Rückmeldungen openWB software 2.1.3 Alpha 4

[Frank-H]

Und Du bist sicher, dass Du zu dem Zeitpunkt schon auf dem aktuellen Master warst? Zeitstempel "2024-02-29 14:50:09 +0100 [109d36183]" oder später?

Das Log wird in die Ramdisk geschrieben und regelmäßig gekürzt. Sollte keine Probleme bereiten.

Ja, seit gestern gegen 15.00 Uhr. Ich habe ja noch das Changelog gelesen und mich gefreut, dass der Fehler gefunden und behoben wurde.
Ich habe jetzt mal auf Details gestellt und werde es beobachten.

[Frank-H]

@Frank-H
Wir benötigen dazu Logdateien. Mit dem Diagramm kann die Ursache nicht gefunden werden.

Ich habe das Fehlerbild jetzt mal durch Ziehen des LAN-Kabels provoziert. Es ist wieder ein Peak im Diagramm erkennbar und jetzt gibt es auch ein Detaillog

Hope it helps.

[flea]

@Frank-H
Wir benötigen dazu Logdateien. Mit dem Diagramm kann die Ursache nicht gefunden werden.

Ich habe das Fehlerbild jetzt mal durch Ziehen des LAN-Kabels provoziert. Es ist wieder ein Peak im Diagramm erkennbar und jetzt gibt es auch ein Detaillog

Hope it helps.

Dein Hoymiles (pv9) sieht ok aus, aber der SMA (pv2) hat zu viel beim "daily_exported". Kannst du da was einstellen oder kommt das vom Modul?

Code: Alles auswählen

2024-03-01 10:40:31,574 - {control.data:266} - {INFO:MainThread} - pv2
PvData(config=Config(max_ac_out=6000), get=Get(currents=[0.0, 0.0, 0.0], daily_exported=4076515.0, monthly_exported=0, yearly_exported=0, exported=5027436.64, fault_state=0, fault_str='Kein Fehler.', power=-1994.82))

2024-03-01 10:40:31,575 - {control.data:266} - {INFO:MainThread} - pv9
PvData(config=Config(max_ac_out=600), get=Get(currents=[0.0, 0.0, 0.0],daily_exported=405.0, monthly_exported=0, yearly_exported=0, exported=1450238.037, fault_state=0, fault_str='Kein Fehler.', power=-557.5))

2024-03-01 10:40:31,576 - {control.data:250} - {INFO:MainThread} -pv_all_data
PvAllData(config=Config(configured=True), get=Get(daily_exported=1652.0, fault_str='Kein Fehler.', fault_state=0, monthly_exported=0, yearly_exported=0, exported=6477674.676999999, power=-2552.3199999999997))

...

2024-03-01 11:10:31,961 - {control.data:266} - {INFO:MainThread} - pv2
PvData(config=Config(max_ac_out=6000), get=Get(currents=[0.0, 0.0, 0.0], daily_exported=4077432.0, monthly_exported=0, yearly_exported=0, exported=5028356.32, fault_state=0, fault_str='Kein Fehler.', power=-2013.84))

2024-03-01 11:10:31,962 - {control.data:266} - {INFO:MainThread} - pv9
PvData(config=Config(max_ac_out=600), get=Get(currents=[0.0, 0.0, 0.0], daily_exported=627.0, monthly_exported=0, yearly_exported=0, exported=1450462.036, fault_state=0, fault_str='Kein Fehler.', power=-520.0))

2024-03-01 11:10:31,963 - {control.data:250} - {INFO:MainThread} - pv_all_data
PvAllData(config=Config(configured=True), get=Get(daily_exported=2790.0, fault_str='Kein Fehler.', fault_state=0, monthly_exported=0, yearly_exported=0, exported=6478818.356000001, power=-2533.84))

[Frank-H]

Das kommt wohl vom SMA-Wechselrichter direkt. Einstellbar ist da nichts. Diese LAN-Verbindung hatte ich ja auch unterbrochen.
Die Hoymiles-Verbindung ist gesondert angeschlossen, unterbricht allerdings auch mal, sorgt aber nicht für diese hohen Ausschläge.
Bei SMA direkt (sowohl im Sunny-Portal als auch direkt auf dem Wechselrichter) sind keine Ausschläge erkennbar.

[Thomas aus W]

Aktueller Stand: 2024-02-29 14:50:09 +0100 [109d36183]

Bei mir ist heute Nacht zeischen 04:35 und 04:40 wieder die Modbuskommunikation abgebrochen und das Problem bestand bis 09:00, als ich die Modbus mittels Drücken des "Speichern"-Buttons in der Ladepunktkonfiguration resettete.

Modbus-fehler-Tageslog-vor-ReinitBildschirmfoto_2024-03-02_08-54-56.png (73.46 KiB) 698 mal betrachtet

Nach der Reinitialisierung erscheint erneut ein Peak der Ladeleistung, nur mich mehr so hoch wie früher:

Modbud-Fehler-Leistungssspitze-nach-Reinit-Bildschirmfoto_2024-03-02_09-08-27.png (47.83 KiB) 698 mal betrachtet

Der Vorteil, dass das Peak nun nur noch vom Delta der Ladeleistung im Fehlerzeitraum abhängt und nicht mehr dem aktuellen Zählerstand entspricht wird dadurch erkauft, dass es nun keine einfache Möglichkeit mehr gibt, das Log dadurch wieder "darstellbar" zu machen, dass man das Delta auf den Ausfallzeitraum aufteilt. Ich hatte mir ein entsprechendes Script geschrieben...

Da die Ladung beendet wurde bevor der Zählerwert korrigiert wurde fehlt im Ladelog die Energie, die nach dem Ausfall des ModBus geladen wurde. Es sind nur 5,3kWh im Ladelog:

Modbus-Fehler-Ladelog-zu-geringe-Energie-Bildschirmfoto_2024-03-02_08-56-13.png (19.42 KiB) 698 mal betrachtet

Tatsächlich wurden 22kWh geladen:

Modbus-Fehler-Monatsansicht-nach-Reset-Bildschirmfoto_2024-03-02_09-48-56.png (112.54 KiB) 698 mal betrachtet

Die Ladung wurde nicht beim Ziel-SoCbeendet, sondern als das Fahrzeug abgesteckt wurde. Glücklicher Weise wurde die Ladung vor dem Modbus-Fehler gestartet, so dass zumindest überhaupt geladen wurde.

Im Letzten Screenshot sieht man auch, dass dier Hausverbrauch um die nicht erfasste Ladeleistung zu hoch ist.

bye
TW

[LutzB]

Die Diagramme sind dann doch in Anbetracht der ausgefallen Kommunikation als korrekt einzustufen. Es gab keinen Zählersprung auf 0kWh and der Peak ist mit der laufenden Ladung zu erklären.

[ChristianM]

Keine Umschaltung auf 3 Phasen. Sollte er eigentlich machen um den Akku zum Laden des Autos zu nutzen. Version 2024-03-01 08:58:18 +0100 [414810a6a]. Ältere OpenWB DUO mit Phasenumschaltung!

Code: Alles auswählen

2024-03-02 13:55:02,428 - {root:75} - {INFO:MainThread} - # ***Start*** 
2024-03-02 13:55:02,458 - {urllib3.connectionpool:973} - {DEBUG:electricity tariff} - Starting new HTTPS connection (1): api.awattar.de:443
2024-03-02 13:55:02,475 - {modules.devices.solaredge.device:123} - {DEBUG:device1} - Start device reading {'component3': <modules.devices.solaredge.inverter.SolaredgeInverter object at 0x715a97c0>}
2024-03-02 13:55:02,477 - {modules.common.component_context:54} - {DEBUG:device2} - Update Komponenten ['PV-Tisch']
2024-03-02 13:55:02,482 - {modules.common.component_context:54} - {DEBUG:device5} - Update Komponenten ['EVU Zähler']
2024-03-02 13:55:02,488 - {urllib3.connectionpool:227} - {DEBUG:device2} - Starting new HTTP connection (1): 192.168.0.30:80
2024-03-02 13:55:02,494 - {urllib3.connectionpool:227} - {DEBUG:device5} - Starting new HTTP connection (1): 192.168.0.38:80
2024-03-02 13:55:02,495 - {modules.devices.solax.device:55} - {DEBUG:device6} - Start device reading {'component12': <modules.devices.solax.bat.SolaxBat object at 0x715a9ec8>}
2024-03-02 13:55:02,503 - {modules.common.component_context:25} - {DEBUG:device1} - Update Komponente ['SolarEdge Wechselrichter']
2024-03-02 13:55:02,504 - {modules.common.component_context:54} - {DEBUG:device7} - Update Komponenten ['Solax Wechselrichter']
2024-03-02 13:55:02,510 - {modules.common.component_context:25} - {DEBUG:set values cp5} - Update Komponente ['Ladepunkt']
2024-03-02 13:55:02,515 - {modules.common.component_context:25} - {DEBUG:device6} - Update Komponente ['Solax Speicher']
2024-03-02 13:55:02,524 - {modules.common.component_context:25} - {DEBUG:set values cp6} - Update Komponente ['Ladepunkt']
2024-03-02 13:55:02,529 - {modules.devices.solaredge.scale:16} - {DEBUG:device1} - Registers [4069], Scale 0
2024-03-02 13:55:02,534 - {modules.common.component_context:25} - {DEBUG:device7} - Update Komponente ['Solax Wechselrichter']
2024-03-02 13:55:02,627 - {modules.devices.solaredge.scale:16} - {DEBUG:device1} - Registers [80354344], Scale 0
2024-03-02 13:55:02,638 - {modules.devices.solaredge.scale:16} - {DEBUG:device1} - Registers [570, 571, 570], Scale -2
2024-03-02 13:55:02,640 - {urllib3.connectionpool:452} - {DEBUG:device5} - http://192.168.0.38:80 "GET /cm?cmnd=status%2010 HTTP/1.1" 200 None
2024-03-02 13:55:02,654 - {modules.common.req:11} - {DEBUG:device5} - Get-Response: {"StatusSNS":{"Time":"2024-03-02T13:55:02","MT681":{"Total_in":15944.451,"Power_cur":-171,"Power_p1":0,"Power_p2":0,"Power_p3":0,"Total_out":70629.753,"Meter_id":"090149534b00041b51f9"}}}
2024-03-02 13:55:03,457 - {urllib3.connectionpool:452} - {DEBUG:electricity tariff} - https://api.awattar.de:443 "GET /v1/marketdata HTTP/1.1" 200 None
2024-03-02 13:55:03,830 - {modules.common.store._api:26} - {DEBUG:device5} - Raw data CounterState(currents=[0.0, 0.0, 0.0], powers=[0.0, 0.0, 0.0], voltages=[230.0, 230.0, 230.0], power_factors=[0.0, 0.0, 0.0], imported=15944451.0, exported=70629753.0, power=-171.0, frequency=50)
2024-03-02 13:55:03,835 - {modules.devices.solaredge.scale:16} - {DEBUG:device1} - Registers [4124], Scale 0
2024-03-02 13:55:03,836 - {modules.common.component_state:124} - {DEBUG:device1} - currents sign wrong [5.7, 5.71, 5.7]
2024-03-02 13:55:03,836 - {modules.common.simcount._simcount:37} - {DEBUG:device6} - Previous state: SimCounterState(timestamp=1709384091.7353904, power=0, imported=570034.3396354957, exported=563622.1404060777)
2024-03-02 13:55:03,837 - {modules.common.store._api:26} - {DEBUG:device1} - Raw data InverterState(currents=[5.7, 5.71, 5.7], power=-4069.0, exported=80354344.0, dc_power=-4124.0)
2024-03-02 13:55:03,839 - {modules.common.simcount._calculate:11} - {DEBUG:device6} - time passed: 0.00336153, power1: 0, power2: 0
2024-03-02 13:55:03,841 - {modules.common.req:11} - {DEBUG:electricity tariff} - Get-Response: {
  "object": "list",
  "data": [
    {
      "start_timestamp": 1709380800000,
      "end_timestamp": 1709384400000,
      "marketprice": 54.9,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709384400000,
      "end_timestamp": 1709388000000,
      "marketprice": 59.86,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709388000000,
      "end_timestamp": 1709391600000,
      "marketprice": 66.08,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709391600000,
      "end_timestamp": 1709395200000,
      "marketprice": 73,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709395200000,
      "end_timestamp": 1709398800000,
      "marketprice": 80.63,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709398800000,
      "end_timestamp": 1709402400000,
      "marketprice": 93.6,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709402400000,
      "end_timestamp": 1709406000000,
      "marketprice": 89.9,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709406000000,
      "end_timestamp": 1709409600000,
      "marketprice": 76.98,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709409600000,
      "end_timestamp": 1709413200000,
      "marketprice": 69.81,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709413200000,
      "end_timestamp": 1709416800000,
      "marketprice": 60.94,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709416800000,
      "end_timestamp": 1709420400000,
      "marketprice": 54.99,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709420400000,
      "end_timestamp": 1709424000000,
      "marketprice": 54.5,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709424000000,
      "end_timestamp": 1709427600000,
      "marketprice": 53.63,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709427600000,
      "end_timestamp": 1709431200000,
      "marketprice": 53.8,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709431200000,
      "end_timestamp": 1709434800000,
      "marketprice": 55.59,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709434800000,
      "end_timestamp": 1709438400000,
      "marketprice": 55.31,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709438400000,
      "end_timestamp": 1709442000000,
      "marketprice": 55.82,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709442000000,
      "end_timestamp": 1709445600000,
      "marketprice": 56,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709445600000,
      "end_timestamp": 1709449200000,
      "marketprice": 56.88,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709449200000,
      "end_timestamp": 1709452800000,
      "marketprice": 54.77,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709452800000,
      "end_timestamp": 1709456400000,
      "marketprice": 53.99,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709456400000,
      "end_timestamp": 1709460000000,
      "marketprice": 52.01,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709460000000,
      "end_timestamp": 1709463600000,
      "marketprice": 49.46,
      "unit": "Eur/MWh"
    },
    {
      "start_timestamp": 1709463600000,
      "end_timestamp": 1709467200000,
      "marketprice": 47.51,
      "unit": "Eur/MWh"
    }
  ],
  "url": "/de/v1/marketdata"
}
2024-03-02 13:55:03,844 - {modules.common.simcount._calculate:27} - {DEBUG:device6} - power did not change sign. Total energy: 0
2024-03-02 13:55:03,848 - {modules.common.simcount._simcount:46} - {DEBUG:device6} - imported: 0 Wh, exported: 0 Wh, new state: SimCounterState(timestamp=1709384103.836912, power=0, imported=570034.3396354957, exported=563622.1404060777)
2024-03-02 13:55:03,854 - {modules.common.store._api:26} - {DEBUG:device6} - Raw data BatState(imported=570034.3396354957, exported=563622.1404060777, power=0, soc=100)
2024-03-02 13:55:03,855 - {modules.common.store._api:26} - {DEBUG:electricity tariff} - Raw data TariffState(prices={1709380800: 5.49e-05, 1709384400: 5.986e-05, 1709388000: 6.608e-05, 1709391600: 7.3e-05, 1709395200: 8.062999999999999e-05, 1709398800: 9.36e-05, 1709402400: 8.99e-05, 1709406000: 7.698e-05, 1709409600: 6.981e-05, 1709413200: 6.0939999999999996e-05, 1709416800: 5.499e-05, 1709420400: 5.45e-05, 1709424000: 5.363e-05, 1709427600: 5.38e-05, 1709431200: 5.559e-05, 1709434800: 5.5310000000000004e-05, 1709438400: 5.582e-05, 1709442000: 5.6e-05, 1709445600: 5.6880000000000004e-05, 1709449200: 5.4770000000000006e-05, 1709452800: 5.399e-05, 1709456400: 5.201e-05, 1709460000: 4.9460000000000004e-05, 1709463600: 4.751e-05})
2024-03-02 13:55:03,858 - {modules.common.store._api:30} - {INFO:electricity tariff} - Saving TariffState(prices={1709380800: 5.49e-05, 1709384400: 5.986e-05, 1709388000: 6.608e-05, 1709391600: 7.3e-05, 1709395200: 8.062999999999999e-05, 1709398800: 9.36e-05, 1709402400: 8.99e-05, 1709406000: 7.698e-05, 1709409600: 6.981e-05, 1709413200: 6.0939999999999996e-05, 1709416800: 5.499e-05, 1709420400: 5.45e-05, 1709424000: 5.363e-05, 1709427600: 5.38e-05, 1709431200: 5.559e-05, 1709434800: 5.5310000000000004e-05, 1709438400: 5.582e-05, 1709442000: 5.6e-05, 1709445600: 5.6880000000000004e-05, 1709449200: 5.4770000000000006e-05, 1709452800: 5.399e-05, 1709456400: 5.201e-05, 1709460000: 4.9460000000000004e-05, 1709463600: 4.751e-05})
2024-03-02 13:55:04,119 - {modules.common.store._api:26} - {DEBUG:device7} - Raw data InverterState(currents=[0.0, 0.0, 0.0], power=-757.3999999999999, exported=3037200, dc_power=None)
2024-03-02 13:55:05,048 - {urllib3.connectionpool:452} - {DEBUG:device2} - http://192.168.0.30:80 "GET /api/livedata/status HTTP/1.1" 200 1124
2024-03-02 13:55:05,050 - {modules.common.req:11} - {DEBUG:device2} - Get-Response: {"inverters":[{"serial":"112483194497","name":"PV-Tisch","order":0,"data_age":0,"poll_enabled":true,"reachable":true,"producing":true,"limit_relative":100,"limit_absolute":500,"AC":{"0":{"Power":{"v":83.30000305,"u":"W","d":1},"Voltage":{"v":240,"u":"V","d":1},"Current":{"v":0.349999994,"u":"A","d":2},"Power DC":{"v":87.90000153,"u":"W","d":1},"YieldDay":{"v":869,"u":"Wh","d":0},"YieldTotal":{"v":206.5910034,"u":"kWh","d":3},"Frequency":{"v":50.02000046,"u":"Hz","d":2},"PowerFactor":{"v":1,"u":"","d":3},"ReactivePower":{"v":0.100000001,"u":"var","d":1},"Efficiency":{"v":94.76678467,"u":"%","d":3}}},"DC":{"0":{"name":{"u":""},"Power":{"v":87.90000153,"u":"W","d":1},"Voltage":{"v":44.20000076,"u":"V","d":1},"Current":{"v":1.99000001,"u":"A","d":2},"YieldDay":{"v":869,"u":"Wh","d":0},"YieldTotal":{"v":206.5910034,"u":"kWh","d":3}}},"INV":{"0":{"Temperature":{"v":17.89999962,"u":"°C","d":1}}},"events":1}],"total":{"Power":{"v":83.30000305,"u":"W","d":1},"YieldDay":{"v":869,"u":"Wh","d":0},"YieldTotal":{"v":206.5910034,"u":"kWh","d":3}},"hints":{"time_sync":false,"radio_problem":false,"default_password":false}}
2024-03-02 13:55:05,791 - {modules.common.store._api:26} - {DEBUG:device2} - Raw data InverterState(currents=[0.0, 0.0, 0.0], power=-83.30000305, exported=206591.00340000002, dc_power=None)
2024-03-02 13:55:05,798 - {modules.common.component_context:25} - {DEBUG:component4} - Update Komponente ['PV-Tisch']
2024-03-02 13:55:05,799 - {modules.common.component_context:25} - {DEBUG:component3} - Update Komponente ['SolarEdge Wechselrichter']
2024-03-02 13:55:05,799 - {modules.common.store._api:26} - {DEBUG:component4} - Raw data InverterState(currents=[0.0, 0.0, 0.0], power=-83.30000305, exported=206591.00340000002, dc_power=None)
2024-03-02 13:55:05,801 - {modules.common.store._api:26} - {DEBUG:component3} - Raw data InverterState(currents=[0.0, 0.0, 0.0], power=-4069.0, exported=80354344.0, dc_power=None)
2024-03-02 13:55:05,807 - {modules.common.store._api:30} - {INFO:component3} - Saving InverterState(currents=[0.0, 0.0, 0.0], power=-4069.0, exported=80354344.0, dc_power=None)
2024-03-02 13:55:05,803 - {modules.common.store._api:30} - {INFO:component4} - Saving InverterState(currents=[0.0, 0.0, 0.0], power=-83.30000305, exported=206591.00340000002, dc_power=None)
2024-03-02 13:55:05,803 - {modules.common.component_context:25} - {DEBUG:update values cp6} - Update Komponente ['Ladepunkt']
2024-03-02 13:55:05,805 - {modules.common.component_context:25} - {DEBUG:component12} - Update Komponente ['Solax Speicher']
2024-03-02 13:55:05,807 - {modules.common.component_context:25} - {DEBUG:component14} - Update Komponente ['Solax Wechselrichter']
2024-03-02 13:55:05,801 - {modules.common.component_context:25} - {DEBUG:update values cp5} - Update Komponente ['Ladepunkt']
2024-03-02 13:55:05,814 - {modules.common.store._api:30} - {INFO:component12} - Saving BatState(imported=570034.3396354957, exported=563622.1404060777, power=0, soc=100)
2024-03-02 13:55:05,825 - {modules.common.store._api:26} - {DEBUG:component14} - Raw data InverterState(currents=[0.0, 0.0, 0.0], power=-757.3999999999999, exported=3037200, dc_power=None)
2024-03-02 13:55:05,831 - {modules.common.store._api:30} - {INFO:component14} - Saving InverterState(currents=[0.0, 0.0, 0.0], power=-757.3999999999999, exported=3037200, dc_power=None)
2024-03-02 13:55:05,875 - {modules.common.component_context:25} - {DEBUG:component11} - Update Komponente ['EVU Zähler']
2024-03-02 13:55:05,876 - {modules.common.store._api:30} - {INFO:component11} - Saving CounterState(currents=[0.0, 0.0, 0.0], powers=[0.0, 0.0, 0.0], voltages=[230.0, 230.0, 230.0], power_factors=[0.0, 0.0, 0.0], imported=15944451.0, exported=70629753.0, power=-171.0, frequency=50)
2024-03-02 13:55:05,941 - {helpermodules.changed_values_handler:120} - {DEBUG:MainThread} - Topic openWB/set/bat/get/daily_exported, Payload 7789.0, vorherige Payload: 7777.0
2024-03-02 13:55:06,046 - {control.bat_all:221} - {DEBUG:MainThread} - Verbleibende Speicher-Leistung: 0W
2024-03-02 13:55:06,046 - {control.bat_all:228} - {DEBUG:MainThread} - Keine reservierte Ladeleistung für den Speicher vorhalten, da dieser bereits voll geladen ist.
2024-03-02 13:55:06,047 - {control.bat_all:179} - {INFO:MainThread} - 0W verbleibende Speicher-Leistung
2024-03-02 13:55:06,053 - {control.counter:145} - {INFO:MainThread} - Verbleibende Ströme an Zähler 11: [63.07, 62.93, 77.02]A
2024-03-02 13:55:06,056 - {control.counter:168} - {INFO:MainThread} - Verbleibende Leistung an Zähler 11: 47286.03W
2024-03-02 13:55:06,062 - {control.chargepoint.chargepoint:541} - {DEBUG:MainThread} - EV-Phasenzahl beschränkt die nutzbaren Phasen auf 3
2024-03-02 13:55:06,065 - {control.chargepoint.chargepoint:524} - {DEBUG:MainThread} - Phasenzahl Lademodus: 1
2024-03-02 13:55:06,076 - {control.chargepoint.chargepoint:665} - {INFO:MainThread} - LP 5, EV: Standard-Fahrzeug (EV-Nr.0): Theoretisch benötigter Strom 6A, Lademodus pv_charging, Submodus: Chargemode.PV_CHARGING, Phasen: 1, Priorität: False, max. Ist-Strom: 14.02
2024-03-02 13:55:06,085 - {control.chargepoint.chargepoint:83} - {INFO:MainThread} - LP 6: Keine Ladung, da kein Auto angesteckt ist.
2024-03-02 13:55:06,100 - {modules.common.simcount._simcount:37} - {DEBUG:MainThread} - Previous state: SimCounterState(timestamp=1709384094.2368019, power=1647.58, imported=2101626.953904668, exported=0)
2024-03-02 13:55:06,102 - {modules.common.simcount._calculate:11} - {DEBUG:MainThread} - time passed: 0.00329558, power1: 1647.58, power2: 1623.67
2024-03-02 13:55:06,103 - {modules.common.simcount._calculate:27} - {DEBUG:MainThread} - power did not change sign. Total energy: 5.39033
2024-03-02 13:55:06,104 - {modules.common.simcount._simcount:46} - {DEBUG:MainThread} - imported: 5.39033 Wh, exported: 0 Wh, new state: SimCounterState(timestamp=1709384106.1008825, power=1623.67, imported=2101632.344234374, exported=0)
2024-03-02 13:55:06,106 - {control.data:266} - {INFO:MainThread} - bat12
BatData(get=Get(currents=[0.0, 0.0, 0.0], soc=100, daily_exported=7789.0, daily_imported=14768.0, imported=570034.34, exported=563622.14, fault_state=0, fault_str='Kein Fehler.', power=0))
2024-03-02 13:55:06,110 - {control.data:236} - {INFO:MainThread} - bat_all_data
BatAllData(config=Config(configured=True), get=Get(soc=100, daily_exported=7789.0, daily_imported=14768.0, fault_str='Kein Fehler.', fault_state=0, imported=570034.34, exported=563622.14, power=0), set=Set(charging_power_left=0, regulate_up=False, switch_on_soc_reached=True))
2024-03-02 13:55:06,112 - {control.data:237} - {INFO:MainThread} - cp_all_data
AllChargepointData(get=AllGet(daily_imported=6832.0, daily_exported=0.0, power=3115.03, imported=10593641.36, exported=0))
2024-03-02 13:55:06,113 - {control.data:266} - {INFO:MainThread} - cp5
ChargepointData(control_parameter=ControlParameter(chargemode=<Chargemode.PV_CHARGING: 'pv_charging'>, current_plan=None, failed_phase_switches=0, imported_at_plan_start=None, imported_instant_charging=None, limit=', da die maximale Leistung an Zähler {} erreicht ist.', phases=1, prio=False, required_current=6, required_currents=[0.0, 0.0, 6], state=4, submode=<Chargemode.PV_CHARGING: 'pv_charging'>, timestamp_auto_phase_switch=None, timestamp_perform_phase_switch=None, timestamp_switch_on_off=None), get=Get(charge_state=True, connected_vehicle=ConnectedVehicle(config=ConnectedConfig(average_consumption=17, charge_template=0, chargemode='stop', current_plan=0, ev_template=0, priority=False, time_charging_in_use=False), info=ConnectedInfo(id=0, name='Ladepunkt'), soc=36), currents=[14.02, 0.07, -0.07], daily_imported=3425.0, daily_exported=0.0, evse_current=15, exported=0, fault_str='Kein Fehler.', fault_state=0, imported=2860601.81, phases_in_use=1, plug_state=True, power=3115.03, rfid_timestamp=None, rfid=None, soc=None, soc_timestamp=None, state_str=None, vehicle_id=None, voltages=[236.97, 239.73, 238.12]), set=Set(change_ev_permitted=[True, ''], charging_ev=0, charging_ev_prev=0, current=15.39, energy_to_charge=0, loadmanagement_available=True, log=Log(chargemode_log_entry='pv_charging', costs=0, imported_at_mode_switch=2859528.81, imported_at_plugtime=2859528.81, imported_since_mode_switch=1063.9599999999627, imported_since_plugged=1063.9599999999627, range_charged=6.258588235293898, time_charged='0:20', timestamp_start_charging=1709382884.078061, ev=0, prio=False, rfid=None), manual_lock=False, phases_to_use=1, plug_state_prev=True, plug_time=1709382832.886245, required_power=1380.0, rfid=None, target_current=0, charging_ev_data=<control.ev.Ev object at 0x6edf5598>), config=Config(configuration={'mode': 'duo', 'ip_address': 'localhost', 'duo_num': 0}, ev=0, name='Draußen', type='internal_openwb', template=0, connected_phases=3, phase_1=3, auto_phase_switch_hw=True, control_pilot_interruption_hw=True, id=5))
2024-03-02 13:55:06,115 - {control.data:266} - {INFO:MainThread} - cp6
ChargepointData(control_parameter=ControlParameter(chargemode='stop', current_plan=None, failed_phase_switches=0, imported_at_plan_start=None, imported_instant_charging=None, limit=None, phases=0, prio=False, required_current=0, required_currents=[0.0, 0.0, 0.0], state=0, submode='stop', timestamp_auto_phase_switch=None, timestamp_perform_phase_switch=None, timestamp_switch_on_off=None), get=Get(charge_state=False, connected_vehicle=ConnectedVehicle(config=ConnectedConfig(average_consumption=17, charge_template=0, chargemode='stop', current_plan=0, ev_template=0, priority=False, time_charging_in_use=False), info=ConnectedInfo(id=0, name='Ladepunkt'), soc=36), currents=[0.0, 0.0, 0.0], daily_imported=3407.0, daily_exported=0.0, evse_current=0, exported=0, fault_str='Kein Fehler.', fault_state=0, imported=7733039.55, phases_in_use=3, plug_state=False, power=0, rfid_timestamp=None, rfid=None, soc=None, soc_timestamp=None, state_str='Keine Ladung, da kein Auto angesteckt ist.', vehicle_id=None, voltages=[237.87, 236.88, 240.03]), set=Set(change_ev_permitted=[True, ''], charging_ev=-1, charging_ev_prev=-1, current=0, energy_to_charge=0, loadmanagement_available=True, log=Log(chargemode_log_entry='_', costs=0, imported_at_mode_switch=0, imported_at_plugtime=0, imported_since_mode_switch=0, imported_since_plugged=0, range_charged=0, time_charged='00:00', timestamp_start_charging=None, ev=-1, prio=False, rfid=None), manual_lock=False, phases_to_use=3, plug_state_prev=False, plug_time=None, required_power=0, rfid=None, target_current=0, charging_ev_data=<control.ev.Ev object at 0x6f7763d0>), config=Config(configuration={'mode': 'duo', 'ip_address': 'localhost', 'duo_num': 1}, ev=0, name='Drinnen', type='internal_openwb', template=0, connected_phases=3, phase_1=1, auto_phase_switch_hw=True, control_pilot_interruption_hw=True, id=6))
2024-03-02 13:55:06,116 - {control.data:266} - {INFO:MainThread} - cpt0
CpTemplateData(autolock=Autolock(active=False, plans={}, wait_for_charging_end=False), id=0, max_current_multi_phases=32, max_current_single_phase=32, name='Standard Ladepunkt-Profil', rfid_enabling=False, valid_tags=[])
2024-03-02 13:55:06,118 - {control.data:266} - {INFO:MainThread} - counter11
CounterData(config=Config(max_currents=[63, 63, 63], max_total_power=44000), get=Get(powers=[0.0, 0.0, 0.0], currents=[0.0, 0.0, 0.0], voltages=[230.0, 230.0, 230.0], power_factors=[0.0, 0.0, 0.0], unbalanced_load=0, frequency=50, daily_exported=11829.0, daily_imported=165.0, imported=15944451.0, exported=70629753.0, fault_state=0, fault_str='Kein Fehler.', power=-171.0), set=Set(error_counter=0, reserved_surplus=0, released_surplus=0, raw_power_left=47286.03, raw_currents_left=[63.07, 62.93, 77.02], surplus_power_left=0, state_str=''))
2024-03-02 13:55:06,119 - {control.data:241} - {INFO:MainThread} - counter_all_data
CounterAllData(config=Config(reserve_for_not_charging=True), get=Get(hierarchy=[{'id': 11, 'type': 'counter', 'children': [{'id': 4, 'type': 'inverter', 'children': []}, {'id': 3, 'type': 'inverter', 'children': []}, {'id': 5, 'type': 'cp', 'children': []}, {'id': 6, 'type': 'cp', 'children': []}, {'id': 12, 'type': 'bat', 'children': []}, {'id': 14, 'type': 'inverter', 'children': []}]}]), set=Set(loadmanagement_active=False, home_consumption=1623.67, invalid_home_consumption=0, daily_yield_home_consumption=9935.0, imported_home_consumption=2101632.344234374, disengageable_smarthome_power=0))
2024-03-02 13:55:06,121 - {control.data:266} - {INFO:MainThread} - ct0
ChargeTemplateData(name='Standard-Lade-Profil', disable_after_unplug=False, prio=False, load_default=False, et=Et(active=False, max_price=0.0002), time_charging=TimeCharging(active=False, plans={'0': TimeChargingPlan(active=False, frequency=Frequency(selected='once', once=['2023-12-05', '2023-12-05'], weekly=[False, False, False, False, False, False, False]), time=['04:00', '16:00'], name='Zeitladen-Standard', current=16, limit=Limit(selected='none', amount=1000, soc=50))}), chargemode=Chargemode(selected='pv_charging', pv_charging=PvCharging(min_soc_current=16, min_current=0, feed_in_limit=False, min_soc=0, max_soc=100), scheduled_charging=ScheduledCharging(plans={}), instant_charging=InstantCharging(current=11, limit=Limit(selected='none', amount=4000, soc=50))))
2024-03-02 13:55:06,123 - {control.data:266} - {INFO:MainThread} - ev0
EvData(set=Set(soc_error_counter=0), charge_template=0, ev_template=0, name='Standard-Fahrzeug', tag_id=[], get=Get(soc=36, soc_timestamp=1709384045.010026, force_soc_update=False, range=167.0, fault_state=0, fault_str='Kein Fehler.'))
2024-03-02 13:55:06,124 - {control.data:266} - {INFO:MainThread} - et0
EvTemplateData(name='Standard-Fahrzeug-Profil', max_current_multi_phases=16, max_phases=3, phase_switch_pause=2, prevent_phase_switch=False, prevent_charge_stop=False, control_pilot_interruption=True, control_pilot_interruption_duration=4, average_consump=17000, min_current=6, max_current_single_phase=16, battery_capacity=64000, efficiency=90, nominal_difference=1, keep_charge_active_duration=40)
2024-03-02 13:55:06,125 - {control.data:245} - {INFO:MainThread} - general_data
GeneralData(chargemode_config=ChargemodeConfig(instant_charging=InstantCharging(phases_to_use=3), pv_charging=PvCharging(bat_prio=False, charging_power_reserve=200, control_range=[-230, 0], feed_in_yield=15000, phase_switch_delay=4, phases_to_use=0, rundown_power=4000, rundown_soc=65, switch_off_delay=60, switch_off_soc=40, switch_off_threshold=50, switch_on_delay=10, switch_on_soc=60, switch_on_threshold=1000), scheduled_charging=ScheduledCharging(phases_to_use=0), time_charging=TimeCharging(phases_to_use=3), unbalanced_load_limit=18, unbalanced_load=False), control_interval=10, extern_display_mode='primary', extern=False, external_buttons_hw=False, grid_protection_active=False, grid_protection_configured=True, grid_protection_random_stop=0, grid_protection_timestamp='', mqtt_bridge=False, prices=Prices(bat=0.0001374, cp=0, grid=0.00042, pv=0.0001145), range_unit='km', ripple_control_receiver=RippleControlReceiver(get=RippleControlReceiverGet(fault_state=0, fault_str='Kein Fehler.', override_value=100), module=None, overrice_reference=<OverrideReference.CHARGEPOINT: 'chargepoint'>))
2024-03-02 13:55:06,127 - {control.data:246} - {INFO:MainThread} - general_data-display
primary
2024-03-02 13:55:06,128 - {control.data:247} - {INFO:MainThread} - graph_data
GraphData(config=Config(duration=120))
2024-03-02 13:55:06,130 - {control.data:248} - {INFO:MainThread} - optional_data
OptionalData(et=Et(get=EtGet(fault_state=0, fault_str='Kein Fehler.', prices={'1709380800': 5.49e-05, '1709384400': 5.986e-05, '1709388000': 6.608e-05, '1709391600': 7.3e-05, '1709395200': 8.062999999999999e-05, '1709398800': 9.36e-05, '1709402400': 8.99e-05, '1709406000': 7.698e-05, '1709409600': 6.981e-05, '1709413200': 6.0939999999999996e-05, '1709416800': 5.499e-05, '1709420400': 5.45e-05, '1709424000': 5.363e-05, '1709427600': 5.38e-05, '1709431200': 5.559e-05, '1709434800': 5.5310000000000004e-05, '1709438400': 5.582e-05, '1709442000': 5.6e-05, '1709445600': 5.6880000000000004e-05, '1709449200': 5.4770000000000006e-05, '1709452800': 5.399e-05, '1709456400': 5.201e-05, '1709460000': 4.9460000000000004e-05, '1709463600': 4.751e-05})), int_display=InternalDisplay(active=True, on_if_plugged_in=True, pin_active=False, pin_code='0000', standby=300, theme=<modules.display_themes.cards.config.CardsDisplayTheme object at 0x6f776ce8>), led=Led(active=False), rfid=Rfid(active=False))
2024-03-02 13:55:06,132 - {control.data:266} - {INFO:MainThread} - pv3
PvData(config=Config(max_ac_out=17000), get=Get(currents=[0.0, 0.0, 0.0], daily_exported=30328.0, monthly_exported=0, yearly_exported=0, exported=80354344.0, fault_state=0, fault_str='Kein Fehler.', power=-4069.0))
2024-03-02 13:55:06,133 - {control.data:266} - {INFO:MainThread} - pv4
PvData(config=Config(max_ac_out=500), get=Get(currents=[0.0, 0.0, 0.0], daily_exported=869.0, monthly_exported=0, yearly_exported=0, exported=206591.003, fault_state=0, fault_str='Kein Fehler.', power=-83.3))
2024-03-02 13:55:06,134 - {control.data:266} - {INFO:MainThread} - pv14
PvData(config=Config(max_ac_out=0), get=Get(currents=[0.0, 0.0, 0.0], daily_exported=5200.0, monthly_exported=0, yearly_exported=0, exported=3037200, fault_state=0, fault_str='Kein Fehler.', power=-757.4))
2024-03-02 13:55:06,135 - {control.data:250} - {INFO:MainThread} - pv_all_data
PvAllData(config=Config(configured=True), get=Get(daily_exported=36397.0, fault_str='Kein Fehler.', fault_state=0, monthly_exported=0, yearly_exported=0, exported=83598135.003, power=-4909.7))
2024-03-02 13:55:06,137 - {control.data:266} - {INFO:MainThread} - system
{'update_in_progress': False, 'perform_update': False, 'ip_address': '192.168.0.221', 'current_commit': '2024-03-01 08:58:18 +0100 [414810a6a]', 'current_branch': 'master', 'current_branch_commit': '2024-03-01 08:58:18 +0100 [414810a6a]', 'current_missing_commits': [], 'datastore_version': 37, 'dataprotection_acknowledged': True, 'usage_terms_acknowledged': True, 'debug_level': 10, 'release_train': 'master', 'version': '2.1.3-Alpha.4', 'boot_done': True, 'lastlivevaluesJson': {'timestamp': 1709384094, 'time': '13:54:54', 'grid': -0.187, 'house-power': 1.648, 'charging-all': 3.095, 'pv-all': 4.93, 'cp5-power': 3.095, 'cp6-power': 0.0, 'ev0-soc': 36, 'bat-all-power': 0.0, 'bat-all-soc': 100}, 'module_update_completed': True}
2024-03-02 13:55:06,138 - {control.data:279} - {INFO:MainThread} - device1
{'name': 'SolarEdge', 'type': 'solaredge', 'id': 1, 'configuration': {'port': 502, 'ip_address': '192.168.0.207'}}
2024-03-02 13:55:06,143 - {control.data:281} - {INFO:MainThread} - component3
{'name': 'SolarEdge Wechselrichter', 'type': 'inverter', 'id': 3, 'configuration': {'modbus_id': 1}}
2024-03-02 13:55:06,151 - {control.data:279} - {INFO:MainThread} - device2
{'name': 'PV-Tisch', 'type': 'json', 'id': 2, 'configuration': {'url': 'http://192.168.0.30/api/livedata/status'}}
2024-03-02 13:55:06,152 - {control.data:281} - {INFO:MainThread} - component4
{'name': 'PV-Tisch', 'type': 'inverter', 'id': 4, 'configuration': {'jq_power': '.total.Power.v', 'jq_exported': '.total.YieldTotal.v *1000'}}
2024-03-02 13:55:06,154 - {control.data:279} - {INFO:MainThread} - device5
{'name': 'EVU Zähler', 'type': 'json', 'id': 5, 'configuration': {'url': 'http://192.168.0.38/cm?cmnd=status%2010'}}
2024-03-02 13:55:06,155 - {control.data:281} - {INFO:MainThread} - component11
{'name': 'EVU Zähler', 'type': 'counter', 'id': 11, 'configuration': {'jq_power': '.StatusSNS.MT681.Power_cur', 'jq_exported': '.StatusSNS.MT681.Total_out*1000|round', 'jq_imported': '.StatusSNS.MT681.Total_in*1000|round', 'jq_powers': [None, None, None], 'jq_currents': [None, None, None]}}
2024-03-02 13:55:06,155 - {control.data:279} - {INFO:MainThread} - device6
{'name': 'Solax', 'type': 'solax', 'id': 6, 'configuration': {'modbus_id': 1, 'ip_address': '192.168.0.132'}}
2024-03-02 13:55:06,160 - {control.data:281} - {INFO:MainThread} - component12
{'name': 'Solax Speicher', 'type': 'bat', 'id': 12, 'configuration': {}}
2024-03-02 13:55:06,161 - {control.data:279} - {INFO:MainThread} - device7
{'name': 'QCells ESS', 'type': 'qcells', 'id': 7, 'configuration': {'modbus_id': 1, 'ip_address': '192.168.0.132'}}
2024-03-02 13:55:06,163 - {control.data:281} - {INFO:MainThread} - component14
{'name': 'Solax Wechselrichter', 'type': 'inverter', 'id': 14, 'configuration': {}}
2024-03-02 13:55:06,174 - {control.data:253} - {INFO:MainThread} - 

2024-03-02 13:55:06,177 - {control.algorithm.algorithm:25} - {INFO:MainThread} - # Algorithmus
2024-03-02 13:55:06,177 - {control.algorithm.algorithm:63} - {DEBUG:MainThread} - Ladepunkt 5: Prüfen, ob Phasenumschaltung durchgeführt werden soll.
2024-03-02 13:55:06,178 - {control.chargepoint.chargepoint:541} - {DEBUG:MainThread} - EV-Phasenzahl beschränkt die nutzbaren Phasen auf 3
2024-03-02 13:55:06,179 - {control.counter:204} - {INFO:MainThread} - Überschuss zur PV-geführten Ladung: -171.0W
2024-03-02 13:55:06,179 - {control.ev:464} - {DEBUG:MainThread} - Genutzter Strom: 14.02A, Überschuss: 171.0W, benötigte neue Leistung: -460W
2024-03-02 13:55:06,184 - {control.counter:204} - {INFO:MainThread} - Überschuss zur PV-geführten Ladung: -171.0W
2024-03-02 13:55:06,185 - {control.counter:204} - {INFO:MainThread} - Überschuss zur PV-geführten Ladung: -171.0W
2024-03-02 13:55:06,187 - {control.counter:379} - {DEBUG:MainThread} - LP5 Switch-Off-Threshold prüfen: -171.0W, Schwelle: 50W, freigegebener Überschuss 0W, Einspeisegrenze 0W
2024-03-02 13:55:06,189 - {control.algorithm.algorithm:30} - {INFO:MainThread} - **Mindestrom setzen**
2024-03-02 13:55:06,192 - {control.algorithm.min_current:18} - {INFO:MainThread} - Mode-Tuple Chargemode.PV_CHARGING - Chargemode.PV_CHARGING - False, Zähler 11
2024-03-02 13:55:06,194 - {control.counter:176} - {DEBUG:MainThread} - Zähler 11: [63.07, 62.93, 71.02]A verbleibende Ströme, 45906.03W verbleibende Leistung
2024-03-02 13:55:06,196 - {control.algorithm.common:95} - {INFO:MainThread} - LP5: Stromstärke 6A
2024-03-02 13:55:06,200 - {control.algorithm.algorithm:32} - {INFO:MainThread} - **Sollstrom setzen**
2024-03-02 13:55:06,204 - {control.counter:249} - {DEBUG:MainThread} - Anpassen des Regelbereichs 0W
2024-03-02 13:55:06,206 - {control.counter:217} - {INFO:MainThread} - Überschuss zur PV-geführten Ladung: 1906.0299999999988W
2024-03-02 13:55:06,207 - {control.counter:484} - {DEBUG:MainThread} - Zähler 11: Begrenzung der verbleibenden Leistung auf 1906.0299999999988W
2024-03-02 13:55:06,208 - {control.algorithm.algorithm:38} - {INFO:MainThread} - **PV-geführten Strom setzen**
2024-03-02 13:55:06,211 - {control.algorithm.filter_chargepoints:116} - {DEBUG:MainThread} - Geordnete Ladepunkte [5]
2024-03-02 13:55:06,212 - {control.algorithm.surplus_controlled:42} - {INFO:MainThread} - Mode-Tuple Chargemode.PV_CHARGING - Chargemode.PV_CHARGING - False, Zähler 11
2024-03-02 13:55:06,213 - {control.loadmanagement:76} - {DEBUG:MainThread} - Leistungsüberschreitung auf 1906.0299999999988W korrigieren: [0.0, 0.0, 10.0]
2024-03-02 13:55:06,214 - {control.algorithm.surplus_controlled:118} - {DEBUG:MainThread} - Ungenutzten Sollstrom aufschlagen ergibt 15.267086956521734A.
2024-03-02 13:55:06,215 - {control.counter:183} - {DEBUG:MainThread} - Zähler 11: [63.07, 62.93, 61.75291304347826]A verbleibende Ströme, -225.4000000000001W verbleibender Überschuss
2024-03-02 13:55:06,217 - {control.algorithm.common:95} - {INFO:MainThread} - LP5: Stromstärke 15.267086956521734A
2024-03-02 13:55:06,220 - {control.process:23} - {INFO:MainThread} - # Ladung starten.
2024-03-02 13:55:06,227 - {control.process:111} - {INFO:MainThread} - LP5: set current 15.27 A, state CHARGING_ALLOWED
2024-03-02 13:55:06,229 - {modules.common.component_context:25} - {DEBUG:set current cp5} - Update Komponente ['Ladepunkt']
2024-03-02 13:55:06,233 - {modules.common.component_context:25} - {DEBUG:set current cp6} - Update Komponente ['Ladepunkt']
2024-03-02 13:55:06,279 - {control.counter:193} - {INFO:MainThread} - 0W reservierte EVU-Leistung, 0W freigegebene EVU-Leistung
2024-03-02 13:55:07,486 - {schedule:660} - {DEBUG:MainThread} - Running job Job(interval=1, unit=minutes, do=smarthome_handler, args=(), kwargs={})
2024-03-02 13:55:10,500 - {schedule:660} - {DEBUG:MainThread} - Running job Job(interval=1, unit=minutes, do=smarthome_handler, args=(), kwargs={})
2024-03-02 13:55:10,508 - {schedule:660} - {DEBUG:MainThread} - Running job Job(interval=1, unit=minutes, do=handler10Sec, args=(), kwargs={})
2024-03-02 13:55:10,510 - {root:75} - {INFO:MainThread} - # ***Start*** 

OpenWB2.jpg

(243 KiB) Noch nie heruntergeladen

OpenWB.jpg

(396.03 KiB) Noch nie heruntergeladen

[Ihaglc]

Feedback zu den nicht richtigen Energie-Anzeigen von Hausverbrauch und PV der vorherigen Version.
Wird nun mit Alpha4 bei mir wieder richtig angezeigt.

Vielen Dank, Lena

Muss mich korrigieren, heute bei relativ viel Sonnenschein wieder
große Diskrepanzen von PV- und Hausverbrauchsenergie
zwischen 1.9 und 2.x
PV 17 kWh zu 30 kWh
Hausverbrauch 13 kWh zu 7 kWh

2024-02-27 15_28_59-.png2024-02-27 15_29_28-Window.png

OWB2 2024-02-29 14:50:09 +0100 [109d36183]
Heute wieder große Unterschiede in der PV -Energieberechnung.
Anfangs laufen die Werte mit 1.9 noch synchron. (während keiner Netz-Einspeisung!? ), dann plötzlich stark auseinander. PV 25,42kWh zu 45,1kWh.

[Thomas aus W]

Die Diagramme sind dann doch in Anbetracht der ausgefallen Kommunikation als korrekt einzustufen. Es gab keinen Zählersprung auf 0kWh and der Peak ist mit der laufenden Ladung zu erklären.

Die Verbesserung soll also sein, dass das Peak nicht mehr so hoch ist?

Das ich den Peak in der Grafik ,hin nehmen muss kann ich ja noch akzeptieren, aber zumindest sollte die Lademenge nachträglich von Hausverbrauch abgezogen und dem Ladelog zugerechnet werden.

bye
TW

[LutzB]

Nein, die Korrektur hat dafür gesorgt, dass der Zähler nicht auf 0kWh zurückgefallen ist. Der Peak kommt, wenn der neue Zählerstand ausgelesen werden konnte.

Eine irgendwie geartete Veränderung der Werte während des Ausfalls ist automatisiert nicht darstellbar. Zielführend wäre, die Ursache der Ausfälle zu finden und zu beheben.