Navigation

    Logo
    • Register
    • Login
    • Search
    • Recent
    • Tags
    • Unread
    • Categories
    • Unreplied
    • Popular
    • GitHub
    • Docu
    • Hilfe
    1. Home
    2. wolfmensch

    NEWS

    • Neuer Blog: Fotos und Eindrücke aus Solingen

    • ioBroker@Smart Living Forum Solingen, 14.06. - Agenda added

    • ioBroker goes Matter ... Matter Adapter in Stable

    W
    • Profile
    • Following 0
    • Followers 0
    • Topics 1
    • Posts 4
    • Best 0
    • Groups 1

    wolfmensch

    @wolfmensch

    Starter

    0
    Reputation
    5
    Profile views
    4
    Posts
    0
    Followers
    0
    Following
    Joined Last Online

    wolfmensch Follow
    Starter

    Latest posts made by wolfmensch

    • RE: TX RealTimeRunData > Interrupt received

      @homoran ist OpenDTU on battery wenn ich die Konsole öffne

      posted in Microcontroller
      W
      wolfmensch
    • TX RealTimeRunData > Interrupt received

      Hallo zusammen, ich bekomme folgende Fehlermeldung, kann leider nichts damit anfangen, Produktion läuft unauffällig:

      TX RealTimeRunData > Interrupt received

      16:03:41.488 > [DPL::loop] ******************* ENTER **********************
      16:03:41.538 > [DPL::calcPowerLimit] battery use prevented, solar power (DC): 10000 W
      16:03:41.704 > [DPL::calcPowerLimit] target consumption: -100 W, base load: 200 W, power meter does include inverter output
      16:03:41.760 > [DPL::calcPowerLimit] power meter value: -103 W, power meter valid: yes, inverter output: 428 W, solar power (AC): 9215 W
      16:03:41.906 > [DPL::calcPowerLimit] limited to solar power: 425 W
      16:03:41.962 > [DPL::setNewPowerLimit] input limit: 425 W, min limit: 10 W, max limit: 2000 W, hysteresis: 30 W
      16:03:42.111 > [DPL::setNewPowerLimit] inverter max: 2000 W, inverter is producing, requesting: 425 W, reported: 420 W, diff: 5 W
      16:03:42.159 > Fetch inverter: 116492232791
      16:03:42.315 > TX RealTimeRunData 868.00 MHz --> 15 92 23 27 91 80 17 13 44 80 0B 00 66 3F 7A BD 00 00 00 00 00 00 00 00 0A A9 64
      16:03:42.418 > Interrupt received
      16:03:42.470 > RX 868.00 MHz --> 95 92 23 27 91 80 17 13 44 01 00 01 01 59 01 58 01 46 01 47 04 67 04 67 00 00 52 | -53 dBm
      16:03:42.532 > Interrupt received
      16:03:42.597 > RX 868.00 MHz --> 95 92 23 27 91 80 17 13 44 02 B5 F1 00 00 BC C7 02 4B 02 49 01 58 01 57 01 47 24 | -54 dBm
      16:03:42.653 > Interrupt received
      16:03:42.721 > RX 868.00 MHz --> 95 92 23 27 91 80 17 13 44 03 01 48 04 67 04 67 00 00 85 40 00 00 B4 94 02 42 BD | -53 dBm
      16:03:42.840 > Interrupt received
      16:03:42.931 > RX 868.00 MHz --> 95 92 23 27 91 80 17 13 44 04 02 41 09 35 13 87 10 BB 00 00 00 B5 03 E8 02 0D 47 | -53 dBm
      16:03:42.981 > Interrupt received
      16:03:43.046 > RX 868.00 MHz --> 95 92 23 27 91 80 17 13 44 85 00 01 74 FE 5C | -53 dBm
      16:03:43.135 > RX Period End
      16:03:43.239 > Success
      16:03:43.293 > [DPL::loop] ******************* ENTER **********************
      16:03:43.442 > [DPL::calcPowerLimit] battery use prevented, solar power (DC): 10000 W
      16:03:43.495 > [DPL::calcPowerLimit] target consumption: -100 W, base load: 200 W, power meter does include inverter output
      16:03:43.648 > [DPL::calcPowerLimit] power meter value: -103 W, power meter valid: yes, inverter output: 428 W, solar power (AC): 9215 W
      16:03:43.694 > [DPL::calcPowerLimit] limited to solar power: 425 W
      16:03:43.763 > [DPL::setNewPowerLimit] input limit: 425 W, min limit: 10 W, max limit: 2000 W, hysteresis: 30 W
      16:03:43.817 > [DPL::setNewPowerLimit] inverter max: 2000 W, inverter is producing, requesting: 425 W, reported: 420 W, diff: 5 W
      16:03:43.955 > Fetch inverter: 116492232791
      16:03:44.004 > TX RealTimeRunData 868.00 MHz --> 15 92 23 27 91 80 17 13 44 80 0B 00 66 3F 7A BE 00 00 00 00 00 00 00 00 FA BD 83
      16:03:44.166 > Interrupt received
      16:03:44.225 > RX 868.00 MHz --> 95 92 23 27 91 80 17 13 44 01 00 01 01 59 01 58 01 46 01 47 04 67 04 67 00 00 52 | -53 dBm
      16:03:44.367 > Interrupt received
      16:03:44.425 > RX 868.00 MHz --> 95 92 23 27 91 80 17 13 44 02 B5 F1 00 00 BC C7 02 4B 02 49 01 58 01 57 01 47 24 | -53 dBm
      16:03:44.570 > Interrupt received
      16:03:44.626 > RX 868.00 MHz --> 95 92 23 27 91 80 17 13 44 03 01 48 04 67 04 67 00 00 85 40 00 00 B4 94 02 42 BD | -53 dBm
      16:03:44.773 > Interrupt received
      16:03:44.825 > RX 868.00 MHz --> 95 92 23 27 91 80 17 13 44 04 02 41 09 35 13 87 10 BB 00 00 00 B5 03 E8 02 0D 47 | -53 dBm
      16:03:44.906 > Interrupt received
      16:03:44.967 > RX 868.00 MHz --> 95 92 23 27 91 80 17 13 44 85 00 01 74 FE 5C | -54 dBm
      16:03:45.027 > RX Period End
      16:03:45.077 > Success
      16:03:45.186 > Fetch inverter: 116492232791

      posted in Microcontroller
      W
      wolfmensch
    • RE: OpenDTU-onBattery

      @ralla66 Hamma!, Vielen Dank, läuft

      posted in Einbindung von Geräten
      W
      wolfmensch
    • RE: OpenDTU-onBattery

      @ralla66
      Habe alles nach Deiner Anleitung gemacht. Leider noch nicht geklappt, kannst Du mir evtl. weiterhelfen?
      Hier meine Tasmota Daten:
      {"StatusSNS":{"Time":"2024-01-30T22:57:20","EFR":{"Power":207,"Total":19053.3992,"Voltage":234.8,"Current":0.38,"Supply":0.0000}}}
      Habe ganz anständig dieses ins OpenDTU onBattery eingetragen:
      StatusSNS/EFR/Power
      0923ae44-1354-4b07-943e-717c2e5813bc-grafik.png

      Vielen Dank

      posted in Einbindung von Geräten
      W
      wolfmensch
    Community
    Impressum | Datenschutz-Bestimmungen | Nutzungsbedingungen
    The ioBroker Community 2014-2023
    logo