Inverter wird mehrmals am Tag kurzzeitig abgeschaltet #1764

spiderhl53 · 2025-03-24T16:51:33Z

spiderhl53
Mar 24, 2025

Seit dem letzten Software Update von openDTU-onBattery habe ich jeden Tag mehrere Abschaltungen des Inverters. Hier das Beispiel von heute

Es wir immer nach kurzer Zeit wieder eingeschaltet, der SOC ist immer oberhalb 70%, die Spannung >52,8 V, also alles weit weg von Abschaltgrenzen.

Kann man den Konsolenoutput in eine Datei schreiben, also nicht nur in die Zwischenablage kopieren, da die Ereignisse nicht vorhersehbar sind?

Gruß spiderhl53

Sorbat · 2025-03-24T17:08:00Z

Sorbat
Mar 24, 2025

Wenn du ein Log über USB erstellst, z.B. mit Putty, kannst du es in eine Datei schreiben lassen.

2 replies

schlimmchen Mar 24, 2025
Maintainer

Noch ein bisschen deutlicher von meiner Seite: Ohne DPL verbose log vom Zeitpunkt, zu dem eine ungewollte Abschaltung erfolgt, können wir leider nicht helfen.

Zen-Samko Mar 25, 2025

Ich dachte das wäre diese gewollte Option die ihr eingebaut habt, damit WR/DTU nicht einfrieren, weil nach kurzem Neustart geht alles wieder?

Hatte das hier irgendwo gelesen, dass es für die Hoymiles WR eingebaut wurde und mich erstmal damit abgefunden.

Das ist nämlich seit den ganzen neuen Firmware Versionen in diesem Jahr so, das auch täglich.

LG

spiderhl53 · 2025-03-25T09:05:39Z

spiderhl53
Mar 25, 2025
Author

Dann brauche ich aber ca. 20 m USB-Kabel...
Der openDTU-Computer ist in der Garage beim Inverter und der Batterie, da komme ich per USB nicht ran. Mal sehen, was ich da machen kann.

2 replies

Sorbat Mar 25, 2025

Vielleicht einen Laptop nehmen oder sowas?

Zen-Samko Mar 25, 2025

Gibt es eine andere Möglichkeit für diesen Log als an den USB der DTU zu gehen?

spiderhl53 · 2025-03-25T15:56:54Z

spiderhl53
Mar 25, 2025
Author

Ich habe nur einen alten Laptop mit Windows 8.1 Damit geht es nicht, es fehlt der Treiber, den er nicht nachladen kann

1 reply

Sorbat Mar 25, 2025

und wenn du den Treiber manuell lädst?

spiderhl53 · 2025-03-25T16:23:45Z

spiderhl53
Mar 25, 2025
Author

Ich weiß nicht, welchen Treiber ich laden sollte und wo ich den herbekommen soll. Er will einen USB/JTAG-Treiber.

Aber ich denke, dass noch mehr dieses Problem haben. Vielleicht kann jemand ein Logfile aufnehmen und hochladen.

Ich werde versuchen, mir einen Laptop zu leihen, aber das geht nicht von heute auf morgen.

1 reply

Sorbat Mar 25, 2025

hast du schon geschaut, ob hier vielleicht etwas passendes dabei ist? https://docs.espressif.com/projects/esp-iot-solution/en/latest/usb/usb_overview/usb_serial_jtag.html

Harisjems · 2025-03-25T16:50:40Z

Harisjems
Mar 25, 2025

Versuch mal das hier; ich nehme es immer für ELM und Autodiagnose. Es ist etwas Solides und hat mich selten im Stich gelassen. Ich glaube, ich habe den vierten in der Liste. Probiere alle vier.

https://www.conversmod.de/index.php?page=treiber&language=de

0 replies

spiderhl53 · 2025-04-17T12:30:53Z

spiderhl53
Apr 17, 2025
Author

Ich habe nun mit Putty ein Logfile erstellt. Das ist mehrere 10.000 Zeilen lang aber leider ohne Zeitstempel. Gibt es eine Möglichkeit, das Logfile mit Zeitstempel zu schreiben? Sonst kann man ja keinen Zusammenhang zwischen dem Logfile und der Ereignisanzeige von openDTU herstellen. Oder nach welchem String kann ich suchen, um die Stelle im File zu finden, an der der Inverter abgeschaltet wird?

0 replies

spiderhl53 · 2025-04-18T09:39:20Z

spiderhl53
Apr 18, 2025
Author

Nun ist es mir gelungen, die Konsole zum richtigen Zeitpunkt aktiv zu haben. Hier nun der Log von zwei Abschaltungen um 07:36

Was ist die Ursache für diese Abschaltungen?

07:36:11.504 > [DPL] up 162 s, next inverter restart at 59221 s (set to 0)
07:36:11.844 > [DPL] battery interface enabled, SoC 65.0 % (ignored), age 0 s (valid)
07:36:11.864 > [DPL] BMS: 52.74 V, MPPT: 52.80 V, inverter 1164a00ccb3f: 52.90
07:36:11.877 > [DPL] battery voltage 52.74 V, load-corrected voltage 52.87 V @ 131 W, factor 0.00100 1/A
07:36:11.891 > [DPL] battery discharge restricted, start 52.90 V or 60 %, stop 52.30 V or 40 %
07:36:12.233 > [DPL] full solar-passthrough dormant, start 56.20 V or 98 %, stop 54.00 V
07:36:12.253 > [DPL] start NOT reached, stop NOT reached, solar-passthrough enabled, use at night enabled and dormant
07:36:12.266 > [DPL] total max AC power is 1200 W, conduction losses are 5 %
07:36:12.277 > [DPL] targeting 30 W, base load is 250 W, power meter reads 47.0 W (valid)
07:36:12.291 > [DPL] inverter 1164a00ccb3f is behind power meter producing 131 W
07:36:12.304 > [DPL] battery allowance is 0/0 W DC/AC, solar power is 65533/59143 W DC/AC, requested are 148 W AC
07:36:12.650 > [DPL] requesting 148 W from 1 battery-powered inverter currently producing 131 W (diff 17 W, hysteresis 25 W)
07:36:12.669 > [DPL inverter 1164a00ccb3f]:
07:36:13.007 > battery-powered, producing 131 W
07:36:13.026 > lower/current/upper limit: 55/132/1600 W, output capability: 1600 W
07:36:13.039 > sending commands enabled, reachable, eligible
07:36:13.053 > max reduction production/standby: 76/131 W, max increase: 1468 W
07:36:13.066 > target limit/output/state: -1 W (unchanged)/131 W/unchanged, 0 update timeouts
07:36:13.406 > MPPTs AC power: a: 34 W b: 31 W c: 33 W d: 33 W
07:36:13.757 > [DPL] up 163 s, next inverter restart at 59221 s (set to 0)
07:36:13.775 > [DPL] battery interface enabled, SoC 65.0 % (ignored), age 1 s (valid)
07:36:13.789 > [DPL] BMS: 52.74 V, MPPT: 52.83 V, inverter 1164a00ccb3f: 52.90
07:36:13.803 > [DPL] battery voltage 52.74 V, load-corrected voltage 52.87 V @ 131 W, factor 0.00100 1/A
07:36:13.816 > [DPL] battery discharge restricted, start 52.90 V or 60 %, stop 52.30 V or 40 %
07:36:13.829 > [DPL] full solar-passthrough dormant, start 56.20 V or 98 %, stop 54.00 V
07:36:14.167 > [DPL] start NOT reached, stop NOT reached, solar-passthrough enabled, use at night enabled and dormant
07:36:14.186 > [DPL] total max AC power is 1200 W, conduction losses are 5 %
07:36:14.528 > [DPL] targeting 30 W, base load is 250 W, power meter reads 47.0 W (valid)
07:36:14.547 > [DPL] inverter 1164a00ccb3f is behind power meter producing 131 W
07:36:14.560 > [DPL] battery allowance is 0/0 W DC/AC, solar power is 5/4 W DC/AC, requested are 148 W AC
07:36:14.574 > [DPL] requesting 4 W from 1 battery-powered inverter currently producing 131 W (diff -127 W, hysteresis 25 W)
07:36:14.586 > [DPL] will cover 0 W using 1 battery-powered inverter
07:36:14.599 > [DPL inverter 1164a00ccb3f]:
07:36:14.936 > battery-powered, producing 131 W
07:36:14.955 > lower/current/upper limit: 55/132/1600 W, output capability: 1600 W
07:36:15.301 > sending commands enabled, reachable, eligible
07:36:15.319 > max reduction production/standby: 76/131 W, max increase: 1468 W
07:36:15.333 > target limit/output/state: -1 W (unchanged)/0 W/standby, 0 update timeouts
07:36:15.345 > MPPTs AC power: a: 34 W b: 31 W c: 33 W d: 33 W
07:36:15.359 > [DPL inverter 1164a00ccb3f]: Stopping inverter...
07:36:15.371 > TX PowerControl 868.25 MHz --> 51 A0 0C CB 3F 80 16 07 08 81 01 00 20 00 30
07:36:15.711 > [DPL] waiting for a start/stop/restart/limit command to complete
07:36:16.059 > Interrupt received
07:36:16.082 > RX 868.25 MHz --> D1 A0 0C CB 3F 80 16 07 08 81 00 00 01 00 B4 01 25 | -64 dBm
07:36:16.096 > Fetch inverter: 1164A00CCB3F
07:36:16.108 > Queue size - NRF: 0 CMT: 2
07:36:16.120 > RX Period End
07:36:16.133 > Success
07:36:16.479 > TX RealTimeRunData 868.25 MHz --> 15 A0 0C CB 3F 80 16 07 08 80 0B 00 68 01 E4 D0 00 00 00 00 00 00 00 00 2F 1C 31
07:36:16.834 > Interrupt received
07:36:16.854 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 01 00 01 02 12 02 12 00 01 00 00 00 07 00 03 00 01 50 | -64 dBm
07:36:16.867 > Interrupt received
07:36:16.880 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 02 21 30 00 01 0A 74 00 C4 00 B3 02 13 02 12 00 00 4E | -64 dBm
07:36:16.892 > Interrupt received
07:36:17.233 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 03 00 00 00 04 00 03 00 01 16 50 00 01 1B 85 00 BD 35 | -64 dBm
07:36:17.253 > Interrupt received
07:36:17.265 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 04 00 BC 09 0B 13 8A 00 00 00 00 00 00 00 00 00 B6 C1 | -64 dBm
07:36:17.278 > Interrupt received
07:36:17.618 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 85 00 4E 7D B7 55 | -64 dBm
07:36:17.638 > RX Period End
07:36:17.650 > Success
07:36:17.664 > [DPL] waiting for sufficiently recent power meter reading
07:36:17.677 > [PowerMeterHttpJson] New total: 84.00
07:36:17.690 > [ 166.810] JK BMS: request for data sent
07:36:18.028 > [ 166.816] JK BMS: busy waiting for or reading a message from the BMS
07:36:18.047 > [ 166.823] JK BMS: waiting for poll interval to elapse
07:36:18.060 > Admin AP remaining seconds: 20 / 180
07:36:18.073 > Fetch inverter: 1164A00CCB3F
07:36:18.417 > Queue size - NRF: 0 CMT: 2
07:36:18.436 > TX RealTimeRunData 868.25 MHz --> 15 A0 0C CB 3F 80 16 07 08 80 0B 00 68 01 E4 D5 00 00 00 00 00 00 00 00 7F 23 5B
07:36:18.450 > Interrupt received
07:36:18.463 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 01 00 01 02 12 02 12 00 01 00 00 00 07 00 03 00 01 50 | -64 dBm
07:36:18.806 > Interrupt received
07:36:18.825 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 02 21 30 00 01 0A 74 00 C4 00 B3 02 13 02 12 00 00 4E | -64 dBm
07:36:19.182 > Interrupt received
07:36:19.205 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 03 00 00 00 04 00 03 00 01 16 50 00 01 1B 85 00 BD 35 | -64 dBm
07:36:19.222 > Interrupt received
07:36:19.237 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 04 00 BC 09 05 13 8A 00 00 00 00 00 00 00 00 00 B6 CF | -65 dBm
07:36:19.252 > Interrupt received
07:36:19.621 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 85 00 4E 79 39 DF | -65 dBm
07:36:19.991 > RX Period End
07:36:20.010 > Success
07:36:20.023 > TX AlarmData 868.25 MHz --> 15 A0 0C CB 3F 80 16 07 08 80 11 00 68 01 E4 D5 00 00 00 00 00 00 00 00 A5 38 80
07:36:20.039 > Interrupt received
07:36:20.053 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 01 00 01 B0 01 00 01 8C E1 8C E1 00 00 00 00 80 02 66 | -64 dBm
07:36:20.421 > Interrupt received
07:36:20.439 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 02 00 04 42 B4 42 B4 00 00 00 E9 80 02 00 05 42 D3 AD | -64 dBm
07:36:20.453 > Interrupt received
07:36:20.831 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 03 42 D3 FF FF FF 17 40 7C 00 33 46 DE 46 F2 00 00 0D | -64 dBm
07:36:20.849 > Interrupt received
07:36:20.862 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 04 00 00 40 7C 00 35 46 F9 47 0B 00 00 00 00 40 7C 96 | -64 dBm
07:36:20.876 > Interrupt received
07:36:20.889 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 05 00 37 47 14 47 22 00 00 00 00 40 7C 00 39 47 2B 39 | -64 dBm
07:36:20.902 > Interrupt received
07:36:20.914 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 06 4A 54 00 00 00 00 40 7C 00 3B 4A B4 4B A9 00 00 57 | -64 dBm
07:36:21.274 > Interrupt received
07:36:21.294 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 07 00 00 40 7C 00 3D 4C 1A 4C BA 00 00 00 00 40 7C CE | -65 dBm
07:36:21.310 > Interrupt received
07:36:21.327 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 08 00 3F 4D 1B 4D 49 00 00 00 00 40 7C 00 41 4D 53 52 | -65 dBm
07:36:21.678 > Interrupt received
07:36:21.697 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 09 4D DE 00 00 00 00 40 7C 00 43 4E 4A 4E 57 00 00 AC | -64 dBm
07:36:21.710 > Interrupt received
07:36:21.722 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 0A 00 00 40 7C 00 45 4E 5F 4E 6B 00 00 00 00 40 7C 2F | -64 dBm
07:36:22.090 > Interrupt received
07:36:22.110 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 0B 00 47 4E 74 4E 80 00 00 00 00 40 7C 00 49 4E 86 51 | -64 dBm
07:36:22.122 > Interrupt received
07:36:22.135 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 8C 4E 94 00 00 00 00 AD D4 7B | -64 dBm
07:36:22.504 > [PowerMeterHttpJson] New total: 485.00
07:36:22.880 > [DPL] up 171 s, next inverter restart at 59221 s (set to 0)
07:36:22.898 > [DPL] battery interface enabled, SoC 65.0 % (ignored), age 9 s (valid)
07:36:22.912 > [DPL] BMS: 52.74 V, MPPT: 52.89 V, inverter 1164a00ccb3f: 53.00
07:36:23.279 > [DPL] battery voltage 52.74 V, load-corrected voltage 52.74 V @ 0 W, factor 0.00100 1/A
07:36:23.298 > [DPL] battery discharge restricted, start 52.90 V or 60 %, stop 52.30 V or 40 %
07:36:23.311 > [DPL] full solar-passthrough dormant, start 56.20 V or 98 %, stop 54.00 V
07:36:23.324 > [DPL] start NOT reached, stop NOT reached, solar-passthrough enabled, use at night enabled and dormant
07:36:23.689 > [DPL] total max AC power is 1200 W, conduction losses are 5 %
07:36:23.708 > [DPL] targeting 30 W, base load is 250 W, power meter reads 485.0 W (valid)
07:36:23.720 > [DPL] inverter 1164a00ccb3f is behind power meter producing 0 W
07:36:23.733 > [DPL] battery allowance is 0/0 W DC/AC, solar power is 65535/59145 W DC/AC, requested are 455 W AC
07:36:23.766 > [DPL] requesting 455 W from 1 battery-powered inverter currently producing 0 W (diff 455 W, hysteresis 25 W)
07:36:24.123 > [DPL] will cover 455 W using 1 battery-powered inverter
07:36:24.142 > [DPL inverter 1164a00ccb3f]:
07:36:24.156 > battery-powered, standing by at 0 W
07:36:24.170 > lower/current/upper limit: 55/132/1600 W, output capability: 1600 W
07:36:24.510 > sending commands enabled, reachable, eligible
07:36:24.860 > max reduction production/standby: 0/0 W, max increase: 1600 W
07:36:24.879 > target limit/output/state: 455 W (update)/455 W/production, 0 update timeouts
07:36:24.892 > MPPTs AC power: a: 0 W b: 0 W c: 0 W d: 0 W
07:36:24.905 > [DPL inverter 1164a00ccb3f]: sending limit of 28.4 % (455 W respectively), max output is 1600 W
07:36:24.918 > [DPL] waiting for a start/stop/restart/limit command to complete
07:36:24.932 > RX Period End
07:36:25.270 > Success
07:36:25.290 > TX ActivePowerControl (01) 868.25 MHz --> 51 A0 0C CB 3F 80 16 07 08 81 0B 00 01 1C 00 01 9A 00 9C
07:36:25.303 > [ 171.812] JK BMS: request for data sent
07:36:25.316 > [ 171.816] JK BMS: busy waiting for or reading a message from the BMS
07:36:25.329 > Interrupt received
07:36:25.669 > RX 868.25 MHz --> D1 A0 0C CB 3F 80 16 07 08 81 00 00 0B 00 14 07 89 | -64 dBm
07:36:25.687 > [ 171.841] JK BMS: a whole frame was received
07:36:25.701 > [ 171.851] JK BMS: waiting for poll interval to elapse
07:36:25.714 > RX Period End
07:36:25.728 > Success
07:36:26.069 > [DPL inverter 1164a00ccb3f]: actual limit is 28.4 % (454 W respectively), effective 2176 ms after update started, requested were 28.4 %
07:36:26.089 > [DPL inverter 1164a00ccb3f]: Starting inverter...
07:36:26.102 > TX PowerControl 868.25 MHz --> 51 A0 0C CB 3F 80 16 07 08 81 00 00 B0 01 A0
07:36:26.115 > Interrupt received
07:36:26.129 > RX 868.25 MHz --> D1 A0 0C CB 3F 80 16 07 08 81 00 00 00 00 24 00 B5 | -64 dBm
07:36:26.473 > Fetch inverter: 1164A00CCB3F
07:36:26.493 > Queue size - NRF: 0 CMT: 2
07:36:26.837 > RX Period End
07:36:26.855 > Success
07:36:26.869 > TX RealTimeRunData 868.25 MHz --> 15 A0 0C CB 3F 80 16 07 08 80 0B 00 68 01 E4 DA 00 00 00 00 00 00 00 00 8F 62 E5
07:36:26.882 > Interrupt received
07:36:26.895 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 01 00 01 02 10 02 11 00 B4 00 A6 03 B9 03 70 00 01 8F | -64 dBm
07:36:27.238 > Interrupt received
07:36:27.584 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 02 21 30 00 01 0A 74 00 C4 00 B3 02 12 02 11 00 AF E3 | -64 dBm
07:36:27.603 > Interrupt received
07:36:27.944 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 03 00 AE 03 A2 03 99 00 01 16 50 00 01 1B 85 00 BD A7 | -64 dBm
07:36:27.963 > Interrupt received
07:36:27.976 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 04 00 BC 09 0F 13 8A 0D AB 00 00 00 96 03 E8 00 B6 1E | -65 dBm
07:36:27.989 > Interrupt received
07:36:28.001 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 85 00 4F DE 70 30 | -65 dBm
07:36:28.015 > RX Period End
07:36:28.355 > Success
07:36:28.374 > [DPL] waiting for sufficiently recent power meter reading
07:36:28.717 > [ 176.816] JK BMS: request for data sent
07:36:28.736 > [ 176.820] JK BMS: busy waiting for or reading a message from the BMS
07:36:28.749 > [ 176.843] JK BMS: a whole frame was received
07:36:28.761 > [ 176.854] JK BMS: waiting for poll interval to elapse
07:36:29.102 > [PowerMeterHttpJson] New total: 462.00
07:36:29.121 > Admin AP remaining seconds: 30 / 180
07:36:29.133 > Fetch inverter: 1164A00CCB3F
07:36:29.147 > Queue size - NRF: 0 CMT: 2
07:36:29.160 > TX RealTimeRunData 868.25 MHz --> 15 A0 0C CB 3F 80 16 07 08 80 0B 00 68 01 E4 E0 00 00 00 00 00 00 00 00 2E 48 54
07:36:29.504 > Interrupt received
07:36:29.522 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 01 00 01 02 10 02 10 00 E8 00 D6 04 CC 04 6E 00 01 C9 | -64 dBm
07:36:29.867 > Interrupt received
07:36:29.885 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 02 21 30 00 01 0A 75 00 C4 00 B4 02 11 02 10 00 E1 A9 | -64 dBm
07:36:29.899 > Interrupt received
07:36:29.912 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 03 00 DF 04 A8 04 9C 00 01 16 51 00 01 1B 85 00 BE DB | -64 dBm
07:36:30.256 > Interrupt received
07:36:30.275 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 04 00 BC 09 13 13 8A 11 93 00 00 00 C1 03 E8 00 B6 71 | -64 dBm
07:36:30.288 > Interrupt received
07:36:30.301 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 85 00 4F ED 5A 29 | -64 dBm
07:36:30.314 > RX Period End
07:36:30.658 > Success
07:36:30.677 > TX AlarmData 868.25 MHz --> 15 A0 0C CB 3F 80 16 07 08 80 11 00 68 01 E4 E0 00 00 00 00 00 00 00 00 F4 53 8F
07:36:30.691 > Interrupt received
07:36:30.703 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 01 00 01 B0 01 00 01 8C E1 8C E1 00 00 00 00 80 02 66 | -64 dBm
07:36:31.041 > Interrupt received
07:36:31.060 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 02 00 04 42 B4 42 B4 00 00 00 E9 80 02 00 05 42 D3 AD | -64 dBm
07:36:31.074 > Interrupt received
07:36:31.086 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 03 42 D3 FF FF FF 17 40 7C 00 33 46 DE 46 F2 00 00 0D | -65 dBm
07:36:31.102 > Interrupt received
07:36:31.447 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 04 00 00 40 7C 00 35 46 F9 47 0B 00 00 00 00 40 7C 96 | -64 dBm
07:36:31.796 > Interrupt received
07:36:31.816 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 05 00 37 47 14 47 22 00 00 00 00 40 7C 00 39 47 2B 39 | -64 dBm
07:36:31.829 > Interrupt received
07:36:31.841 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 06 4A 54 00 00 00 00 40 7C 00 3B 4A B4 4B A9 00 00 57 | -64 dBm
07:36:31.855 > Interrupt received
07:36:31.868 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 07 00 00 40 7C 00 3D 4C 1A 4C BA 00 00 00 00 40 7C CE | -64 dBm
07:36:31.882 > Interrupt received
07:36:32.223 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 08 00 3F 4D 1B 4D 49 00 00 00 00 40 7C 00 41 4D 53 52 | -64 dBm
07:36:32.242 > Interrupt received
07:36:32.256 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 09 4D DE 00 00 00 00 40 7C 00 43 4E 4A 4E 57 00 00 AC | -64 dBm
07:36:32.268 > Interrupt received
07:36:32.608 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 0A 00 00 40 7C 00 45 4E 5F 4E 6B 00 00 00 00 40 7C 2F | -64 dBm
07:36:32.956 > Interrupt received
07:36:32.975 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 0B 00 47 4E 74 4E 80 00 00 00 00 40 7C 00 49 4E 86 51 | -64 dBm
07:36:32.989 > [ 181.818] JK BMS: request for data sent
07:36:33.002 > [PowerMeterHttpJson] New total: 18.00
07:36:33.014 > [DPL] up 181 s, next inverter restart at 59221 s (set to 0)
07:36:33.358 > [DPL] battery interface enabled, SoC 65.0 % (ignored), age 4 s (valid)
07:36:33.376 > [DPL] BMS: 52.66 V, MPPT: 52.71 V, inverter 1164a00ccb3f: 52.80
07:36:33.737 > [DPL] battery voltage 52.66 V, load-corrected voltage 53.11 V @ 449 W, factor 0.00100 1/A
07:36:33.756 > [DPL] battery discharge restricted, start 52.90 V or 60 %, stop 52.30 V or 40 %
07:36:33.769 > [DPL] full solar-passthrough dormant, start 56.20 V or 98 %, stop 54.00 V
07:36:33.782 > [DPL] start reached, stop NOT reached, solar-passthrough enabled, use at night enabled and dormant
07:36:34.125 > [DPL] total max AC power is 1200 W, conduction losses are 5 %
07:36:34.143 > [DPL] targeting 30 W, base load is 250 W, power meter reads 18.0 W (valid)
07:36:34.157 > [DPL] inverter 1164a00ccb3f is behind power meter producing 449 W
07:36:34.170 > [DPL] battery allowance is 0/0 W DC/AC, solar power is 0/0 W DC/AC, requested are 437 W AC
07:36:34.184 > [DPL] requesting 0 W from 1 battery-powered inverter currently producing 449 W (diff -449 W, hysteresis 25 W)
07:36:34.197 > [DPL] will cover 0 W using 1 battery-powered inverter
07:36:34.210 > [DPL inverter 1164a00ccb3f]:
07:36:34.554 > battery-powered, producing 449 W
07:36:34.903 > lower/current/upper limit: 55/454/1600 W, output capability: 1600 W
07:36:34.922 > sending commands enabled, reachable, eligible
07:36:34.935 > max reduction production/standby: 394/449 W, max increase: 1146 W
07:36:34.949 > target limit/output/state: -1 W (unchanged)/0 W/standby, 0 update timeouts
07:36:34.962 > MPPTs AC power: a: 117 W b: 108 W c: 113 W d: 112 W
07:36:35.305 > [DPL inverter 1164a00ccb3f]: Stopping inverter...
07:36:35.324 > [ 181.888] JK BMS: a whole frame was received
07:36:35.337 > [ 181.898] JK BMS: waiting for poll interval to elapse
07:36:35.350 > Interrupt received
07:36:35.363 > [DPL] waiting for a start/stop/restart/limit command to complete
07:36:35.703 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 8C 4E 94 00 00 00 00 AD D4 7B | -64 dBm
07:36:35.722 > RX Period End
07:36:36.057 > Success
07:36:36.077 > TX PowerControl 868.25 MHz --> 51 A0 0C CB 3F 80 16 07 08 81 01 00 20 00 30
07:36:36.093 > Interrupt received
07:36:36.107 > RX 868.25 MHz --> D1 A0 0C CB 3F 80 16 07 08 81 00 00 01 00 B4 01 25 | -64 dBm
07:36:36.452 > RX Period End
07:36:36.472 > Success
07:36:36.485 > Fetch inverter: 1164A00CCB3F
07:36:36.499 > Queue size - NRF: 0 CMT: 1
07:36:36.514 > TX RealTimeRunData 868.25 MHz --> 15 A0 0C CB 3F 80 16 07 08 80 0B 00 68 01 E4 E5 00 00 00 00 00 00 00 00 7E 77 3E
07:36:36.529 > Interrupt received
07:36:36.883 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 01 00 01 02 11 02 12 00 01 00 00 00 07 00 03 00 01 53 | -64 dBm
07:36:36.904 > Interrupt received
07:36:36.918 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 02 21 30 00 01 0A 75 00 C4 00 B4 02 13 02 12 00 00 48 | -64 dBm
07:36:36.931 > Interrupt received
07:36:36.944 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 03 00 00 00 04 00 03 00 01 16 51 00 01 1B 85 00 BE 37 | -64 dBm
07:36:37.292 > Interrupt received
07:36:37.311 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 04 00 BC 09 02 13 8A 00 00 00 00 00 00 00 00 00 B6 C8 | -64 dBm
07:36:37.324 > Interrupt received
07:36:37.338 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 85 00 50 6D AC 40 | -64 dBm
07:36:37.352 > RX Period End
07:36:37.364 > Success
07:36:37.707 > [DPL] waiting for sufficiently recent power meter reading
07:36:38.056 > [PowerMeterHttpJson] New total: 539.00
07:36:38.075 > [ 186.820] JK BMS: request for data sent
07:36:38.088 > [ 186.824] JK BMS: busy waiting for or reading a message from the BMS
07:36:38.101 > [ 186.848] JK BMS: a whole frame was received
07:36:38.442 > [ 186.859] JK BMS: waiting for poll interval to elapse
07:36:38.462 > Admin AP remaining seconds: 40 / 180
07:36:38.476 > Fetch inverter: 1164A00CCB3F
07:36:38.489 > Queue size - NRF: 0 CMT: 2
07:36:38.502 > TX RealTimeRunData 868.25 MHz --> 15 A0 0C CB 3F 80 16 07 08 80 0B 00 68 01 E4 EA 00 00 00 00 00 00 00 00 8E 36 80
07:36:38.516 > Interrupt received
07:36:38.856 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 01 00 01 02 12 02 12 00 01 00 00 00 07 00 03 00 01 50 | -65 dBm
07:36:39.205 > Interrupt received
07:36:39.224 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 02 21 30 00 01 0A 75 00 C4 00 B4 02 13 02 12 00 00 48 | -64 dBm
07:36:39.238 > Interrupt received
07:36:39.252 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 03 00 00 00 04 00 03 00 01 16 51 00 01 1B 85 00 BE 37 | -64 dBm
07:36:39.265 > Interrupt received
07:36:39.608 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 04 00 BC 09 01 13 8A 00 00 00 00 00 00 00 00 00 B6 CB | -64 dBm
07:36:39.628 > Interrupt received
07:36:39.642 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 85 00 50 6C 2C C1 | -64 dBm
07:36:39.656 > RX Period End
07:36:39.670 > Success
07:36:39.683 > TX AlarmData 868.25 MHz --> 15 A0 0C CB 3F 80 16 07 08 80 11 00 68 01 E4 EA 00 00 00 00 00 00 00 00 54 2D 5B
07:36:40.023 > Interrupt received
07:36:40.043 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 01 00 01 B0 01 00 01 8C E1 8C E1 00 00 00 00 80 02 66 | -64 dBm
07:36:40.386 > [ 191.823] JK BMS: request for data sent
07:36:40.406 > [ 191.827] JK BMS: busy waiting for or reading a message from the BMS
07:36:40.418 > Interrupt received
07:36:40.431 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 02 00 04 42 B4 42 B4 00 00 00 E9 80 02 00 05 42 D3 AD | -64 dBm
07:36:40.782 > [PowerMeterHttpJson] New total: 538.00
07:36:40.800 > [ 191.855] JK BMS: a whole frame was received
07:36:40.814 > [ 191.865] JK BMS: waiting for poll interval to elapse
07:36:40.827 > Interrupt received
07:36:40.841 > [DPL] up 191 s, next inverter restart at 59221 s (set to 0)
07:36:40.854 > [DPL] battery interface enabled, SoC 65.0 % (ignored), age 0 s (valid)
07:36:41.196 > [DPL] BMS: 52.75 V, MPPT: 52.88 V, inverter 1164a00ccb3f: 53.00
07:36:41.214 > [DPL] battery voltage 52.75 V, load-corrected voltage 52.75 V @ 0 W, factor 0.00100 1/A
07:36:41.559 > [DPL] battery discharge allowed, start 52.90 V or 60 %, stop 52.30 V or 40 %
07:36:41.578 > [DPL] full solar-passthrough dormant, start 56.20 V or 98 %, stop 54.00 V
07:36:41.591 > [DPL] start NOT reached, stop NOT reached, solar-passthrough enabled, use at night enabled and dormant
07:36:41.604 > [DPL] total max AC power is 1200 W, conduction losses are 5 %
07:36:41.955 > [DPL] targeting 30 W, base load is 250 W, power meter reads 538.0 W (valid)
07:36:41.974 > [DPL] inverter 1164a00ccb3f is behind power meter producing 0 W
07:36:41.986 > [DPL] battery allowance is 1855/1674 W DC/AC, solar power is 4/3 W DC/AC, requested are 508 W AC
07:36:41.999 > [DPL] requesting 508 W from 1 battery-powered inverter currently producing 0 W (diff 508 W, hysteresis 25 W)
07:36:42.012 > [DPL] will cover 508 W using 1 battery-powered inverter
07:36:42.351 > [DPL inverter 1164a00ccb3f]:
07:36:42.370 > battery-powered, standing by at 0 W
07:36:42.383 > lower/current/upper limit: 55/454/1600 W, output capability: 1600 W
07:36:42.726 > sending commands enabled, reachable, eligible
07:36:42.746 > max reduction production/standby: 0/0 W, max increase: 1600 W
07:36:42.759 > target limit/output/state: 508 W (update)/508 W/production, 0 update timeouts
07:36:43.105 > MPPTs AC power: a: 0 W b: 0 W c: 0 W d: 0 W
07:36:43.123 > [DPL inverter 1164a00ccb3f]: sending limit of 31.8 % (508 W respectively), max output is 1600 W
07:36:43.136 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 03 42 D3 FF FF FF 17 40 7C 00 35 46 F9 47 0B 00 00 D4 | -64 dBm
07:36:43.150 > [DPL] waiting for a start/stop/restart/limit command to complete
07:36:43.163 > Interrupt received
07:36:43.176 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 04 00 00 40 7C 00 37 47 14 47 22 00 00 00 00 40 7C 51 | -64 dBm
07:36:43.515 > Interrupt received
07:36:43.534 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 05 00 39 47 2B 4A 54 00 00 00 00 40 7C 00 3B 4A B4 E3 | -64 dBm
07:36:43.547 > Interrupt received
07:36:43.890 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 06 4B A9 00 00 00 00 40 7C 00 3D 4C 1A 4C BA 00 00 11 | -65 dBm
07:36:43.909 > Interrupt received
07:36:43.922 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 07 00 00 40 7C 00 3F 4D 1B 4D 49 00 00 00 00 40 7C 3E | -64 dBm
07:36:44.270 > Interrupt received
07:36:44.288 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 08 00 41 4D 53 4D DE 00 00 00 00 40 7C 00 43 4E 4A EB | -64 dBm
07:36:44.301 > Interrupt received
07:36:44.315 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 09 4E 57 00 00 00 00 40 7C 00 45 4E 5F 4E 6B 00 00 09 | -65 dBm
07:36:44.328 > Interrupt received
07:36:44.341 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 0A 00 00 40 7C 00 47 4E 74 4E 80 00 00 00 00 40 7C ED | -65 dBm
07:36:44.682 > Interrupt received
07:36:45.031 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 0B 00 49 4E 86 4E 94 00 00 00 00 40 7C 00 4B 4E 9A A7 | -64 dBm
07:36:45.050 > Interrupt received
07:36:45.064 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 8C 4E AC 00 00 00 00 AF 28 BD | -65 dBm
07:36:45.076 > RX Period End
07:36:45.090 > Success
07:36:45.437 > TX ActivePowerControl (01) 868.25 MHz --> 51 A0 0C CB 3F 80 16 07 08 81 0B 00 01 3D 00 01 90 50 E7
07:36:45.457 > Interrupt received
07:36:45.472 > RX 868.25 MHz --> D1 A0 0C CB 3F 80 16 07 08 81 00 00 0B 00 14 07 89 | -64 dBm
07:36:45.488 > RX Period End
07:36:45.500 > Success
07:36:45.513 > [DPL inverter 1164a00ccb3f]: actual limit is 31.7 % (507 W respectively), effective 2608 ms after update started, requested were 31.8 %
07:36:45.857 > [DPL inverter 1164a00ccb3f]: Starting inverter...
07:36:45.877 > TX PowerControl 868.25 MHz --> 51 A0 0C CB 3F 80 16 07 08 81 00 00 B0 01 A0
07:36:45.891 > Interrupt received
07:36:45.903 > RX 868.25 MHz --> D1 A0 0C CB 3F 80 16 07 08 81 00 00 00 00 24 00 B5 | -64 dBm
07:36:45.917 > Fetch inverter: 1164A00CCB3F
07:36:46.260 > Queue size - NRF: 0 CMT: 2
07:36:46.279 > [PowerMeterHttpJson] New total: 539.00
07:36:46.292 > RX Period End
07:36:46.305 > Success
07:36:46.317 > TX RealTimeRunData 868.25 MHz --> 15 A0 0C CB 3F 80 16 07 08 80 0B 00 68 01 E4 EF 00 00 00 00 00 00 00 00 DE 09 EA
07:36:46.331 > Interrupt received
07:36:46.677 > [ 196.826] JK BMS: request for data sent
07:36:46.695 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 01 00 01 02 11 02 11 00 8D 00 82 02 E9 02 B0 00 01 03 | -64 dBm
07:36:46.707 > [ 196.832] JK BMS: busy waiting for or reading a message from the BMS
07:36:46.720 > [ 196.853] JK BMS: a whole frame was received
07:36:46.734 > [ 196.863] JK BMS: waiting for poll interval to elapse
07:36:47.074 > Interrupt received
07:36:47.093 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 02 21 30 00 01 0A 75 00 C4 00 B4 02 12 02 11 00 89 C3 | -64 dBm
07:36:47.106 > Interrupt received
07:36:47.119 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 03 00 88 02 D7 02 CE 00 01 16 51 00 01 1B 85 00 BE A1 | -63 dBm
07:36:47.470 > Interrupt received
07:36:47.488 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 04 00 BC 09 0C 13 8A 0A AB 00 00 00 75 03 E8 00 B6 F9 | -64 dBm
07:36:47.501 > Interrupt received
07:36:47.514 > RX 868.25 MHz --> 95 A0 0C CB 3F 80 16 07 08 85 00 51 5D 5A 87 | -64 dBm
07:36:47.527 > RX Period End
07:36:47.871 > Success
07:36:47.890 > [DPL] waiting for sufficiently recent power meter reading
07:36:48.235 > Admin AP remaining seconds: 50 / 180
07:36:48.255 > Fetch inverter: 1164A00CCB3F
07:36:48.268 > Queue size - NRF: 0 CMT: 2
07:36:48.281 > TX RealTimeRunData 868.25 MHz --> 15 A0 0C CB 3F 80 16 07 08 80 0B 00 68 01 E4 F5 00 00 00 00 00 00 00 00 BE BA 23
07:36:48.294 > [PowerMeterHttpJson] New total: 54.00
07:36:48.637 > [DPL] up 201 s, next inverter restart at 59221 s (set to 0)
07:36:48.656 > [DPL] battery interface enabled, SoC 65.0 % (ignored), age 4 s (valid)
07:36:48.669 > [DPL] BMS: 52.65 V, MPPT: 52.71 V, inverter 1164a00ccb3f: 52.90
07:36:49.014 > [DPL] battery voltage 52.65 V, load-corrected voltage 52.92 V @ 273 W, factor 0.00100 1/A
07:36:49.032 > [DPL] battery discharge allowed, start 52.90 V or 60 %, stop 52.30 V or 40 %
07:36:49.045 > [DPL] full solar-passthrough dormant, start 56.20 V or 98 %, stop 54.00 V
07:36:49.058 > [DPL] start reached, stop NOT reached, solar-passthrough enabled, use at night enabled and dormant
07:36:49.072 > [DPL] total max AC power is 1200 W, conduction losses are 5 %
07:36:49.084 > [DPL] targeting 30 W, base load is 250 W, power meter reads 54.0 W (valid)
07:36:49.428 > [DPL] inverter 1164a00ccb3f is behind power meter producing 273 W
07:36:49.783 > [DPL] battery allowance is 1851/1670 W DC/AC, solar power is 1/0 W DC/AC, requested are 297 W AC
07:36:49.801 > [DPL] requesting 297 W from 1 battery-powered inverter currently producing 273 W (diff 24 W, hysteresis 25 W)
07:36:49.815 > [DPL inverter 1164a00ccb3f]:
07:36:49.830 > battery-powered, producing 273 W
07:36:49.844 > lower/current/upper limit: 55/507/1600 W, output capability: 1600 W
07:36:50.187 > sending commands enabled, reachable, eligible
07:36:50.206 > max reduction production/standby: 218/273 W, max increase: 1093 W
07:36:50.219 > target limit/output/state: -1 W (unchanged)/273 W/unchanged, 0 update timeouts
07:36:50.564 > MPPTs AC power: a: 71 W b: 65 W c: 69 W d: 68 W
07:36:50.582 > [DPL] the system is stable, the last power limit is still valid

1 reply

Zen-Samko Apr 18, 2025

Habe das selbe hier, vorhin auf der Infoseite der DTU zufällig in Life beobachtet wie der WR ausgeschaltet wird und gleich wieder neu startet.
habe dann im DPL auf Solarmodule umgestellt, jetzt läuft es ohne Abschaltung.
Log habe ich keines.

LG

spiderhl53 · 2025-04-23T15:51:57Z

spiderhl53
Apr 23, 2025
Author

Hat niemand eine Idee, was hier schiefläuft?

1 reply

Zen-Samko Apr 23, 2025

Habe jetzt mit der neuen Firmware überhaupt kein Abschalten mehr!
Musste dazu aber Überschauttungs Option deaktivieren, welche ich vorher wegen zwei HUB‘s Parallel nutzen musste.
die neue Firmware vom 17.4 läuft.

LG

Marc9485 · 2025-04-23T18:24:30Z

Marc9485
Apr 23, 2025

Du hast einen PV-Speicher!?! Wenn ja; Balkonspeicher?
Wie ist dein dpl eingestellt ?

3 replies

Zen-Samko Apr 23, 2025

Wenn du mich meinst,
habe zwei Zendure Speicher mit je zwei HUB‘s, hat vielleicht mit den Neustarts des WR nix zu tun, dieser Fehler kam vor mehreren Firmware Updates 2025 dazu.

Habe den Mindestverbrauch unter meinen Grundverbrauch gesetzt, auf 10W und nicht auf diese empfohlenen 52W.
mein minimaler Grundverbrauch liegt bei 25W.
Zielwert -2
Hysterese 8
Maximalwert des WR 1600W HMS1600
GesamtmaxWert aller Wr’s 1650W

Wichtig ist eigentlich nur der Mindestwert, dieser darf nicht unterschritten werden.

LG

Marc9485 Apr 23, 2025

Nein, ich meine natürlich denjenigen der die Frage stellt bzw. das Problem hat

Zen-Samko Apr 24, 2025

Ups, entschuldige bitte 🙂

Gururom · 2025-04-23T18:26:45Z

Gururom
Apr 23, 2025

Also bei mir macht der WR das auch mit der neusten Version unkontrolliert und unvorhersehbar,
Stört mich aber nicht soooo gewaltig, dafür gibts das mit dem Zeitabgleich nicht mehr.
Verschattung abschalten wäre bei mir aber keine Option, da ich zwei Speicher an einem WR nutze und da kommt das schon mal vor, dass einer ller ist und der andere noch liefert

8 replies

Zen-Samko Apr 23, 2025

Ich habe auch noch die letze alte Firmware 1.0.27

LG

Gururom Apr 23, 2025

Ok ich habe es nun mal ausgeschaltet, werde morgen früh mal sehen ob es nicht mehr passiert ist

Zen-Samko Apr 23, 2025

Noch den Mindestwert in Watt beachten, der muss immer niedriger gewählt werden wie der WR mindestens einspeist.

Gururom Apr 23, 2025

Ich habe für meine. Hms-1600 55watt eingetragen, sollte ohne Sonne definitiv reichen

Zen-Samko Apr 23, 2025

Du siehst ja im Verlauf bei den zwei HUB‘s wie niedrig der mindestwert ist, diese zwei Werte Addieren und etwas mehr als Mindestwert in DPL setzen.
10-12 hat schon immer gut funktioniert, testen schadet nicht.

LG

spiderhl53 · 2025-04-24T08:52:47Z

spiderhl53
Apr 24, 2025
Author

Ich habe gestern auch das Update eingespielt, gebracht hat es nichts. Er hat heute Nacht wieder 6x abgeschaltet.
Da ich als Stromquelle "Batterie" eingestellt habe, habe ich auch das Feld "Verschattung" nicht.
Ich habe nun mal das "minimale Leistungslimit" verringert, mal sehen ob es hilft.

Meine Anlage besteht aus
2x Victron 100/20 mit je 2x 420Wp
Akku 16x 314Ah EVE mit BMS JK_B2A24S15P

0 replies

Uh oh!

Inverter wird mehrmals am Tag kurzzeitig abgeschaltet #1764

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Replies: 11 comments · 19 replies

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schlimmchen Mar 24, 2025 Maintainer

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spiderhl53 Mar 25, 2025 Author

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spiderhl53 Apr 17, 2025 Author

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spiderhl53 Apr 23, 2025 Author

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spiderhl53 Apr 24, 2025 Author

Replies: 11 comments 19 replies

schlimmchen Mar 24, 2025
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Mar 25, 2025
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