01 49
22:00:07.996 > Interrupt received
22:00:08.005 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 00 00 24 00 5C | -35 dBm
22:00:09.926 > RX Period End
22:00:09.950 > Success
22:00:09.951 > Fetch inverter: 1144A006DE03
22:00:09.960 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 C9 00 00 00 00 00 00 00 00 D9 87 0A
22:00:09.961 > Interrupt received
22:00:09.968 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 01 00 01 00 03 00 03 00 00 BE | -35 dBm
22:00:10.006 > Interrupt received
22:00:10.027 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 44 00 00 12 AF 00 00 00 00 09 37 13 84 00 00 FD | -35 dBm
22:00:10.051 > Interrupt received
22:00:10.062 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FE 00 02 08 F6 3C | -35 dBm
22:00:10.440 > RX Period End
22:00:10.462 > Success
22:00:10.463 > [DPL::updateInverter] Starting inverter...
22:00:10.464 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 00 00 B0 01 49
22:00:10.479 > Interrupt received
22:00:10.489 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 00 00 24 00 5C | -35 dBm
22:00:11.774 > [PowerMeterHttpJson] New total: 89.00
22:00:12.494 > RX Period End
22:00:12.518 > Success
22:00:12.531 > Fetch inverter: 1144A006DE03
22:00:12.578 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 CC 00 00 00 00 00 00 00 00 89 B8 60
22:00:12.634 > Interrupt received
22:00:12.654 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 0A 00 01 00 01 00 03 00 03 00 00 BE | -35 dBm
22:00:12.673 > Interrupt received
22:00:12.695 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 44 00 00 12 AF 00 00 00 00 09 36 13 83 00 00 FB | -35 dBm
22:00:12.746 > Interrupt received
22:00:12.766 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 00 00 00 00 FE 00 02 4F 3C B1 | -35 dBm
22:00:13.207 > RX Period End
22:00:13.296 > Success
22:00:13.321 > [DPL::updateInverter] Starting inverter...
22:00:13.323 > TX AlarmData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 11 00 67 19 55 CC 00 00 00 00 00 00 00 00 53 A3 BB
22:00:13.324 > Interrupt received
22:00:13.332 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 B0 01 00 01 70 7C 70 7C 00 00 00 00 B0 02 BF | -35 dBm
22:00:13.333 > Interrupt received
22:00:13.342 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 82 00 02 70 87 70 87 00 00 00 05 07 FF C0 | -35 dBm
22:00:13.919 > RX Period End
22:00:13.937 > Success
22:00:13.939 > TX PowerControl 865.00 MHz --> 51 A0 06 DE 03 80 10 95 56 81 00 00 B0 01 49
22:00:13.956 > Interrupt received
22:00:13.963 > RX 865.00 MHz --> D1 A0 06 DE 03 80 10 95 56 81 00 00 00 00 24 00 5C | -35 dBm
22:00:14.516 > [DPL::announceStatus] waiting for a start/stop/restart command to complete
22:00:15.969 > RX Period End
22:00:15.993 > Success
22:00:15.995 > Fetch inverter: 1144A006DE03
22:00:16.008 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 CF 00 00 00 00 00 00 00 00 79 AC 87
22:00:16.024 > Interrupt received
22:00:16.032 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 09 01 09 00 49 00 4B 00 C2 00 C6 00 00 BB | -35 dBm
22:00:16.068 > Interrupt received
22:00:16.086 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 44 00 00 12 AF 00 00 00 00 09 38 13 82 01 71 84 | -35 dBm
22:00:16.117 > Interrupt received
22:00:16.126 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 0F 03 E8 00 FE 00 02 08 9B B5 | -35 dBm
22:00:16.581 > RX Period End
22:00:16.605 > Success
22:00:16.607 > [DPL::announceStatus] waiting for sufficiently recent power meter reading
22:00:16.690 > [PowerMeterHttpJson] New total: 88.00
22:00:18.018 > Fetch inverter: 1144A006DE03
22:00:18.108 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 D1 00 00 00 00 00 00 00 00 D9 2D B8
22:00:18.128 > Interrupt received
22:00:18.130 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 08 01 09 00 73 00 75 01 31 01 37 00 00 BC | -35 dBm
22:00:18.140 > Interrupt received
22:00:18.146 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 44 00 00 12 AF 00 00 00 00 09 39 13 82 02 46 B1 | -35 dBm
22:00:18.153 > Interrupt received
22:00:18.160 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 18 03 E7 00 FE 00 02 24 FB E1 | -35 dBm
22:00:18.529 > RX Period End
22:00:18.619 > Success
22:00:19.961 > Fetch inverter: 1144A006DE03
22:00:19.984 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 D3 00 00 00 00 00 00 00 00 B9 34 C3
22:00:20.022 > Interrupt received
22:00:20.044 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 08 01 09 00 7A 00 7D 01 43 01 4A 00 00 B2 | -35 dBm
22:00:20.069 > Interrupt received
22:00:20.078 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 44 00 00 12 AF 00 00 00 00 09 39 13 82 02 6A 9D | -35 dBm
22:00:20.118 > Interrupt received
22:00:20.141 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 1A 03 E7 00 FE 00 02 D4 88 60 | -35 dBm
22:00:20.575 > RX Period End
22:00:20.669 > Success
22:00:21.806 > [PowerMeterHttpJson] New total: 28.00
22:00:21.830 > [DPL::loop] ******************* ENTER **********************
22:00:21.832 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 17998 s, ignore: no
22:00:21.833 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.40 V, returning: 26.40V
22:00:21.844 > [DPL::loop] dcVoltage: 26.40 V, loadCorrectedVoltage: 26.46 V, StartTH: 24.60 V, StopTH: 23.60 V
22:00:21.853 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
22:00:21.855 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
22:00:21.873 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
22:00:21.881 > [DPL::calcPowerLimit] power meter value: 28 W, power meter valid: yes, inverter output: 61 W, solar power (AC): 0 W
22:00:21.889 > [DPL::calcPowerLimit] match household consumption with limit of 69 W
22:00:21.895 > [DPL::setNewPowerLimit] input limit: 69 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
22:00:21.907 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is producing, requesting: 69 W, reported: 69 W, diff: 0 W
22:00:21.926 > [DPL::announceStatus] the system is stable, the last power limit is still valid
22:00:21.936 > Fetch inverter: 1144A006DE03
22:00:21.973 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 D6 00 00 00 00 00 00 00 00 E9 0B A9
22:00:22.021 > Interrupt received
22:00:22.039 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 08 01 09 00 7A 00 7D 01 43 01 4A 00 00 B2 | -35 dBm
22:00:22.116 > [DPL::loop] ******************* ENTER **********************
22:00:22.141 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 17998 s, ignore: no
22:00:22.142 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.40 V, returning: 26.40V
22:00:22.143 > [DPL::loop] dcVoltage: 26.40 V, loadCorrectedVoltage: 26.46 V, StartTH: 24.60 V, StopTH: 23.60 V
22:00:22.144 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
22:00:22.153 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
22:00:22.159 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
22:00:22.167 > [DPL::calcPowerLimit] power meter value: 28 W, power meter valid: yes, inverter output: 61 W, solar power (AC): 0 W
22:00:22.173 > [DPL::calcPowerLimit] match household consumption with limit of 69 W
22:00:22.180 > [DPL::setNewPowerLimit] input limit: 69 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
22:00:22.188 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is producing, requesting: 69 W, reported: 69 W, diff: 0 W
22:00:22.194 > Interrupt received
22:00:22.201 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 44 00 00 12 AF 00 00 00 00 09 39 13 82 02 6A 9D | -35 dBm
22:00:22.623 > RX Period End
22:00:22.716 > Last missing
22:00:22.737 > Request retransmit: 3
22:00:22.738 > TX RequestFrame 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 83 BE
22:00:22.750 > Interrupt received
22:00:22.757 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 1A 03 E7 00 FE 00 02 D4 88 60 | -35 dBm
22:00:22.766 > RX Period End
22:00:22.776 > Success
22:00:22.791 > [DPL::loop] ******************* ENTER **********************
22:00:22.801 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 17999 s, ignore: no
22:00:22.817 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.40 V, returning: 26.40V
22:00:22.825 > [DPL::loop] dcVoltage: 26.40 V, loadCorrectedVoltage: 26.46 V, StartTH: 24.60 V, StopTH: 23.60 V
22:00:22.833 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
22:00:22.841 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
22:00:22.849 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
22:00:22.856 > [DPL::calcPowerLimit] power meter value: 28 W, power meter valid: yes, inverter output: 61 W, solar power (AC): 0 W
22:00:22.865 > [DPL::calcPowerLimit] match household consumption with limit of 69 W
22:00:22.872 > [DPL::setNewPowerLimit] input limit: 69 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
22:00:22.878 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is producing, requesting: 69 W, reported: 69 W, diff: 0 W
22:00:23.955 > [DPL::loop] ******************* ENTER **********************
22:00:24.049 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 18000 s, ignore: no
22:00:24.072 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.40 V, returning: 26.40V
22:00:24.085 > [DPL::loop] dcVoltage: 26.40 V, loadCorrectedVoltage: 26.46 V, StartTH: 24.60 V, StopTH: 23.60 V
22:00:24.086 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
22:00:24.096 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
22:00:24.104 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
22:00:24.112 > [DPL::calcPowerLimit] power meter value: 28 W, power meter valid: yes, inverter output: 61 W, solar power (AC): 0 W
22:00:24.121 > [DPL::calcPowerLimit] match household consumption with limit of 69 W
22:00:24.136 > [DPL::setNewPowerLimit] input limit: 69 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
22:00:24.146 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is producing, requesting: 69 W, reported: 69 W, diff: 0 W
22:00:24.156 > Fetch inverter: 1144A006DE03
22:00:24.169 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 D8 00 00 00 00 00 00 00 00 89 47 8B
22:00:24.178 > Interrupt received
22:00:24.187 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 08 01 09 00 71 00 73 01 2A 01 31 00 00 A5 | -35 dBm
22:00:24.200 > Interrupt received
22:00:24.212 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 44 00 00 12 AF 00 00 00 00 09 38 13 82 02 3B CD | -35 dBm
22:00:24.227 > Interrupt received
22:00:24.234 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 18 03 E8 00 FE 00 02 81 7C CC | -35 dBm
22:00:24.475 > RX Period End
22:00:24.497 > Success
22:00:24.982 > [DPL::loop] ******************* ENTER **********************
22:00:25.008 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 18001 s, ignore: no
22:00:25.010 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.40 V, returning: 26.40V
22:00:25.011 > [DPL::loop] dcVoltage: 26.40 V, loadCorrectedVoltage: 26.46 V, StartTH: 24.60 V, StopTH: 23.60 V
22:00:25.023 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
22:00:25.023 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
22:00:25.031 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
22:00:25.040 > [DPL::calcPowerLimit] power meter value: 28 W, power meter valid: yes, inverter output: 57 W, solar power (AC): 0 W
22:00:25.048 > [DPL::calcPowerLimit] match household consumption with limit of 65 W
22:00:25.055 > [DPL::setNewPowerLimit] input limit: 65 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
22:00:25.063 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is producing, requesting: 65 W, reported: 69 W, diff: 4 W
22:00:26.003 > Fetch inverter: 1144A006DE03
22:00:26.098 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 DA 00 00 00 00 00 00 00 00 E9 5E F0
22:00:26.126 > [DPL::loop] ******************* ENTER **********************
22:00:26.128 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 18002 s, ignore: no
22:00:26.138 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.40 V, returning: 26.40V
22:00:26.139 > [DPL::loop] dcVoltage: 26.40 V, loadCorrectedVoltage: 26.46 V, StartTH: 24.60 V, StopTH: 23.60 V
22:00:26.149 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
22:00:26.163 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
22:00:26.171 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
22:00:26.185 > [DPL::calcPowerLimit] power meter value: 28 W, power meter valid: yes, inverter output: 57 W, solar power (AC): 0 W
22:00:26.192 > [DPL::calcPowerLimit] match household consumption with limit of 65 W
22:00:26.202 > [DPL::setNewPowerLimit] input limit: 65 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
22:00:26.210 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is producing, requesting: 65 W, reported: 69 W, diff: 4 W
22:00:26.218 > Interrupt received
22:00:26.226 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 08 01 09 00 71 00 73 01 2A 01 31 00 00 A5 | -35 dBm
22:00:26.227 > Interrupt received
22:00:26.234 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 18 03 E8 00 FE 00 02 FC BB 76 | -35 dBm
22:00:26.617 > RX Period End
22:00:26.641 > Middle missing
22:00:26.643 > Request retransmit: 2
22:00:26.655 > TX RequestFrame 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 82 BF
22:00:26.665 > Interrupt received
22:00:26.674 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 44 00 00 12 AF 00 00 00 00 09 39 13 83 02 3A CC | -35 dBm
22:00:26.686 > RX Period End
22:00:26.697 > Success
22:00:26.721 > [PowerMeterHttpJson] New total: 33.00
22:00:27.233 > [DPL::loop] ******************* ENTER **********************
22:00:27.326 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 18003 s, ignore: no
22:00:27.353 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.40 V, returning: 26.40V
22:00:27.354 > [DPL::loop] dcVoltage: 26.40 V, loadCorrectedVoltage: 26.46 V, StartTH: 24.60 V, StopTH: 23.60 V
22:00:27.367 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
22:00:27.377 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
22:00:27.385 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
22:00:27.400 > [DPL::calcPowerLimit] power meter value: 33 W, power meter valid: yes, inverter output: 57 W, solar power (AC): 0 W
22:00:27.409 > [DPL::calcPowerLimit] match household consumption with limit of 70 W
22:00:27.418 > [DPL::setNewPowerLimit] input limit: 70 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
22:00:27.427 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is producing, requesting: 70 W, reported: 69 W, diff: 1 W
22:00:27.436 > Websocket: [/livedata][40] connect
22:00:28.050 > Fetch inverter: 1144A006DE03
22:00:28.125 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 DC 00 00 00 00 00 00 00 00 49 75 7D
22:00:28.146 > Interrupt received
22:00:28.158 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 08 01 09 00 78 00 7A 01 3C 01 43 00 00 C1 | -35 dBm
22:00:28.166 > Interrupt received
22:00:28.179 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 44 00 00 12 AF 00 00 00 00 09 39 13 83 02 5D AB | -35 dBm
22:00:28.189 > Interrupt received
22:00:28.198 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 19 03 E7 00 FE 00 02 D7 B3 5B | -35 dBm
22:00:28.288 > [DPL::loop] ******************* ENTER **********************
22:00:28.306 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 18004 s, ignore: no
22:00:28.319 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.40 V, returning: 26.40V
22:00:28.330 > [DPL::loop] dcVoltage: 26.40 V, loadCorrectedVoltage: 26.46 V, StartTH: 24.60 V, StopTH: 23.60 V
22:00:28.343 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
22:00:28.351 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
22:00:28.361 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
22:00:28.372 > [DPL::calcPowerLimit] power meter value: 33 W, power meter valid: yes, inverter output: 57 W, solar power (AC): 0 W
22:00:28.410 > [DPL::calcPowerLimit] match household consumption with limit of 70 W
22:00:28.437 > [DPL::setNewPowerLimit] input limit: 70 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
22:00:28.447 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is producing, requesting: 70 W, reported: 69 W, diff: 1 W
22:00:28.481 > RX Period End
22:00:28.510 > Success
22:00:29.484 > [DPL::loop] ******************* ENTER **********************
22:00:29.577 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 18005 s, ignore: no
22:00:29.601 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.40 V, returning: 26.40V
22:00:29.603 > [DPL::loop] dcVoltage: 26.40 V, loadCorrectedVoltage: 26.46 V, StartTH: 24.60 V, StopTH: 23.60 V
22:00:29.615 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
22:00:29.617 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
22:00:29.626 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
22:00:29.636 > [DPL::calcPowerLimit] power meter value: 33 W, power meter valid: yes, inverter output: 60 W, solar power (AC): 0 W
22:00:29.644 > [DPL::calcPowerLimit] match household consumption with limit of 73 W
22:00:29.652 > [DPL::setNewPowerLimit] input limit: 73 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
22:00:29.661 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is producing, requesting: 73 W, reported: 69 W, diff: 4 W
22:00:29.935 > Fetch inverter: 1144A006DE03
22:00:29.981 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 DE 00 00 00 00 00 00 00 00 29 6C 06
22:00:30.025 > Interrupt received
22:00:30.046 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 08 01 09 00 7A 00 7D 01 43 01 4A 00 00 B2 | -35 dBm
22:00:30.076 > Interrupt received
22:00:30.096 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 44 00 00 12 AF 00 00 00 00 09 38 13 83 02 6A 9D | -35 dBm
22:00:30.121 > Interrupt received
22:00:30.138 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 1A 03 E7 00 FE 00 02 55 4B 22 | -35 dBm
22:00:30.612 > [DPL::loop] ******************* ENTER **********************
22:00:30.705 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 18006 s, ignore: no
22:00:30.735 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.40 V, returning: 26.40V
22:00:30.737 > [DPL::loop] dcVoltage: 26.40 V, loadCorrectedVoltage: 26.46 V, StartTH: 24.60 V, StopTH: 23.60 V
22:00:30.751 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
22:00:30.752 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
22:00:30.762 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
22:00:30.771 > [DPL::calcPowerLimit] power meter value: 33 W, power meter valid: yes, inverter output: 60 W, solar power (AC): 0 W
22:00:30.781 > [DPL::calcPowerLimit] match household consumption with limit of 73 W
22:00:30.789 > [DPL::setNewPowerLimit] input limit: 73 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
22:00:30.804 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is producing, requesting: 73 W, reported: 69 W, diff: 4 W
22:00:30.814 > RX Period End
22:00:30.824 > Success
22:00:31.738 > [DPL::loop] ******************* ENTER **********************
22:00:31.763 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 18008 s, ignore: no
22:00:31.765 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.40 V, returning: 26.40V
22:00:31.777 > [DPL::loop] dcVoltage: 26.40 V, loadCorrectedVoltage: 26.46 V, StartTH: 24.60 V, StopTH: 23.60 V
22:00:31.778 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
22:00:31.788 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
22:00:31.797 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
22:00:31.807 > [DPL::calcPowerLimit] power meter value: 33 W, power meter valid: yes, inverter output: 61 W, solar power (AC): 0 W
22:00:31.816 > [DPL::calcPowerLimit] match household consumption with limit of 74 W
22:00:31.825 > [DPL::setNewPowerLimit] input limit: 74 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
22:00:31.834 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is producing, requesting: 74 W, reported: 69 W, diff: 5 W
22:00:31.842 > [PowerMeterHttpJson] New total: 28.00
22:00:31.849 > [DPL::announceStatus] the system is stable, the last power limit is still valid
22:00:31.939 > Fetch inverter: 1144A006DE03
22:00:31.982 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 E0 00 00 00 00 00 00 00 00 48 74 41
22:00:32.026 > Interrupt received
22:00:32.051 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 08 01 09 00 7A 00 7D 01 43 01 4A 00 00 B2 | -35 dBm
22:00:32.074 > Interrupt received
22:00:32.089 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 44 00 00 12 AF 00 00 00 00 09 38 13 83 02 6A 9D | -35 dBm
22:00:32.124 > Interrupt received
22:00:32.146 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 1A 03 E7 00 FE 00 02 55 4B 22 | -35 dBm
22:00:32.556 > RX Period End
22:00:32.653 > Success
22:00:32.739 > [DPL::loop] ******************* ENTER **********************
22:00:32.769 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 18009 s, ignore: no
22:00:32.782 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.40 V, returning: 26.40V
22:00:32.793 > [DPL::loop] dcVoltage: 26.40 V, loadCorrectedVoltage: 26.46 V, StartTH: 24.60 V, StopTH: 23.60 V
22:00:32.805 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
22:00:32.830 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
22:00:32.847 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
22:00:32.862 > [DPL::calcPowerLimit] power meter value: 28 W, power meter valid: yes, inverter output: 61 W, solar power (AC): 0 W
22:00:32.877 > [DPL::calcPowerLimit] match household consumption with limit of 69 W
22:00:32.898 > [DPL::setNewPowerLimit] input limit: 69 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
22:00:32.912 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is producing, requesting: 69 W, reported: 69 W, diff: 0 W
22:00:33.903 > [DPL::loop] ******************* ENTER **********************
22:00:33.935 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 18010 s, ignore: no
22:00:33.937 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.40 V, returning: 26.40V
22:00:33.950 > [DPL::loop] dcVoltage: 26.40 V, loadCorrectedVoltage: 26.46 V, StartTH: 24.60 V, StopTH: 23.60 V
22:00:33.951 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
22:00:33.961 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
22:00:33.971 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
22:00:33.972 > [DPL::calcPowerLimit] power meter value: 28 W, power meter valid: yes, inverter output: 61 W, solar power (AC): 0 W
22:00:33.982 > [DPL::calcPowerLimit] match household consumption with limit of 69 W
22:00:33.991 > [DPL::setNewPowerLimit] input limit: 69 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
22:00:34.001 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is producing, requesting: 69 W, reported: 69 W, diff: 0 W
22:00:34.009 > Fetch inverter: 1144A006DE03
22:00:34.017 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 E2 00 00 00 00 00 00 00 00 28 6D 3A
22:00:34.030 > Interrupt received
22:00:34.038 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 08 01 09 00 71 00 73 01 2B 01 31 00 00 A4 | -35 dBm
22:00:34.082 > Interrupt received
22:00:34.111 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 44 00 00 12 AF 00 00 00 00 09 38 13 82 02 3B CD | -35 dBm
22:00:34.129 > Interrupt received
22:00:34.149 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 18 03 E7 00 FE 00 02 40 B9 C7 | -35 dBm
22:00:34.606 > RX Period End
22:00:34.699 > Success
22:00:35.013 > [DPL::loop] ******************* ENTER **********************
22:00:35.108 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 18011 s, ignore: no
22:00:35.138 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.40 V, returning: 26.40V
22:00:35.140 > [DPL::loop] dcVoltage: 26.40 V, loadCorrectedVoltage: 26.46 V, StartTH: 24.60 V, StopTH: 23.60 V
22:00:35.141 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
22:00:35.154 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
22:00:35.155 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
22:00:35.164 > [DPL::calcPowerLimit] power meter value: 28 W, power meter valid: yes, inverter output: 57 W, solar power (AC): 0 W
22:00:35.166 > [DPL::calcPowerLimit] match household consumption with limit of 65 W
22:00:35.176 > [DPL::setNewPowerLimit] input limit: 65 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
22:00:35.186 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is producing, requesting: 65 W, reported: 69 W, diff: 4 W
22:00:36.038 > Fetch inverter: 1144A006DE03
22:00:36.133 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 E4 00 00 00 00 00 00 00 00 88 46 B7
22:00:36.163 > [DPL::loop] ******************* ENTER **********************
22:00:36.165 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 18012 s, ignore: no
22:00:36.166 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.40 V, returning: 26.40V
22:00:36.179 > [DPL::loop] dcVoltage: 26.40 V, loadCorrectedVoltage: 26.46 V, StartTH: 24.60 V, StopTH: 23.60 V
22:00:36.180 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
22:00:36.190 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
22:00:36.200 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
22:00:36.211 > [DPL::calcPowerLimit] power meter value: 28 W, power meter valid: yes, inverter output: 57 W, solar power (AC): 0 W
22:00:36.222 > [DPL::calcPowerLimit] match household consumption with limit of 65 W
22:00:36.223 > [DPL::setNewPowerLimit] input limit: 65 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
22:00:36.231 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is producing, requesting: 65 W, reported: 69 W, diff: 4 W
22:00:36.241 > Interrupt received
22:00:36.249 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 08 01 09 00 71 00 73 01 2A 01 31 00 00 A5 | -35 dBm
22:00:36.257 > Interrupt received
22:00:36.265 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 18 03 E8 00 FE 00 02 7D 78 34 | -35 dBm
22:00:36.550 > RX Period End
22:00:36.577 > Middle missing
22:00:36.579 > Request retransmit: 2
22:00:36.591 > TX RequestFrame 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 82 BF
22:00:36.605 > Interrupt received
22:00:36.614 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 44 00 00 12 AF 00 00 00 00 09 38 13 82 02 3A CC | -35 dBm
22:00:36.659 > RX Period End
22:00:36.690 > Success
22:00:36.705 > [PowerMeterHttpJson] New total: 33.00
22:00:37.270 > [DPL::loop] ******************* ENTER **********************
22:00:37.366 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 18013 s, ignore: no
22:00:37.393 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.40 V, returning: 26.40V
22:00:37.395 > [DPL::loop] dcVoltage: 26.40 V, loadCorrectedVoltage: 26.46 V, StartTH: 24.60 V, StopTH: 23.60 V
22:00:37.406 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
22:00:37.407 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
22:00:37.418 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
22:00:37.428 > [DPL::calcPowerLimit] power meter value: 33 W, power meter valid: yes, inverter output: 57 W, solar power (AC): 0 W
22:00:37.438 > [DPL::calcPowerLimit] match household consumption with limit of 70 W
22:00:37.439 > [DPL::setNewPowerLimit] input limit: 70 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
22:00:37.447 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is producing, requesting: 70 W, reported: 69 W, diff: 1 W
22:00:37.984 > Fetch inverter: 1144A006DE03
22:00:38.015 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 E6 00 00 00 00 00 00 00 00 E8 5F CC
22:00:38.038 > Interrupt received
22:00:38.052 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 08 01 09 00 7A 00 7D 01 43 01 4A 00 00 B2 | -35 dBm
22:00:38.087 > Interrupt received
22:00:38.112 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 44 00 00 12 AF 00 00 00 00 09 39 13 82 02 6A 9D | -35 dBm
22:00:38.133 > Interrupt received
22:00:38.145 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 1A 03 E7 00 FE 00 02 D4 88 60 | -35 dBm
22:00:38.294 > [DPL::loop] ******************* ENTER **********************
22:00:38.324 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 18014 s, ignore: no
22:00:38.326 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.40 V, returning: 26.40V
22:00:38.327 > [DPL::loop] dcVoltage: 26.40 V, loadCorrectedVoltage: 26.46 V, StartTH: 24.60 V, StopTH: 23.60 V
22:00:38.340 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
22:00:38.353 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
22:00:38.364 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
22:00:38.364 > [DPL::calcPowerLimit] power meter value: 33 W, power meter valid: yes, inverter output: 57 W, solar power (AC): 0 W
22:00:38.365 > [DPL::calcPowerLimit] match household consumption with limit of 70 W
22:00:38.376 > [DPL::setNewPowerLimit] input limit: 70 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
22:00:38.387 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is producing, requesting: 70 W, reported: 69 W, diff: 1 W
22:00:38.490 > RX Period End
22:00:38.514 > Success
22:00:39.526 > [DPL::loop] ******************* ENTER **********************
22:00:39.618 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 18015 s, ignore: no
22:00:39.633 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.40 V, returning: 26.40V
22:00:39.646 > [DPL::loop] dcVoltage: 26.40 V, loadCorrectedVoltage: 26.46 V, StartTH: 24.60 V, StopTH: 23.60 V
22:00:39.659 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
22:00:39.661 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
22:00:39.671 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
22:00:39.681 > [DPL::calcPowerLimit] power meter value: 33 W, power meter valid: yes, inverter output: 61 W, solar power (AC): 0 W
22:00:39.692 > [DPL::calcPowerLimit] match household consumption with limit of 74 W
22:00:39.725 > [DPL::setNewPowerLimit] input limit: 74 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
22:00:39.741 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is producing, requesting: 74 W, reported: 69 W, diff: 5 W
22:00:40.034 > Fetch inverter: 1144A006DE03
22:00:40.128 > TX RealTimeRunData 865.00 MHz --> 15 A0 06 DE 03 80 10 95 56 80 0B 00 67 19 55 E8 00 00 00 00 00 00 00 00 88 13 EE
22:00:40.153 > Interrupt received
22:00:40.154 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 01 00 01 01 08 01 09 00 7A 00 7D 01 44 01 4A 00 00 B5 | -35 dBm
22:00:40.165 > Interrupt received
22:00:40.178 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 02 12 44 00 00 12 AF 00 00 00 00 09 39 13 82 02 6A 9D | -35 dBm
22:00:40.190 > Interrupt received
22:00:40.191 > RX 865.00 MHz --> 95 A0 06 DE 03 80 10 95 56 83 00 00 00 1A 03 E7 00 FE 00 02 17 79 52 | -35 dBm
22:00:40.543 > [DPL::loop] ******************* ENTER **********************
22:00:40.556 > [DPL::loop] battery interface disabled, SoC: 0.000000 %, StartTH: 80 %, StopTH: 20 %, SoC age: 18016 s, ignore: no
22:00:40.566 > [DPL::getBatteryVoltage] BMS: -1.00 V, MPPT: -1.00 V, inverter: 26.40 V, returning: 26.40V
22:00:40.568 > [DPL::loop] dcVoltage: 26.40 V, loadCorrectedVoltage: 26.46 V, StartTH: 24.60 V, StopTH: 23.60 V
22:00:40.580 > [DPL::loop] StartTH reached: yes, StopTH reached: no, SolarPT enabled, use at night: no
22:00:40.593 > [DPL::calcPowerLimit] battery use allowed, solar power (DC): 0 W
22:00:40.602 > [DPL::calcPowerLimit] target consumption: 20 W, base load: 30 W, power meter does include inverter output
22:00:40.612 > [DPL::calcPowerLimit] power meter value: 33 W, power meter valid: yes, inverter output: 61 W, solar power (AC): 0 W
22:00:40.622 > [DPL::calcPowerLimit] match household consumption with limit of 74 W
22:00:40.631 > [DPL::setNewPowerLimit] input limit: 74 W, min limit: 20 W, max limit: 400 W, hysteresis: 15 W
22:00:40.640 > [DPL::setNewPowerLimit] inverter max: 1000 W, inverter is producing, requesting: 74 W, reported: 69 W, diff: 5 W

=======================

0 replies

Fokker-1 · 2024-10-24T10:00:38Z

Fokker-1
Oct 24, 2024
Author

Hallo,

hier zur weiteren Erläuterung noch mal Bilder.

Nach Abschaltung:

Eine Abschaltung ist erfolgt, dabei ist der Tagesertrag auch auf Null gesetzt worden. Dann ging die Leistung auf die 809 W hoch
In diesem Zustand lief dann das System weiter im Bereich 600 W bis 850 W.

Die Einschaltung erfolgte dann aber erst wieder nach ca. 5 Minuten!

Dann sah es so aus:

Die Einspeisung (Gesamtleistung) ist korrekt bei 400 W (ist so konfiguriert) und die Aufteilung mit "Leistung Netz" passt auch.

Warum ist das System über Minuten hinweg immer wieder "regungslos?

Grüße
Wwrner

1 reply

spcqike Oct 24, 2024

So wie es aussieht hast du entweder ein Problem mit dem Funk, oder dein wechselrichter hängt sich auf.

Die DTU versucht mehrfach den wechselrichter zu starten. Das schlägt wiederholt fehlt. Irgendwann werden Neustart Befehle verschickt die auch irgendwann mal durchkommen.

Nach einem Neustart nullt sich der Tagesertrag.

Versuch mal testweise ein mindestlimit von 30. wenn das nicht hilft, musst du wohl beim Funk gucken. Also mit der Verstärkung und dem Kanal spielen. Und dem Standort der DTU. Bis es besser läuft.

Fokker-1 · 2024-10-24T17:05:23Z

Fokker-1
Oct 24, 2024
Author

Hallo,

noch mal danke für die schnelle Antwort und die Erläuterungen. Ist ein prima Ansatz.

Das Mindestlimit habe ich zum Test mal auf 50 W gesetzt, das Problem bleibt.
Beim Funk habe ich die Sendeleistung verändert und auch die Position der DTU (stand bisher nur 2 m vom WR entfernt), leider auch keine Lösung.

Im Moment bin ich ratlos.

Auch das Verhalten beim Einschalten mit den "endlosen" Wartezeiten ist weiterhin.

Beispiel:
Akku ist an beiden Strings mit 26 V. Dann 230V einschalten.
Die LED hat verschiedene Blinksequenzen und geht nach kurzer Zeit in den Status "Grün-Blinken alls 4 sec".

Dieser Zustand bleibt dann mehrere Minuten so bestehen bis dann plötzlich der Wechsel auf "Grün alle 2 sec." erfolgt und die Stromeinspeisung startet. Gelegentlich tritt aber auch der Fall auf, dass plötzlich für einige Sekunden die LED wieder rot blinkt und der WR in seinen Ausgangszustand geht.

Nun denn, ich hoffe, das Mysterium lässt sich doch noch lösen.

Gruß
Werner

1 reply

oldman4U Oct 24, 2024

Ich würde mal zwei upconverter versuchen die die Spannung von 24V auf 50V erhöhen. Hat bei meinem HM-800 diese und weitere Probleme gelöst.

Harisjems · 2024-10-24T18:08:12Z

Harisjems
Oct 24, 2024

Wie sieht deine OpenDTU-Hardware aus?
Ist alles verlötet?
Ich habe bei mir ähnliche Probleme beobachten können, bei Steckverbindungen und ESP32, beim NRF-Modul und CMT.
Mit dem Fusion Board ist Ruhe eingekehrt.
Was sind die sieben Fehlermeldungen bei WR?
Zeitsynchronisation? Viele davon?
24-V-Systeme sollen auch anfälliger für Probleme bei Hoymiles sein.
Ich habe nur 48 V, 24 V habe ich nicht getestet.

5 replies

Fokker-1 Oct 27, 2024
Author

Hallo,

noch mal danke für die Infos.

Meine openDTU on Battery ist ein Fertiggerät für HMS-Typen aus dem DTU Shop. Mechanische Probleme (Lötungen, Kontakte) damit konnte ich nicht feststellen, die macht auch insgesamt einen guten Eindruck.

Leider hatte ich die Meldung mit den 7 Angaben nicht gespeichert ... :-(

Ich hatte gestern mal die Frequenz gewechselt, war leider auch ohne Erfolg und sah nach 15 Stunden dann so aus:

Auffällig die hohen Werte bei "... Fragment" (ca. 20 % von "Ges. Anfragen") , aber keine Ahnung, was das bedeuten könnte.

Bei "Nichts empfangen" hatte ich 3x zufällig bemerkt, dass das Auftreten dieses Fehlers in unmittelbarer zeitlicher Nähe zu dem WR-Problem stattfand. Allerdings kann ich daraus keine Info ableiten, was sich dahinter verbergen könnte.

Ich habe jetzt noch einmal die Frequenz geändert.
Wenn das auch nichts bringt, werde ich wohl aufgeben müssen, habe keine Idee mehr, schade ums Geld ...

Viele Grüße und schönes Wochenende
Werner

oldman4U Oct 27, 2024

Ich würde mal zwei upconverter versuchen die die Spannung von 24V auf 50V erhöhen. Hat bei meinem HM-800 diese und weitere Probleme gelöst.

Fokker-1 Oct 27, 2024
Author

Hallo,

ja, ist evtl. eine Möglichkeit, aber auch mit weiteren (höheren?) Kosten verbunden.
Welchen Typ genau hast Du im Einsatz?

Danke und Gruß
Werner

Fokker-1 Oct 27, 2024
Author

... hattest Du das auch mal mit nur einem Upconverter versucht?

Grüße
Werner

oldman4U Oct 27, 2024

Ja. Aber nur mit einen single HM-400.

Fokker-1 · 2024-10-26T14:04:16Z

Fokker-1
Oct 26, 2024
Author

Hallo,

sorry, dass ich mich erst jetzt wieder melde, hatte Termine, war unterwegs.
Vorteil: ich konnte weiter im Netz nach diesen Problemen suchen.

Da habe ich Folgendes gefunden:

tbnobody#1167

Ich denke, dass könnten die gleichen Probleme sein wie bei mir. Der Thread ist sehr lesenswert.

Auch darauf besierend habe ich vorhin mal die Frequenz geändert von 865 MHz (Standard) auf 863 MHz.
Ggf. muss man das auch mehrfach machen.

Ich hoffe jetzt - drückt mir die Daumen ...
Ich melde mich wieder.

Danke, Grüße und schönes Wochenende
Werner

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Nulleinspeisung: sehr lange Startzeiten beim HMS-1000-2t #1342

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