Losing communication with the inverter

[Emile86]

Hi,

I have Easun SMH III 4.2kw and using ESP32 board but multiple times in day it just loses all communication with the inverter. Rebooting ESP32 doesn't solve the issue. Only way to restore communication is to physically disconnecting data cable (RJ45) frome the inverter and plugging it back again.

Already tried:
Different ESP32 board
Different power source.
Different data cable (max 50cm)

Does anyone know what it can be?

[21:40:20.658][S][sensor]: 'Battery - Power Charging' >> nan W [21:40:21.803][S][sensor]: 'Battery - Power Discharging' >> nan W [21:40:22.096][D][pipsolar:917]: timeout command to poll: QPIRI [21:40:22.115][D][pipsolar:998]: Sending polling command : QPIGS with length 5 [21:40:27.101][D][pipsolar:917]: timeout command to poll: QPIGS [21:40:27.120][D][pipsolar:998]: Sending polling command : QMOD with length 4 [21:40:30.690][S][sensor]: 'Battery - Power Charging' >> nan W [21:40:31.855][S][sensor]: 'Battery - Power Discharging' >> nan W [21:40:32.162][D][pipsolar:917]: timeout command to poll: QMOD [21:40:32.174][D][pipsolar:998]: Sending polling command : QPIWS with length 5 [21:40:37.180][D][pipsolar:917]: timeout command to poll: QPIWS [21:40:37.205][D][pipsolar:998]: Sending polling command : QPIRI with length 5 [21:40:40.688][S][sensor]: 'Battery - Power Charging' >> nan W [21:40:41.800][S][sensor]: 'Battery - Power Discharging' >> nan W [21:40:42.207][D][pipsolar:917]: timeout command to poll: QPIRI [21:40:42.226][D][pipsolar:998]: Sending polling command : QPIGS with length 5

[syssi]

Could you provide your YAML configuration? Do you use the official pipsolar component from the ESPHome core?

[Emile86]

Could you provide your YAML configuration? Do you use the official pipsolar component from the ESPHome core?

Thanks!

This is what I am currently using, but I also tried the example from this repository. No matter what I do, after some time there is no response anymore. Maybe I did something wrong in this configuration.

#-------------------------------------------
# SUBTITUTIONS - basic definitions and description of the device
#-------------------------------------------
substitutions:
  friendly_name: Inverter
  device_name: easun_home
  # Module: smd on board
  status_led_pin: 2
  # UART
  uart_tx: 23
  uart_rx: 22
  battery_capacite: "400"

uart:
  - id: uart_bus
    tx_pin: $uart_tx
    rx_pin: $uart_rx
    baud_rate: 2400

#-------------------------------------------
# ESP - MAIN SETTINGS
#-------------------------------------------
esphome:
  name: $device_name
  friendly_name: $friendly_name

esp32:
  board: esp32dev

# Enable Home Assistant API
api:

ota:
  - platform: esphome

#-------------------------------------------
# LOGGER
#-------------------------------------------
logger:
  # disable log over uart
  baud_rate: 0

#-------------------------------------------
# ETHERNET
#-------------------------------------------
wifi:
  ssid: !secret wifi_ssid
  password: !secret wifi_password
  manual_ip:
    static_ip: 192.168.10.81
    gateway: 192.168.10.1
    subnet: 255.255.255.0
    dns1: 192.168.10.10


#-------------------------------------------
# EXTERNAL AND CUSTOM COMPONENT
#-------------------------------------------
external_components:
  - source: github://fedottt/pipsolar
    refresh: 0s

#-------------------------------------------
# STATUS LED
#-------------------------------------------
status_led:
  pin: 
    number: $status_led_pin
    
#-------------------------------------------
# PIP SOLAR COMPONENT
#-------------------------------------------
pipsolar:
  - uart_id: uart_bus
    id: effekta_ax

#-------------------------------------------
# SENSORS
#-------------------------------------------
sensor:
  #-------------------------------------------
  # Wifi signal component
  #-------------------------------------------
  - platform: wifi_signal
    name: "Signal"
    id: "signal_strange"
    update_interval: 60s

#-------------------------------------------
# Total energy - Charge BATTERY
#-------------------------------------------
  - platform: template
    name: "Battery - Power Charging"
    id: battery_power_charging
    lambda: return (id(battery_charging_current).state * id(battery_voltage).state);
    accuracy_decimals: 0
    unit_of_measurement: W
    icon: "mdi:flash"
    update_interval: 10s

#-------------------------------------------
# Total energy - Discharge BATTERY
#-------------------------------------------
  - platform: template
    name: "Battery - Power Discharging"
    id: battery_power_discharging
    lambda: return (id(battery_discharging_current).state * id(battery_voltage).state);
    accuracy_decimals: 0
    unit_of_measurement: W
    icon: "mdi:flash"
    update_interval: 10s



  - platform: template
    name: "PV - Power"
    id: pv_power
    lambda: |-
      return id(pv_input_voltage).state * id(pv_input_current).state;
    accuracy_decimals: 0
    unit_of_measurement: "W"
    device_class: power
    state_class: measurement
    icon: "mdi:solar-power"




    
  - platform: total_daily_energy
    name: "Battery - Energy Charge"
    power_id: battery_power_charging
    filters:
      - multiply: 0.001
    unit_of_measurement: kWh
    state_class: total_increasing
    device_class: energy
    icon: "mdi:battery-arrow-up-outline"

#-------------------------------------------
# Total energy - DISCHARGE DAILY BATTERY
#-------------------------------------------
  - platform: total_daily_energy
    name: "Battery - Energy Discharge"
    power_id: battery_power_discharging
    filters:
      - multiply: 0.001
    unit_of_measurement: kWh
    state_class: total_increasing
    device_class: energy
    icon: mdi:battery-arrow-down-outline

#-------------------------------------------
# Total energy - DISCHARGE DAILY BATTERY
#-------------------------------------------


  #-------------------------------------------
  # PIPSOLAR SENSORS
  #-------------------------------------------
  - platform: pipsolar
    pipsolar_id: effekta_ax
      
    #-------------------------------------------
    # BATTERY - type
    # 0 - AGM 
    # 1 - Flooded battery, 
    # 2 - user define, 
    # 3 - Pylontech, 
    # 4 - Shinheung, 
    # 5 - Weco, 
    # 6 - Soltaro, 
    # 7 - BAK, 
    # 8 - Lib, 
    # 9 - Lic
    #-------------------------------------------
    battery_type:
      internal: true
      id: battery_type
      on_value:
      # send text sensor
        then:
          - if:
              condition:
                lambda: return id(battery_type).state == 0;
              then:
                  - text_sensor.template.publish:
                      id: battery_type_text
                      state: "AGM"
          - if:
              condition:
                lambda: return id(battery_type).state == 1;
              then:
                  - text_sensor.template.publish:
                      id: battery_type_text
                      state: "Flooded"
          - if:
              condition:
                lambda: return id(battery_type).state == 2;
              then:
                  - text_sensor.template.publish:
                      id: battery_type_text
                      state: "USER"
          - if:
              condition:
                lambda: return id(battery_type).state == 3;
              then:
                  - text_sensor.template.publish:
                      id: battery_type_text
                      state: "PLYNOTECH"
          - if:
              condition:
                lambda: return id(battery_type).state == 4;
              then:
                  - text_sensor.template.publish:
                      id: battery_type_text
                      state: "SHINHEUNG"
          - if:
              condition:
                lambda: return id(battery_type).state == 5;
              then:
                  - text_sensor.template.publish:
                      id: battery_type_text
                      state: "WECO"
          - if:
              condition:
                lambda: return id(battery_type).state == 6;
              then:
                  - text_sensor.template.publish:
                      id: battery_type_text
                      state: "LIL"
          - if:
              condition:
                lambda: return id(battery_type).state == 7;
              then:
                  - text_sensor.template.publish:
                      id: battery_type_text
                      state: "BAK"
          - if:
              condition:
                lambda: return id(battery_type).state == 8;
              then:
                  - text_sensor.template.publish:
                      id: battery_type_text
                      state: "LIB"
          - if:
              condition:
                lambda: return id(battery_type).state == 9;
              then:
                  - text_sensor.template.publish:
                      id: battery_type_text
                      state: "LIC"

    #-------------------------------------------
    # QPIGS - READY
    #-------------------------------------------
    #-------------------------------------------
    # GRID
    #-------------------------------------------
    grid_voltage:
      name: "Grid - Voltage"

      
    #-------------------------------------------
    # LOAD
    #-------------------------------------------
    ac_output_voltage:
      name: "Load - Voltage"
    ac_output_frequency:
      name: "Load - Frequency"
    ac_output_active_power:
      name: "Load - Power"
      icon: "mdi:flash"
      id: load_power
    output_load_percent:
      name: "Load - Percent"
      
    #-------------------------------------------
    # BUS
    #-------------------------------------------
    bus_voltage:
      name: "BUS - Voltage"
      
    #-------------------------------------------
    # BATTERY
    #-------------------------------------------
    battery_voltage:
      name: "Battery - Voltage"
      id: battery_voltage
    battery_charging_current:
      name: "Battery - Current Charging"
      id: battery_charging_current
    battery_discharge_current:
      name: "Battery - Current Discharge"
      id: battery_discharging_current



    #-------------------------------------------
    # SOLAR / PV
    #-------------------------------------------
    pv_input_voltage:
      name: "PV - Voltage"
      id: pv_input_voltage
    
    pv_input_current_for_battery:
      name: "PV - Current"
      id: pv_input_current


#### TEMP счётчик энергии

    pv_charging_power:
      name: "PV - Charging Power"
       
    #-------------------------------------------
    # TEMPERATURE
    #-------------------------------------------
    inverter_heat_sink_temperature:
      name: "Temperature"
      entity_category: diagnostic

#-------------------------------------------
# TEXT SENSORS
#-------------------------------------------
text_sensor:

  #-------------------------------------------
  # PIP SOLAR - TEXT
  #-------------------------------------------
  - platform: pipsolar
    pipsolar_id: effekta_ax
    device_mode:
      name: "Device mode"
      id: device_mode
      filters:
        map:
          - P -> Power on
          - S -> Standby
          - L -> Line
          - B -> Battery
          - F -> Fault
          - D -> Shutdown
   # last_qpigs:
   #   name: "qpigs"
   # last_qpiri:
   #   name: "qpiri"

  #-------------------------------------------
  # BATTERY - type text
  # 0 - AGM 
  # 1 - Flooded battery, 
  # 2 - user define, 
  # 3 - Pylontech, 
  # 4 - Shinheung, 
  # 5 - Weco, 
  # 6 - Soltaro, 
  # 7 - BAK, 
  # 8 - Lib, 
  # 9 - Lic
  #-------------------------------------------
  - platform: template
    id: battery_type_text
    name: "Battery - Type"
    lambda: |-
      return {"Loading"};
    icon: mdi:battery-high
    update_interval: 10min
    entity_category: diagnostic

#-------------------------------------------
# BINARY SENSORS
#-------------------------------------------
binary_sensor:
  #-------------------------------------------
  # PIP SOLAR - BINARY_SENSORS
  #-------------------------------------------
  - platform: pipsolar
    pipsolar_id: effekta_ax
    #-------------------------------------------
    # Unnecessary sensors
    #-------------------------------------------
  
    load_status:
      name: "Status - Load"
      entity_category: diagnostic
    charging_status:
      name: "Status - Charging"
      entity_category: diagnostic
    # b1
    scc_charging_status:
      name: "Status - DC Charging"
      entity_category: diagnostic
    # b0
    ac_charging_status:
      name: "Status - AC Charging"
      entity_category: diagnostic
    # b10
    charging_to_floating_mode:
      name: "Status - Float Charging"
      entity_category: diagnostic
    # b9  
    switch_on:
      name: "Switch On"
      entity_category: diagnostic
    warnings_present:
      name: "Warnings present"
      entity_category: diagnostic
    faults_present:
      name: "Faults present"
      entity_category: diagnostic
    
    fault_code:
      name: "Fault Code"

    warning_battery_equalization:
      name: "Warning battery equa"
      entity_category: diagnostic


#-------------------------------------------
# SELECTS
#-------------------------------------------
select:
  #-------------------------------------------
  # Output Source Priority
  #-------------------------------------------
  - platform: pipsolar
    pipsolar_id: effekta_ax
    output_source_priority:
      id: output_source_priority_select
      name: "Output source priority"
      optionsmap:
        "USB": "POP00"
        "SUB": "POP01"
        "SBU": "POP02"
      statusmap:
        "0": "USB"
        "1": "SUB"
        "2": "SBU"


  - platform: pipsolar
    pipsolar_id: effekta_ax

    charger_source_priority:
      name: "Charge Source Priority"
      optionsmap:
        "Utility First": "PCP00"
        "Solar First": "PCP01"
        "Solar + Utility": "PCP02"
        "Solar Only": "PCP03"

      statusmap:
        "0": "Utility First"
        "1": "Solar First"
        "2": "Solar + Utility"
        "3": "Solar Only"

  #-------------------------------------------
  # Charger Grid Current
  #-------------------------------------------
  - platform: pipsolar
    pipsolar_id: effekta_ax
    current_max_ac_charging_current:
      name: "Charge - Current Grid"
      entity_category: config
      optionsmap:
        "2A": "MUCHGC002"
        "10A": "MUCHGC010"
        "20A": "MUCHGC020"
        "30A": "MUCHGC030"
        "40A": "MUCHGC040"
        "50A": "MUCHGC050"
        "60A": "MUCHGC060"
        "70A": "MUCHGC070"
        "80A": "MUCHGC080"
        "90A": "MUCHGC090"
        
      statusmap:
        "2": "2A"
        "10": "10A"
        "20": "20A"
        "30": "30A"
        "40": "40A"
        "50": "50A"
        "60": "60A"
        "70": "70A"
        "80": "80A"
        "90": "90A"

  - platform: pipsolar
    pipsolar_id: effekta_ax
    current_max_charging_current:
      name: "Charge - Current Total"
      optionsmap:
        "10A": "MNCHGC010"
        "20A": "MNCHGC020"
        "30A": "MNCHGC030"
        "40A": "MNCHGC040"
        "50A": "MNCHGC050"
        "60A": "MNCHGC060"
        "70A": "MNCHGC070"
        "80A": "MNCHGC080"
        "90A": "MNCHGC090"
        "100A": "MNCHGC100"
        "110A": "MNCHGC110"
      statusmap:
        "10": "10A"
        "20": "20A"
        "30": "30A"
        "40": "40A"
        "50": "50A"
        "60": "60A"
        "70": "70A"
        "80": "80A"
        "90": "90A"
        "100": "100A"
        "110": "110A"

#-------------------------------------------
# TIME COMPONENT
#-------------------------------------------
time:
  - platform: homeassistant

[syssi]

Could you enable the uart debug output:

uart:
  id: uart_0
  baud_rate: 2400
  tx_pin: ${tx_pin}
  rx_pin: ${rx_pin}
  debug:
    direction: BOTH
    dummy_receiver: false
    after:
      delimiter: "\r"
    sequence:
      - lambda: UARTDebug::log_string(direction, bytes);

I would like to see some cycles of raw traffic of your inverter. Please provide an ESPHome log.

[Emile86]

During hanging communication:

[01:38:53.617][D][pipsolar:917]: timeout command to poll: QPIGS
[01:38:53.641][D][uart_debug:157]: >>> "QMODI\xC1\r"
[01:38:53.647][D][pipsolar:998]: Sending polling command : QMOD with length 4
[01:38:58.651][D][pipsolar:917]: timeout command to poll: QMOD
[01:38:58.667][D][uart_debug:157]: >>> "QPIWS\xB4\xDA\r"
[01:38:58.680][D][pipsolar:998]: Sending polling command : QPIWS with length 5
[01:39:00.479][D][api:223]: Accept 192.168.10.5
[01:39:00.492][D][api.connection:2458]: Home Assistant 2026.5.4 (192.168.10.5): connected
[01:39:00.504][D][total_daily_energy:075]: Scheduling midnight check in 75061s
[01:39:00.507][D][total_daily_energy:075]: Scheduling midnight check in 75061s
[01:39:02.510][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:39:02.797][S][sensor]: 'Battery - Power Charging' >> nan W
[01:39:03.684][D][pipsolar:917]: timeout command to poll: QPIWS
[01:39:03.717][D][uart_debug:157]: >>> "QFLAG\x98t\r"
[01:39:03.730][D][pipsolar:998]: Sending polling command : QFLAG with length 5
[01:39:08.718][D][pipsolar:917]: timeout command to poll: QFLAG
[01:39:08.746][D][uart_debug:157]: >>> "QBATCD\xAA&\r"
[01:39:08.751][D][pipsolar:998]: Sending polling command : QBATCD with length 6
[01:39:12.531][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:39:12.804][S][sensor]: 'Battery - Power Charging' >> nan W
[01:39:13.759][D][pipsolar:917]: timeout command to poll: QBATCD
[01:39:13.779][D][uart_debug:157]: >>> "QPIRI\xF8T\r"
[01:39:13.789][D][pipsolar:998]: Sending polling command : QPIRI with length 5
[01:39:18.777][D][pipsolar:917]: timeout command to poll: QPIRI
[01:39:18.793][D][uart_debug:157]: >>> "QPIGS\xB7\xA9\r"
[01:39:18.809][D][pipsolar:998]: Sending polling command : QPIGS with length 5
[01:39:22.494][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:39:22.785][S][sensor]: 'Battery - Power Charging' >> nan W
[01:39:23.815][D][pipsolar:917]: timeout command to poll: QPIGS
[01:39:23.835][D][uart_debug:157]: >>> "QMODI\xC1\r"
[01:39:23.855][D][pipsolar:998]: Sending polling command : QMOD with length 4
[01:39:28.841][D][pipsolar:917]: timeout command to poll: QMOD
[01:39:28.876][D][uart_debug:157]: >>> "QPIWS\xB4\xDA\r"
[01:39:28.881][D][pipsolar:998]: Sending polling command : QPIWS with length 5
[01:39:32.505][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:39:32.808][S][sensor]: 'Battery - Power Charging' >> nan W
[01:39:33.896][D][pipsolar:917]: timeout command to poll: QPIWS
[01:39:33.903][D][uart_debug:157]: >>> "QFLAG\x98t\r"
[01:39:33.903][D][pipsolar:998]: Sending polling command : QFLAG with length 5
[01:39:38.897][D][pipsolar:917]: timeout command to poll: QFLAG
[01:39:38.916][D][uart_debug:157]: >>> "QBATCD\xAA&\r"
[01:39:38.943][D][pipsolar:998]: Sending polling command : QBATCD with length 6
[01:39:42.502][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:39:42.861][S][sensor]: 'Battery - Power Charging' >> nan W
[01:39:43.936][D][pipsolar:917]: timeout command to poll: QBATCD
[01:39:43.966][D][uart_debug:157]: >>> "QPIRI\xF8T\r"
[01:39:43.973][D][pipsolar:998]: Sending polling command : QPIRI with length 5
[01:39:47.717][I][safe_mode:142]: Boot seems successful; resetting boot loop counter
[01:39:47.836][D][preferences:148]: Writing 1 items: 0 cached, 1 written, 0 failed
[01:39:47.865][E][template.select:041]: Lambda returned an invalid option: nan
[01:39:48.134][E][template.select:041]: Lambda returned an invalid option: nan
[01:39:48.289][E][template.select:041]: Lambda returned an invalid option: nan
[01:39:48.961][D][pipsolar:917]: timeout command to poll: QPIRI
[01:39:48.984][D][uart_debug:157]: >>> "QPIGS\xB7\xA9\r"
[01:39:48.990][D][pipsolar:998]: Sending polling command : QPIGS with length 5
[01:39:49.903][E][template.select:041]: Lambda returned an invalid option: nan
[01:39:50.803][E][template.select:041]: Lambda returned an invalid option: nan
[01:39:52.308][S][sensor]: 'Signal' >> -73 dBm
[01:39:52.516][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:39:52.785][S][sensor]: 'Battery - Power Charging' >> nan W
[01:39:54.003][D][pipsolar:917]: timeout command to poll: QPIGS
[01:39:54.010][D][uart_debug:157]: >>> "QMODI\xC1\r"
[01:39:54.019][D][pipsolar:998]: Sending polling command : QMOD with length 4
[01:39:59.020][D][pipsolar:917]: timeout command to poll: QMOD
[01:39:59.037][D][uart_debug:157]: >>> "QPIWS\xB4\xDA\r"
[01:39:59.052][D][pipsolar:998]: Sending polling command : QPIWS with length 5
[01:40:02.498][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:40:02.808][S][sensor]: 'Battery - Power Charging' >> nan W
[01:40:04.040][D][pipsolar:917]: timeout command to poll: QPIWS
[01:40:04.146][D][uart_debug:157]: >>> "QFLAG\x98t\r"
[01:40:04.155][D][pipsolar:998]: Sending polling command : QFLAG with length 5
[01:40:09.071][D][pipsolar:917]: timeout command to poll: QFLAG
[01:40:09.096][D][uart_debug:157]: >>> "QBATCD\xAA&\r"
[01:40:09.122][D][pipsolar:998]: Sending polling command : QBATCD with length 6
[01:40:12.498][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:40:12.790][S][sensor]: 'Battery - Power Charging' >> nan W
[01:40:14.110][D][pipsolar:917]: timeout command to poll: QBATCD
[01:40:14.136][D][uart_debug:157]: >>> "QPIRI\xF8T\r"
[01:40:14.149][D][pipsolar:998]: Sending polling command : QPIRI with length 5
[01:40:19.129][D][pipsolar:917]: timeout command to poll: QPIRI
[01:40:19.154][D][uart_debug:157]: >>> "QPIGS\xB7\xA9\r"
[01:40:19.164][D][pipsolar:998]: Sending polling command : QPIGS with length 5
[01:40:22.498][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:40:22.784][S][sensor]: 'Battery - Power Charging' >> nan W
[01:40:24.168][D][pipsolar:917]: timeout command to poll: QPIGS
[01:40:24.190][D][uart_debug:157]: >>> "QMODI\xC1\r"
[01:40:24.191][D][pipsolar:998]: Sending polling command : QMOD with length 4
[01:40:29.179][D][pipsolar:917]: timeout command to poll: QMOD
[01:40:29.229][D][uart_debug:157]: >>> "QPIWS\xB4\xDA\r"
[01:40:29.241][D][pipsolar:998]: Sending polling command : QPIWS with length 5
[01:40:32.518][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:40:32.790][S][sensor]: 'Battery - Power Charging' >> nan W
[01:40:34.205][D][pipsolar:917]: timeout command to poll: QPIWS
[01:40:34.218][D][uart_debug:157]: >>> "QFLAG\x98t\r"
[01:40:34.242][D][pipsolar:998]: Sending polling command : QFLAG with length 5
[01:40:39.229][D][pipsolar:917]: timeout command to poll: QFLAG
[01:40:39.259][D][uart_debug:157]: >>> "QBATCD\xAA&\r"
[01:40:39.270][D][pipsolar:998]: Sending polling command : QBATCD with length 6
[01:40:42.509][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:40:42.809][S][sensor]: 'Battery - Power Charging' >> nan W
[01:40:44.258][D][pipsolar:917]: timeout command to poll: QBATCD
[01:40:44.278][D][uart_debug:157]: >>> "QPIRI\xF8T\r"
[01:40:44.287][D][pipsolar:998]: Sending polling command : QPIRI with length 5
[01:40:47.840][E][template.select:041]: Lambda returned an invalid option: nan
[01:40:48.141][E][template.select:041]: Lambda returned an invalid option: nan
[01:40:48.290][E][template.select:041]: Lambda returned an invalid option: nan
[01:40:49.301][D][pipsolar:917]: timeout command to poll: QPIRI
[01:40:49.315][D][uart_debug:157]: >>> "QPIGS\xB7\xA9\r"
[01:40:49.366][D][pipsolar:998]: Sending polling command : QPIGS with length 5
[01:40:49.896][E][template.select:041]: Lambda returned an invalid option: nan
[01:40:50.803][E][template.select:041]: Lambda returned an invalid option: nan
[01:40:52.312][S][sensor]: 'Signal' >> -72 dBm
[01:40:52.514][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:40:52.787][S][sensor]: 'Battery - Power Charging' >> nan W
[01:40:54.318][D][pipsolar:917]: timeout command to poll: QPIGS
[01:40:54.329][D][uart_debug:157]: >>> "QMODI\xC1\r"
[01:40:54.348][D][pipsolar:998]: Sending polling command : QMOD with length 4
[01:40:59.346][D][pipsolar:917]: timeout command to poll: QMOD
[01:40:59.369][D][uart_debug:157]: >>> "QPIWS\xB4\xDA\r"
[01:40:59.386][D][pipsolar:998]: Sending polling command : QPIWS with length 5
[01:41:02.515][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:41:02.820][S][sensor]: 'Battery - Power Charging' >> nan W
[01:41:04.365][D][pipsolar:917]: timeout command to poll: QPIWS
[01:41:04.383][D][uart_debug:157]: >>> "QFLAG\x98t\r"
[01:41:04.422][D][pipsolar:998]: Sending polling command : QFLAG with length 5
[01:41:09.437][D][pipsolar:917]: timeout command to poll: QFLAG
[01:41:09.470][D][uart_debug:157]: >>> "QBATCD\xAA&\r"
[01:41:09.470][D][pipsolar:998]: Sending polling command : QBATCD with length 6
[01:41:12.506][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:41:12.813][S][sensor]: 'Battery - Power Charging' >> nan W
[01:41:14.439][D][pipsolar:917]: timeout command to poll: QBATCD
[01:41:14.457][D][uart_debug:157]: >>> "QPIRI\xF8T\r"
[01:41:14.465][D][pipsolar:998]: Sending polling command : QPIRI with length 5
[01:41:19.465][D][pipsolar:917]: timeout command to poll: QPIRI
[01:41:19.476][D][uart_debug:157]: >>> "QPIGS\xB7\xA9\r"
[01:41:19.490][D][pipsolar:998]: Sending polling command : QPIGS with length 5
[01:41:22.543][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:41:22.812][S][sensor]: 'Battery - Power Charging' >> nan W
[01:41:24.485][D][pipsolar:917]: timeout command to poll: QPIGS
[01:41:24.522][D][uart_debug:157]: >>> "QMODI\xC1\r"
[01:41:24.560][D][pipsolar:998]: Sending polling command : QMOD with length 4
[01:41:29.520][D][pipsolar:917]: timeout command to poll: QMOD
[01:41:29.545][D][uart_debug:157]: >>> "QPIWS\xB4\xDA\r"
[01:41:29.606][D][pipsolar:998]: Sending polling command : QPIWS with length 5
[01:41:32.523][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:41:32.832][S][sensor]: 'Battery - Power Charging' >> nan W
[01:41:34.558][D][pipsolar:917]: timeout command to poll: QPIWS
[01:41:34.660][D][uart_debug:157]: >>> "QFLAG\x98t\r"
[01:41:36.004][D][pipsolar:998]: Sending polling command : QFLAG with length 5
[01:41:39.585][D][pipsolar:917]: timeout command to poll: QFLAG
[01:41:39.596][D][uart_debug:157]: >>> "QBATCD\xAA&\r"
[01:41:39.613][D][pipsolar:998]: Sending polling command : QBATCD with length 6
[01:41:42.513][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:41:42.799][S][sensor]: 'Battery - Power Charging' >> nan W
[01:41:44.614][D][pipsolar:917]: timeout command to poll: QBATCD
[01:41:44.636][D][uart_debug:157]: >>> "QPIRI\xF8T\r"
[01:41:44.648][D][pipsolar:998]: Sending polling command : QPIRI with length 5
[01:41:47.835][E][template.select:041]: Lambda returned an invalid option: nan
[01:41:48.139][E][template.select:041]: Lambda returned an invalid option: nan
[01:41:48.293][E][template.select:041]: Lambda returned an invalid option: nan
[01:41:49.641][D][pipsolar:917]: timeout command to poll: QPIRI
[01:41:49.661][D][uart_debug:157]: >>> "QPIGS\xB7\xA9\r"
[01:41:49.683][D][pipsolar:998]: Sending polling command : QPIGS with length 5
[01:41:49.900][E][template.select:041]: Lambda returned an invalid option: nan
[01:41:50.809][E][template.select:041]: Lambda returned an invalid option: nan
[01:41:52.293][S][sensor]: 'Signal' >> -72 dBm
[01:41:52.509][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:41:52.795][S][sensor]: 'Battery - Power Charging' >> nan W
[01:41:54.668][D][pipsolar:917]: timeout command to poll: QPIGS
[01:41:54.693][D][uart_debug:157]: >>> "QMODI\xC1\r"
[01:41:54.701][D][pipsolar:998]: Sending polling command : QMOD with length 4
[01:41:59.723][D][pipsolar:917]: timeout command to poll: QMOD
[01:41:59.755][D][uart_debug:157]: >>> "QPIWS\xB4\xDA\r"
[01:41:59.755][D][pipsolar:998]: Sending polling command : QPIWS with length 5
[01:42:02.523][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:42:02.820][S][sensor]: 'Battery - Power Charging' >> nan W
[01:42:04.728][D][pipsolar:917]: timeout command to poll: QPIWS
[01:42:04.763][D][uart_debug:157]: >>> "QFLAG\x98t\r"
[01:42:04.796][D][pipsolar:998]: Sending polling command : QFLAG with length 5
[01:42:09.751][D][pipsolar:917]: timeout command to poll: QFLAG
[01:42:09.779][D][uart_debug:157]: >>> "QBATCD\xAA&\r"
[01:42:09.795][D][pipsolar:998]: Sending polling command : QBATCD with length 6
[01:42:12.546][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:42:12.791][S][sensor]: 'Battery - Power Charging' >> nan W
[01:42:14.817][D][pipsolar:917]: timeout command to poll: QBATCD
[01:42:14.833][D][uart_debug:157]: >>> "QPIRI\xF8T\r"
[01:42:14.834][D][pipsolar:998]: Sending polling command : QPIRI with length 5
[01:42:19.823][D][pipsolar:917]: timeout command to poll: QPIRI
[01:42:19.837][D][uart_debug:157]: >>> "QPIGS\xB7\xA9\r"
[01:42:19.850][D][pipsolar:998]: Sending polling command : QPIGS with length 5
[01:42:22.498][S][sensor]: 'Battery - Power Discharging' >> nan W
[01:42:22.803][S][sensor]: 'Battery - Power Charging' >> nan W
[01:42:24.841][D][pipsolar:917]: timeout command to poll: QPIGS
[01:42:24.857][D][uart_debug:157]: >>> "QMODI\xC1\r"
[01:42:24.869][D][pipsolar:998]: Sending polling command : QMOD with length 4

And after reconnecting data cable from inverter:

[02:25:42.530][D][uart_debug:157]: >>> "QPIRI\xF8T\r"
[02:25:42.544][D][pipsolar:998]: Sending polling command : QPIRI with length 5
[02:25:43.075][D][uart_debug:157]: <<< "(230.0 18.2 230.0 50.0 18.2 4200 4200 24.0 23.5 23.1 29.0 27.7 3 002 080 1 1 2 1 01 0 0 27.0 0 1 23.5 12 22.0\xF4+\r"
[02:25:43.105][D][pipsolar:934]: checking crc on incoming message
[02:25:43.112][D][pipsolar:937]: CRC OK
[02:25:43.125][D][pipsolar:508]: Decode QPIRI
[02:25:43.146][D][pipsolar.select:031]: got value: 2
[02:25:43.158][D][pipsolar.select:033]: found mapped option 2A for option 2
[02:25:43.158][D][pipsolar.select:031]: got value: 80
[02:25:43.158][D][pipsolar.select:033]: found mapped option 80A for option 80
[02:25:43.158][D][pipsolar.select:031]: got value: 1
[02:25:43.177][D][pipsolar.select:033]: found mapped option SUB for option 1
[02:25:43.177][D][pipsolar.select:031]: got value: 2
[02:25:43.177][D][pipsolar.select:033]: found mapped option Solar + Utility for option 2
[02:25:43.269][S][sensor]: 'Battery Recharge Voltage' >> 23.5 V
[02:25:43.269][S][sensor]: 'Battery Under Voltage' >> 23.1 V
[02:25:43.269][S][sensor]: 'Battery Bulk Voltage' >> 29.0 V
[02:25:43.269][S][sensor]: 'Battery Float Voltage' >> 27.7 V
[02:25:43.269][S][text_sensor]: 'Battery - Type' >> 'PLYNOTECH'
[02:25:43.269][S][select]: 'Charge - Current from Grid' >> 2A
[02:25:43.269][S][select]: 'Charge - Current Total' >> 80A
[02:25:43.269][S][select]: 'Output source priority' >> SUB
[02:25:43.269][S][select]: 'Charge Source Priority' >> Solar + Utility
[02:25:43.269][S][sensor]: 'Battery Redischarge Voltage' >> 27.0 V
[02:25:43.269][S][switch]: 'PV Power Balance' >> ON
[02:25:43.269][S][sensor]: 'Battery - Power Discharging' >> nan W
[02:25:43.556][D][uart_debug:157]: >>> "QPIGS\xB7\xA9\r"
[02:25:43.570][D][pipsolar:998]: Sending polling command : QPIGS with length 5
[02:25:44.093][D][uart_debug:157]: <<< "(227.9 49.9 227.9 49.9 0205 0174 004 400 26.70 000 092 0043 00.0 052.2 26.70 00000 00010111 00 00 00000 110\xA4\x01\r"
[02:25:44.126][D][pipsolar:934]: checking crc on incoming message
[02:25:44.130][D][pipsolar:937]: CRC OK
[02:25:44.146][D][pipsolar:532]: Decode QPIGS
[02:25:44.284][S][sensor]: 'Grid - Voltage' >> 227.9 V
[02:25:44.284][S][sensor]: 'Load - Voltage' >> 227.9 V
[02:25:44.284][S][sensor]: 'Load - Frequency' >> 49.9 Hz
[02:25:44.284][S][sensor]: 'Load - Power' >> 174.0 W
[02:25:44.284][S][sensor]: 'Load - Percent' >> 4.0 %
[02:25:44.284][S][sensor]: 'BUS - Voltage' >> 400.0 V
[02:25:44.284][S][sensor]: 'Battery - Voltage' >> 26.7 V
[02:25:44.284][S][sensor]: 'Battery - Current Charging' >> 0.0 A
[02:25:44.284][S][sensor]: 'Temperature' >> 43.0 °C
[02:25:44.284][S][sensor]: 'PV - Current' >> 0.0 A
[02:25:44.285][S][sensor]: 'PV - Voltage' >> 52.2 V
[02:25:44.285][S][sensor]: 'Battery - Current Discharge' >> 0.0 A
[02:25:44.285][S][binary_sensor]: 'Status - Load' >> ON
[02:25:44.285][S][binary_sensor]: 'Status - Charging' >> ON
[02:25:44.285][S][binary_sensor]: 'Status - DC Charging' >> ON
[02:25:44.285][S][binary_sensor]: 'Status - AC Charging' >> ON
[02:25:44.285][S][sensor]: 'PV - Charging Power' >> 0.0 W
[02:25:44.285][S][binary_sensor]: 'Status - Float Charging' >> ON
[02:25:44.285][S][binary_sensor]: 'Switch On' >> ON
[02:25:44.555][D][uart_debug:157]: >>> "QMODI\xC1\r"
[02:25:44.583][D][pipsolar:998]: Sending polling command : QMOD with length 4
[02:25:44.694][D][uart_debug:157]: <<< "(L\x06\a\r"
[02:25:44.711][D][pipsolar:934]: checking crc on incoming message
[02:25:44.715][D][pipsolar:937]: CRC OK
[02:25:44.723][D][pipsolar:610]: Decode QMOD
[02:25:44.862][S][text_sensor]: 'Device mode' >> 'Line'
[02:25:45.578][D][uart_debug:157]: >>> "QPIWS\xB4\xDA\r"
[02:25:45.602][D][pipsolar:998]: Sending polling command : QPIWS with length 5
[02:25:45.837][D][uart_debug:157]: <<< "(00000000000000000000000000000000\xEB\xE4\r"
[02:25:45.873][D][pipsolar:934]: checking crc on incoming message
[02:25:45.878][D][pipsolar:937]: CRC OK
[02:25:45.911][D][pipsolar:664]: Decode QPIWS
[02:25:46.033][S][binary_sensor]: 'Warnings present' >> OFF
[02:25:46.033][S][binary_sensor]: 'Faults present' >> ON
[02:25:46.033][S][binary_sensor]: 'Fault Code' >> OFF
[02:25:46.033][S][binary_sensor]: 'Warning battery equa' >> OFF
[02:25:46.636][D][uart_debug:157]: >>> "QFLAG\x98t\r"
[02:25:46.644][D][pipsolar:998]: Sending polling command : QFLAG with length 5
[02:25:46.786][D][uart_debug:157]: <<< "(EabuvxyzgldDjk|\x9B\r"
[02:25:46.817][D][pipsolar:934]: checking crc on incoming message
[02:25:46.834][D][pipsolar:937]: CRC OK
[02:25:46.834][D][pipsolar:618]: Decode QFLAG
[02:25:47.615][D][uart_debug:157]: >>> "QBATCD\xAA&\r"
[02:25:47.625][D][pipsolar:998]: Sending polling command : QBATCD with length 6
[02:25:47.765][D][uart_debug:157]: <<< "(NAKss\r"
[02:25:47.791][D][pipsolar:934]: checking crc on incoming message
[02:25:47.798][D][pipsolar:937]: CRC OK
[02:25:48.638][D][uart_debug:157]: >>> "QPIRI\xF8T\r"
[02:25:48.651][D][pipsolar:998]: Sending polling command : QPIRI with length 5
[02:25:48.905][S][select]: 'Low Battery Cut Off Voltage' >> 23.1
[02:25:49.225][D][uart_debug:157]: <<< "(230.0 18.2 230.0 50.0 18.2 4200 4200 24.0 23.5 23.1 29.0 27.7 3 002 080 1 1 2 1 01 0 0 27.0 0 1 23.5 12 22.0\xF4+\r"
[02:25:49.243][D][pipsolar:934]: checking crc on incoming message
[02:25:49.247][D][pipsolar:937]: CRC OK
[02:25:49.262][D][pipsolar:508]: Decode QPIRI
[02:25:49.305][D][pipsolar.select:031]: got value: 2
[02:25:49.313][D][pipsolar.select:033]: found mapped option 2A for option 2
[02:25:49.313][D][pipsolar.select:031]: got value: 80
[02:25:49.313][D][pipsolar.select:033]: found mapped option 80A for option 80
[02:25:49.315][D][pipsolar.select:031]: got value: 1
[02:25:49.316][D][pipsolar.select:033]: found mapped option SUB for option 1
[02:25:49.316][D][pipsolar.select:031]: got value: 2
[02:25:49.316][D][pipsolar.select:033]: found mapped option Solar + Utility for option 2
[02:25:49.404][S][sensor]: 'Battery Recharge Voltage' >> 23.5 V
[02:25:49.404][S][sensor]: 'Battery Under Voltage' >> 23.1 V
[02:25:49.404][S][sensor]: 'Battery Bulk Voltage' >> 29.0 V
[02:25:49.404][S][sensor]: 'Battery Float Voltage' >> 27.7 V
[02:25:49.404][S][text_sensor]: 'Battery - Type' >> 'PLYNOTECH'
[02:25:49.404][S][select]: 'Charge - Current from Grid' >> 2A
[02:25:49.404][S][select]: 'Charge - Current Total' >> 80A
[02:25:49.404][S][select]: 'Output source priority' >> SUB
[02:25:49.404][S][select]: 'Charge Source Priority' >> Solar + Utility
[02:25:49.404][S][sensor]: 'Battery Redischarge Voltage' >> 27.0 V
[02:25:49.526][S][sensor]: 'Battery - Energy Charge' >> 0.00 kWh
[02:25:49.526][S][sensor]: 'Battery - Power Charging' >> 0 W
[02:25:49.664][D][uart_debug:157]: >>> "QPIGS\xB7\xA9\r"
[02:25:49.685][D][pipsolar:998]: Sending polling command : QPIGS with length 5
[02:25:50.234][D][uart_debug:157]: <<< "(227.6 49.9 227.6 49.9 0227 0170 005 400 26.70 000 092 0043 00.0 049.4 26.70 00000 00010111 00 00 00000 110\x98\xAE\r"
[02:25:50.258][D][pipsolar:934]: checking crc on incoming message
[02:25:50.265][D][pipsolar:937]: CRC OK
[02:25:50.280][D][pipsolar:532]: Decode QPIGS
[02:25:50.439][S][sensor]: 'Grid - Voltage' >> 227.6 V
[02:25:50.439][S][sensor]: 'Load - Voltage' >> 227.6 V
[02:25:50.439][S][sensor]: 'Load - Frequency' >> 49.9 Hz
[02:25:50.439][S][sensor]: 'Load - Power' >> 170.0 W
[02:25:50.439][S][sensor]: 'Load - Percent' >> 5.0 %
[02:25:50.439][S][sensor]: 'BUS - Voltage' >> 400.0 V
[02:25:50.439][S][sensor]: 'Battery - Voltage' >> 26.7 V
[02:25:50.439][S][sensor]: 'Battery - Current Charging' >> 0.0 A
[02:25:50.439][S][sensor]: 'Temperature' >> 43.0 °C
[02:25:50.439][S][sensor]: 'PV - Current' >> 0.0 A
[02:25:50.439][S][sensor]: 'PV - Voltage' >> 49.4 V
[02:25:50.439][S][sensor]: 'Battery - Current Discharge' >> 0.0 A
[02:25:50.439][S][sensor]: 'PV - Charging Power' >> 0.0 W
[02:25:50.686][D][uart_debug:157]: >>> "QMODI\xC1\r"
[02:25:50.703][D][pipsolar:998]: Sending polling command : QMOD with length 4
[02:25:50.791][S][sensor]: 'Signal' >> -78 dBm
[02:25:50.827][D][uart_debug:157]: <<< "(L\x06\a\r"
[02:25:50.861][D][pipsolar:934]: checking crc on incoming message
[02:25:50.895][D][pipsolar:937]: CRC OK
[02:25:50.896][D][pipsolar:610]: Decode QMOD
[02:25:51.083][S][text_sensor]: 'Device mode' >> 'Line'
[02:25:51.577][S][select]: 'COMEBACK UTILITY MODE VOLTAGE' >> 23.5
[02:25:51.721][D][uart_debug:157]: >>> "QPIWS\xB4\xDA\r"
[02:25:51.750][D][pipsolar:998]: Sending polling command : QPIWS with length 5
[02:25:51.865][S][select]: 'Float Charge Voltage' >> 27.7
[02:25:51.978][D][uart_debug:157]: <<< "(00000000000000000000000000000000\xEB\xE4\r"
[02:25:52.088][D][pipsolar:934]: checking crc on incoming message
[02:25:52.092][D][pipsolar:937]: CRC OK
[02:25:52.092][D][pipsolar:664]: Decode QPIWS
[02:25:52.501][S][select]: 'Bulk Charge Voltage' >> 29.0
[02:25:52.744][D][uart_debug:157]: >>> "QFLAG\x98t\r"
[02:25:52.755][D][pipsolar:998]: Sending polling command : QFLAG with length 5
[02:25:52.925][D][uart_debug:157]: <<< "(EabuvxyzgldDjk|\x9B\r"
[02:25:52.951][D][pipsolar:934]: checking crc on incoming message
[02:25:52.974][D][pipsolar:937]: CRC OK
[02:25:52.988][D][pipsolar:618]: Decode QFLAG
[02:25:53.344][S][sensor]: 'Battery - Energy Discharge' >> 0.00 kWh
[02:25:53.344][S][sensor]: 'Battery - Power Discharging' >> 0 W
[02:25:53.344][S][select]: 'COMEBACK BATTERY MODE VOLTAGE' >> 27.0
[02:25:53.765][D][uart_debug:157]: >>> "QBATCD\xAA&\r"
[02:25:53.772][D][pipsolar:998]: Sending polling command : QBATCD with length 6
[02:25:53.921][D][uart_debug:157]: <<< "(NAKss\r"
[02:25:53.935][D][pipsolar:934]: checking crc on incoming message
[02:25:53.941][D][pipsolar:937]: CRC OK
[02:25:54.789][D][uart_debug:157]: >>> "QPIRI\xF8T\r"
[02:25:54.804][D][pipsolar:998]: Sending polling command : QPIRI with length 5
[02:25:55.362][D][uart_debug:157]: <<< "(230.0 18.2 230.0 50.0 18.2 4200 4200 24.0 23.5 23.1 29.0 27.7 3 002 080 1 1 2 1 01 0 0 27.0 0 1 23.5 12 22.0\xF4+\r"
[02:25:55.387][D][pipsolar:934]: checking crc on incoming message
[02:25:55.395][D][pipsolar:937]: CRC OK
[02:25:55.418][D][pipsolar:508]: Decode QPIRI
[02:25:55.459][D][pipsolar.select:031]: got value: 2
[02:25:55.473][D][pipsolar.select:033]: found mapped option 2A for option 2
[02:25:55.473][D][pipsolar.select:031]: got value: 80
[02:25:55.473][D][pipsolar.select:033]: found mapped option 80A for option 80
[02:25:55.473][D][pipsolar.select:031]: got value: 1
[02:25:55.480][D][pipsolar.select:033]: found mapped option SUB for option 1
[02:25:55.480][D][pipsolar.select:031]: got value: 2
[02:25:55.480][D][pipsolar.select:033]: found mapped option Solar + Utility for option 2
[02:25:55.560][S][sensor]: 'Battery Recharge Voltage' >> 23.5 V
[02:25:55.560][S][sensor]: 'Battery Under Voltage' >> 23.1 V
[02:25:55.560][S][sensor]: 'Battery Bulk Voltage' >> 29.0 V
[02:25:55.560][S][sensor]: 'Battery Float Voltage' >> 27.7 V
[02:25:55.560][S][text_sensor]: 'Battery - Type' >> 'PLYNOTECH'
[02:25:55.560][S][select]: 'Charge - Current from Grid' >> 2A
[02:25:55.561][S][select]: 'Charge - Current Total' >> 80A
[02:25:55.561][S][select]: 'Output source priority' >> SUB
[02:25:55.561][S][select]: 'Charge Source Priority' >> Solar + Utility
[02:25:55.561][S][sensor]: 'Battery Redischarge Voltage' >> 27.0 V
[02:25:55.813][D][uart_debug:157]: >>> "QPIGS\xB7\xA9\r"
[02:25:55.842][D][pipsolar:998]: Sending polling command : QPIGS with length 5
[02:25:56.376][D][uart_debug:157]: <<< "(227.2 49.9 227.2 49.9 0227 0202 005 400 26.70 000 092 0043 00.0 053.0 26.70 00000 00010111 00 00 00000 110\xD1\xDB\r"
[02:25:56.407][D][pipsolar:934]: checking crc on incoming message
[02:25:56.425][D][pipsolar:937]: CRC OK
[02:25:56.425][D][pipsolar:532]: Decode QPIGS
[02:25:56.590][S][sensor]: 'Grid - Voltage' >> 227.2 V
[02:25:56.590][S][sensor]: 'Load - Voltage' >> 227.2 V
[02:25:56.590][S][sensor]: 'Load - Frequency' >> 49.9 Hz
[02:25:56.590][S][sensor]: 'Load - Power' >> 202.0 W
[02:25:56.591][S][sensor]: 'Load - Percent' >> 5.0 %
[02:25:56.591][S][sensor]: 'BUS - Voltage' >> 400.0 V
[02:25:56.591][S][sensor]: 'Battery - Voltage' >> 26.7 V
[02:25:56.591][S][sensor]: 'Battery - Current Charging' >> 0.0 A
[02:25:56.591][S][sensor]: 'Temperature' >> 43.0 °C
[02:25:56.591][S][sensor]: 'PV - Current' >> 0.0 A
[02:25:56.591][S][sensor]: 'PV - Voltage' >> 53.0 V
[02:25:56.591][S][sensor]: 'Battery - Current Discharge' >> 0.0 A
[02:25:56.591][S][sensor]: 'PV - Charging Power' >> 0.0 W
[02:25:56.848][D][uart_debug:157]: >>> "QMODI\xC1\r"
[02:25:56.870][D][pipsolar:998]: Sending polling command : QMOD with length 4
[02:25:56.980][D][uart_debug:157]: <<< "(L\x06\a\r"
[02:25:56.994][D][pipsolar:934]: checking crc on incoming message
[02:25:57.004][D][pipsolar:937]: CRC OK
[02:25:57.008][D][pipsolar:610]: Decode QMOD
[02:25:57.160][S][text_sensor]: 'Device mode' >> 'Line'
[02:25:57.909][D][uart_debug:157]: >>> "QPIWS\xB4\xDA\r"
[02:25:57.931][D][pipsolar:998]: Sending polling command : QPIWS with length 5
[02:25:58.133][D][uart_debug:157]: <<< "(00000000000000000000000000000000\xEB\xE4\r"
[02:25:58.147][D][pipsolar:934]: checking crc on incoming message
[02:25:58.154][D][pipsolar:937]: CRC OK
[02:25:58.165][D][pipsolar:664]: Decode QPIWS
[02:25:58.890][D][uart_debug:157]: >>> "QFLAG\x98t\r"
[02:25:58.914][D][pipsolar:998]: Sending polling command : QFLAG with length 5
[02:25:59.082][D][uart_debug:157]: <<< "(EabuvxyzgldDjk|\x9B\r"
[02:25:59.118][D][pipsolar:934]: checking crc on incoming message
[02:25:59.157][D][pipsolar:937]: CRC OK
[02:25:59.161][D][pipsolar:618]: Decode QFLAG
[02:25:59.546][S][sensor]: 'Battery - Energy Charge' >> 0.00 kWh
[02:25:59.547][S][sensor]: 'Battery - Power Charging' >> 0 W
[02:25:59.924][D][uart_debug:157]: >>> "QBATCD\xAA&\r"
[02:25:59.942][D][pipsolar:998]: Sending polling command : QBATCD with length 6
[02:26:00.061][D][uart_debug:157]: <<< "(NAKss\r"
[02:26:00.090][D][pipsolar:934]: checking crc on incoming message
[02:26:00.095][D][pipsolar:937]: CRC OK
[02:26:00.948][D][uart_debug:157]: >>> "QPIRI\xF8T\r"
[02:26:00.981][D][pipsolar:998]: Sending polling command : QPIRI with length 5
[02:26:01.523][D][uart_debug:157]: <<< "(230.0 18.2 230.0 50.0 18.2 4200 4200 24.0 23.5 23.1 29.0 27.7 3 002 080 1 1 2 1 01 0 0 27.0 0 1 23.5 12 22.0\xF4+\r"
[02:26:01.551][D][pipsolar:934]: checking crc on incoming message
[02:26:01.561][D][pipsolar:937]: CRC OK
[02:26:01.596][D][pipsolar:508]: Decode QPIRI
[02:26:01.602][D][pipsolar.select:031]: got value: 2
[02:26:01.611][D][pipsolar.select:033]: found mapped option 2A for option 2
[02:26:01.611][D][pipsolar.select:031]: got value: 80
[02:26:01.611][D][pipsolar.select:033]: found mapped option 80A for option 80
[02:26:01.611][D][pipsolar.select:031]: got value: 1
[02:26:01.629][D][pipsolar.select:033]: found mapped option SUB for option 1
[02:26:01.629][D][pipsolar.select:031]: got value: 2
[02:26:01.629][D][pipsolar.select:033]: found mapped option Solar + Utility for option 2
[02:26:01.704][S][sensor]: 'Battery Recharge Voltage' >> 23.5 V
[02:26:01.705][S][sensor]: 'Battery Under Voltage' >> 23.1 V
[02:26:01.705][S][sensor]: 'Battery Bulk Voltage' >> 29.0 V
[02:26:01.705][S][sensor]: 'Battery Float Voltage' >> 27.7 V
[02:26:01.705][S][text_sensor]: 'Battery - Type' >> 'PLYNOTECH'
[02:26:01.705][S][select]: 'Charge - Current from Grid' >> 2A
[02:26:01.705][S][select]: 'Charge - Current Total' >> 80A
[02:26:01.705][S][select]: 'Output source priority' >> SUB
[02:26:01.705][S][select]: 'Charge Source Priority' >> Solar + Utility
[02:26:01.705][S][sensor]: 'Battery Redischarge Voltage' >> 27.0 V
[02:26:01.990][D][uart_debug:157]: >>> "QPIGS\xB7\xA9\r"
[02:26:02.002][D][pipsolar:998]: Sending polling command : QPIGS with length 5
[02:26:02.539][D][uart_debug:157]: <<< "(227.4 49.9 227.4 49.9 0227 0185 005 401 26.70 000 092 0043 00.0 053.8 26.70 00000 00010111 00 00 00001 110\xC8\xBE\r"
[02:26:02.565][D][pipsolar:934]: checking crc on incoming message
[02:26:02.584][D][pipsolar:937]: CRC OK
[02:26:02.616][D][pipsolar:532]: Decode QPIGS
[02:26:02.722][S][sensor]: 'Grid - Voltage' >> 227.4 V
[02:26:02.722][S][sensor]: 'Load - Voltage' >> 227.4 V
[02:26:02.722][S][sensor]: 'Load - Frequency' >> 49.9 Hz
[02:26:02.722][S][sensor]: 'Load - Power' >> 185.0 W
[02:26:02.722][S][sensor]: 'Load - Percent' >> 5.0 %
[02:26:02.722][S][sensor]: 'BUS - Voltage' >> 401.0 V
[02:26:02.722][S][sensor]: 'Battery - Voltage' >> 26.7 V
[02:26:02.722][S][sensor]: 'Battery - Current Charging' >> 0.0 A
[02:26:02.722][S][sensor]: 'Temperature' >> 43.0 °C
[02:26:02.722][S][sensor]: 'PV - Current' >> 0.0 A
[02:26:02.722][S][sensor]: 'PV - Voltage' >> 53.8 V
[02:26:02.722][S][sensor]: 'Battery - Current Discharge' >> 0.0 A
[02:26:02.722][S][sensor]: 'PV - Charging Power' >> 1.0 W
[02:26:03.013][D][uart_debug:157]: >>> "QMODI\xC1\r"
[02:26:03.033][D][pipsolar:998]: Sending polling command : QMOD with length 4
[02:26:03.124][D][uart_debug:157]: <<< "(L\x06\a\r"
[02:26:03.145][D][pipsolar:934]: checking crc on incoming message
[02:26:03.150][D][pipsolar:937]: CRC OK
[02:26:03.165][D][pipsolar:610]: Decode QMOD
[02:26:03.365][S][text_sensor]: 'Device mode' >> 'Line'
[02:26:03.365][S][sensor]: 'Battery - Energy Discharge' >> 0.00 kWh
[02:26:03.365][S][sensor]: 'Battery - Power Discharging' >> 0 W
[02:26:04.050][D][uart_debug:157]: >>> "QPIWS\xB4\xDA\r"
[02:26:04.056][D][pipsolar:998]: Sending polling command : QPIWS with length 5
[02:26:04.281][D][uart_debug:157]: <<< "(00000000000000000000000000000000\xEB\xE4\r"
[02:26:04.310][D][pipsolar:934]: checking crc on incoming message
[02:26:04.317][D][pipsolar:937]: CRC OK
[02:26:04.343][D][pipsolar:664]: Decode QPIWS
[02:26:05.060][D][uart_debug:157]: >>> "QFLAG\x98t\r"
[02:26:05.082][D][pipsolar:998]: Sending polling command : QFLAG with length 5
[02:26:05.233][D][uart_debug:157]: <<< "(EabuvxyzgldDjk|\x9B\r"
[02:26:05.262][D][pipsolar:934]: checking crc on incoming message
[02:26:05.278][D][pipsolar:937]: CRC OK
[02:26:05.282][D][pipsolar:618]: Decode QFLAG
[02:26:06.082][D][uart_debug:157]: >>> "QBATCD\xAA&\r"
[02:26:06.098][D][pipsolar:998]: Sending polling command : QBATCD with length 6
[02:26:06.216][D][uart_debug:157]: <<< "(NAKss\r"
[02:26:06.250][D][pipsolar:934]: checking crc on incoming message
[02:26:06.258][D][pipsolar:937]: CRC OK
[02:26:07.119][D][uart_debug:157]: >>> "QPIRI\xF8T\r"
[02:26:07.133][D][pipsolar:998]: Sending polling command : QPIRI with length 5
[02:26:07.672][D][uart_debug:157]: <<< "(230.0 18.2 230.0 50.0 18.2 4200 4200 24.0 23.5 23.1 29.0 27.7 3 002 080 1 1 2 1 01 0 0 27.0 0 1 23.5 12 22.0\xF4+\r"
[02:26:07.720][D][pipsolar:934]: checking crc on incoming message
[02:26:07.737][D][pipsolar:937]: CRC OK
[02:26:07.737][D][pipsolar:508]: Decode QPIRI
[02:26:07.742][D][pipsolar.select:031]: got value: 2
[02:26:07.748][D][pipsolar.select:033]: found mapped option 2A for option 2
[02:26:07.748][D][pipsolar.select:031]: got value: 80
[02:26:07.748][D][pipsolar.select:033]: found mapped option 80A for option 80
[02:26:07.748][D][pipsolar.select:031]: got value: 1
[02:26:07.755][D][pipsolar.select:033]: found mapped option SUB for option 1
[02:26:07.755][D][pipsolar.select:031]: got value: 2
[02:26:07.755][D][pipsolar.select:033]: found mapped option Solar + Utility for option 2
[02:26:07.853][S][sensor]: 'Battery Recharge Voltage' >> 23.5 V
[02:26:07.853][S][sensor]: 'Battery Under Voltage' >> 23.1 V
[02:26:07.854][S][sensor]: 'Battery Bulk Voltage' >> 29.0 V
[02:26:07.854][S][sensor]: 'Battery Float Voltage' >> 27.7 V
[02:26:07.854][S][text_sensor]: 'Battery - Type' >> 'PLYNOTECH'
[02:26:07.854][S][select]: 'Charge - Current from Grid' >> 2A
[02:26:07.854][S][select]: 'Charge - Current Total' >> 80A
[02:26:07.854][S][select]: 'Output source priority' >> SUB
[02:26:07.854][S][select]: 'Charge Source Priority' >> Solar + Utility
[02:26:07.854][S][sensor]: 'Battery Redischarge Voltage' >> 27.0 V
[02:26:08.129][D][uart_debug:157]: >>> "QPIGS\xB7\xA9\r"
[02:26:08.144][D][pipsolar:998]: Sending polling command : QPIGS with length 5
[02:26:08.694][D][uart_debug:157]: <<< "(227.3 49.9 227.3 49.9 0227 0177 005 401 26.70 000 092 0043 00.0 052.2 26.70 00000 00010111 00 00 00000 110|m\r"
[02:26:08.721][D][pipsolar:934]: checking crc on incoming message
[02:26:08.758][D][pipsolar:937]: CRC OK
[02:26:08.758][D][pipsolar:532]: Decode QPIGS
[02:26:08.874][S][sensor]: 'Grid - Voltage' >> 227.3 V
[02:26:08.874][S][sensor]: 'Load - Voltage' >> 227.3 V
[02:26:08.874][S][sensor]: 'Load - Frequency' >> 49.9 Hz
[02:26:08.874][S][sensor]: 'Load - Power' >> 177.0 W
[02:26:08.874][S][sensor]: 'Load - Percent' >> 5.0 %
[02:26:08.874][S][sensor]: 'BUS - Voltage' >> 401.0 V
[02:26:08.874][S][sensor]: 'Battery - Voltage' >> 26.7 V
[02:26:08.874][S][sensor]: 'Battery - Current Charging' >> 0.0 A
[02:26:08.874][S][sensor]: 'Temperature' >> 43.0 °C
[02:26:08.874][S][sensor]: 'PV - Current' >> 0.0 A
[02:26:08.874][S][sensor]: 'PV - Voltage' >> 52.2 V
[02:26:08.874][S][sensor]: 'Battery - Current Discharge' >> 0.0 A
[02:26:08.875][S][sensor]: 'PV - Charging Power' >> 0.0 W
[02:26:09.166][D][uart_debug:157]: >>> "QMODI\xC1\r"
[02:26:09.173][D][pipsolar:998]: Sending polling command : QMOD with length 4
[02:26:09.273][D][uart_debug:157]: <<< "(L\x06\a\r"
[02:26:09.312][D][pipsolar:934]: checking crc on incoming message
[02:26:09.384][D][pipsolar:937]: CRC OK
[02:26:09.384][D][pipsolar:610]: Decode QMOD
[02:26:09.473][S][text_sensor]: 'Device mode' >> 'Line'
[02:26:09.473][S][sensor]: 'Battery - Energy Charge' >> 0.00 kWh
[02:26:09.473][S][sensor]: 'Battery - Power Charging' >> 0 W
[02:26:10.190][D][uart_debug:157]: >>> "QPIWS\xB4\xDA\r"
[02:26:10.195][D][pipsolar:998]: Sending polling command : QPIWS with length 5
[02:26:10.430][D][uart_debug:157]: <<< "(00000000000000000000000000000000\xEB\xE4\r"
[02:26:10.461][D][pipsolar:934]: checking crc on incoming message
[02:26:10.511][D][pipsolar:937]: CRC OK
[02:26:10.538][D][pipsolar:664]: Decode QPIWS
[02:26:11.205][D][uart_debug:157]: >>> "QFLAG\x98t\r"
[02:26:11.220][D][pipsolar:998]: Sending polling command : QFLAG with length 5
[02:26:11.382][D][uart_debug:157]: <<< "(EabuvxyzgldDjk|\x9B\r"
[02:26:11.419][D][pipsolar:934]: checking crc on incoming message
[02:26:11.423][D][pipsolar:937]: CRC OK
[02:26:11.423][D][pipsolar:618]: Decode QFLAG
[02:26:12.242][D][uart_debug:157]: >>> "QBATCD\xAA&\r"
[02:26:12.248][D][pipsolar:998]: Sending polling command : QBATCD with length 6
[02:26:12.361][D][uart_debug:157]: <<< "(NAKss\r"
[02:26:12.391][D][pipsolar:934]: checking crc on incoming message
[02:26:12.400][D][pipsolar:937]: CRC OK
[02:26:13.268][D][uart_debug:157]: >>> "QPIRI\xF8T\r"
[02:26:13.282][D][pipsolar:998]: Sending polling command : QPIRI with length 5
[02:26:13.378][S][sensor]: 'Battery - Energy Discharge' >> 0.00 kWh
[02:26:13.378][S][sensor]: 'Battery - Power Discharging' >> 0 W
[02:26:13.813][D][uart_debug:157]: <<< "(230.0 18.2 230.0 50.0 18.2 4200 4200 24.0 23.5 23.1 29.0 27.7 3 002 080 1 1 2 1 01 0 0 27.0 0 1 23.5 12 22.0\xF4+\r"
[02:26:13.850][D][pipsolar:934]: checking crc on incoming message
[02:26:13.878][D][pipsolar:937]: CRC OK
[02:26:13.882][D][pipsolar:508]: Decode QPIRI
[02:26:13.887][D][pipsolar.select:031]: got value: 2
[02:26:13.887][D][pipsolar.select:033]: found mapped option 2A for option 2
[02:26:13.887][D][pipsolar.select:031]: got value: 80
[02:26:13.887][D][pipsolar.select:033]: found mapped option 80A for option 80
[02:26:13.891][D][pipsolar.select:031]: got value: 1
[02:26:13.891][D][pipsolar.select:033]: found mapped option SUB for option 1
[02:26:13.891][D][pipsolar.select:031]: got value: 2
[02:26:13.891][D][pipsolar.select:033]: found mapped option Solar + Utility for option 2
[02:26:13.993][S][sensor]: 'Battery Recharge Voltage' >> 23.5 V
[02:26:13.993][S][sensor]: 'Battery Under Voltage' >> 23.1 V
[02:26:13.993][S][sensor]: 'Battery Bulk Voltage' >> 29.0 V
[02:26:13.993][S][sensor]: 'Battery Float Voltage' >> 27.7 V
[02:26:13.993][S][text_sensor]: 'Battery - Type' >> 'PLYNOTECH'
[02:26:13.993][S][select]: 'Charge - Current from Grid' >> 2A
[02:26:13.993][S][select]: 'Charge - Current Total' >> 80A
[02:26:13.993][S][select]: 'Output source priority' >> SUB
[02:26:13.993][S][select]: 'Charge Source Priority' >> Solar + Utility
[02:26:13.993][S][sensor]: 'Battery Redischarge Voltage' >> 27.0 V
[02:26:14.287][D][uart_debug:157]: >>> "QPIGS\xB7\xA9\r"
[02:26:14.303][D][pipsolar:998]: Sending polling command : QPIGS with length 5
[02:26:14.839][D][uart_debug:157]: <<< "(228.1 50.0 228.1 50.0 0228 0186 005 401 26.70 000 092 0043 00.0 052.7 26.70 00000 00010111 00 00 00000 110\x96y\r"
[02:26:14.859][D][pipsolar:934]: checking crc on incoming message
[02:26:14.892][D][pipsolar:937]: CRC OK
[02:26:14.903][D][pipsolar:532]: Decode QPIGS
[02:26:15.036][S][sensor]: 'Grid - Voltage' >> 228.1 V
[02:26:15.036][S][sensor]: 'Load - Voltage' >> 228.1 V
[02:26:15.036][S][sensor]: 'Load - Frequency' >> 50.0 Hz
[02:26:15.036][S][sensor]: 'Load - Power' >> 186.0 W
[02:26:15.037][S][sensor]: 'Load - Percent' >> 5.0 %
[02:26:15.037][S][sensor]: 'BUS - Voltage' >> 401.0 V
[02:26:15.037][S][sensor]: 'Battery - Voltage' >> 26.7 V
[02:26:15.037][S][sensor]: 'Battery - Current Charging' >> 0.0 A
[02:26:15.037][S][sensor]: 'Temperature' >> 43.0 °C
[02:26:15.037][S][sensor]: 'PV - Current' >> 0.0 A
[02:26:15.037][S][sensor]: 'PV - Voltage' >> 52.7 V
[02:26:15.037][S][sensor]: 'Battery - Current Discharge' >> 0.0 A
[02:26:15.037][S][sensor]: 'PV - Charging Power' >> 0.0 W
[02:26:15.312][D][uart_debug:157]: >>> "QMODI\xC1\r"
[02:26:15.319][D][pipsolar:998]: Sending polling command : QMOD with length 4
[02:26:15.415][D][uart_debug:157]: <<< "(L\x06\a\r"
[02:26:15.448][D][pipsolar:934]: checking crc on incoming message
[02:26:15.454][D][pipsolar:937]: CRC OK
[02:26:15.463][D][pipsolar:610]: Decode QMOD
[02:26:15.607][S][text_sensor]: 'Device mode' >> 'Line'
[02:26:16.345][D][uart_debug:157]: >>> "QPIWS\xB4\xDA\r"
[02:26:16.354][D][pipsolar:998]: Sending polling command : QPIWS with length 5
[02:26:16.580][D][uart_debug:157]: <<< "(00000000000000000000000000000000\xEB\xE4\r"
[02:26:16.643][D][pipsolar:934]: checking crc on incoming message
[02:26:16.648][D][pipsolar:937]: CRC OK
[02:26:16.649][D][pipsolar:664]: Decode QPIWS
[02:26:17.358][D][uart_debug:157]: >>> "QFLAG\x98t\r"
[02:26:17.363][D][pipsolar:998]: Sending polling command : QFLAG with length 5
[02:26:17.513][D][uart_debug:157]: <<< "(EabuvxyzgldDjk|\x9B\r"
[02:26:17.567][D][pipsolar:934]: checking crc on incoming message
[02:26:17.573][D][pipsolar:937]: CRC OK
[02:26:17.573][D][pipsolar:618]: Decode QFLAG
[02:26:18.383][D][uart_debug:157]: >>> "QBATCD\xAA&\r"
[02:26:18.388][D][pipsolar:998]: Sending polling command : QBATCD with length 6
[02:26:18.530][D][uart_debug:157]: <<< "(NAKss\r"
[02:26:18.531][D][pipsolar:934]: checking crc on incoming message
[02:26:18.552][D][pipsolar:937]: CRC OK
[02:26:19.408][D][uart_debug:157]: >>> "QPIRI\xF8T\r"
[02:26:19.416][D][pipsolar:998]: Sending polling command : QPIRI with length 5
[02:26:19.520][S][sensor]: 'Battery - Energy Charge' >> 0.00 kWh
[02:26:19.520][S][sensor]: 'Battery - Power Charging' >> 0 W
[02:26:19.948][D][uart_debug:157]: <<< "(230.0 18.2 230.0 50.0 18.2 4200 4200 24.0 23.5 23.1 29.0 27.7 3 002 080 1 1 2 1 01 0 0 27.0 0 1 23.5 12 22.0\xF4+\r"
[02:26:19.979][D][pipsolar:934]: checking crc on incoming message
[02:26:19.984][D][pipsolar:937]: CRC OK
[02:26:20.024][D][pipsolar:508]: Decode QPIRI
[02:26:20.030][D][pipsolar.select:031]: got value: 2
[02:26:20.030][D][pipsolar.select:033]: found mapped option 2A for option 2
[02:26:20.030][D][pipsolar.select:031]: got value: 80
[02:26:20.030][D][pipsolar.select:033]: found mapped option 80A for option 80
[02:26:20.032][D][pipsolar.select:031]: got value: 1
[02:26:20.032][D][pipsolar.select:033]: found mapped option SUB for option 1
[02:26:20.032][D][pipsolar.select:031]: got value: 2
[02:26:20.032][D][pipsolar.select:033]: found mapped option Solar + Utility for option 2
[02:26:20.134][S][sensor]: 'Battery Recharge Voltage' >> 23.5 V
[02:26:20.134][S][sensor]: 'Battery Under Voltage' >> 23.1 V
[02:26:20.134][S][sensor]: 'Battery Bulk Voltage' >> 29.0 V
[02:26:20.134][S][sensor]: 'Battery Float Voltage' >> 27.7 V
[02:26:20.134][S][text_sensor]: 'Battery - Type' >> 'PLYNOTECH'
[02:26:20.134][S][select]: 'Charge - Current from Grid' >> 2A
[02:26:20.134][S][select]: 'Charge - Current Total' >> 80A
[02:26:20.134][S][select]: 'Output source priority' >> SUB
[02:26:20.134][S][select]: 'Charge Source Priority' >> Solar + Utility
[02:26:20.134][S][sensor]: 'Battery Redischarge Voltage' >> 27.0 V
[02:26:20.403][D][uart_debug:157]: >>> "QPIGS\xB7\xA9\r"
[02:26:20.431][D][pipsolar:998]: Sending polling command : QPIGS with length 5
[02:26:20.968][D][uart_debug:157]: <<< "(227.0 50.0 227.0 50.0 0227 0205 005 400 26.70 000 092 0043 00.0 042.2 26.70 00000 00010111 00 00 00000 110Gr\r"
[02:26:20.995][D][pipsolar:934]: checking crc on incoming message
[02:26:21.000][D][pipsolar:937]: CRC OK
[02:26:21.019][D][pipsolar:532]: Decode QPIGS
[02:26:21.157][S][sensor]: 'Grid - Voltage' >> 227.0 V
[02:26:21.157][S][sensor]: 'Load - Voltage' >> 227.0 V
[02:26:21.157][S][sensor]: 'Load - Frequency' >> 50.0 Hz
[02:26:21.157][S][sensor]: 'Load - Power' >> 205.0 W
[02:26:21.157][S][sensor]: 'Load - Percent' >> 5.0 %
[02:26:21.157][S][sensor]: 'BUS - Voltage' >> 400.0 V
[02:26:21.157][S][sensor]: 'Battery - Voltage' >> 26.7 V
[02:26:21.157][S][sensor]: 'Battery - Current Charging' >> 0.0 A
[02:26:21.157][S][sensor]: 'Temperature' >> 43.0 °C
[02:26:21.157][S][sensor]: 'PV - Current' >> 0.0 A
[02:26:21.157][S][sensor]: 'PV - Voltage' >> 42.2 V
[02:26:21.157][S][sensor]: 'Battery - Current Discharge' >> 0.0 A
[02:26:21.157][S][sensor]: 'PV - Charging Power' >> 0.0 W
[02:26:21.446][D][uart_debug:157]: >>> "QMODI\xC1\r"
[02:26:21.458][D][pipsolar:998]: Sending polling command : QMOD with length 4
[02:26:21.559][D][uart_debug:157]: <<< "(L\x06\a\r"
[02:26:21.575][D][pipsolar:934]: checking crc on incoming message
[02:26:21.581][D][pipsolar:937]: CRC OK
[02:26:21.593][D][pipsolar:610]: Decode QMOD
[02:26:21.725][S][text_sensor]: 'Device mode' >> 'Line'
[02:26:22.478][D][uart_debug:157]: >>> "QPIWS\xB4\xDA\r"
[02:26:22.511][D][pipsolar:998]: Sending polling command : QPIWS with length 5
[02:26:22.748][D][uart_debug:157]: <<< "(00000000000000000000000000000000\xEB\xE4\r"
[02:26:22.789][D][pipsolar:934]: checking crc on incoming message
[02:26:22.807][D][pipsolar:937]: CRC OK
[02:26:22.807][D][pipsolar:664]: Decode QPIWS
[02:26:23.335][S][sensor]: 'Battery - Energy Discharge' >> 0.00 kWh
[02:26:23.335][S][sensor]: 'Battery - Power Discharging' >> 0 W
[02:26:23.464][D][uart_debug:157]: >>> "QFLAG\x98t\r"
[02:26:23.476][D][pipsolar:998]: Sending polling command : QFLAG with length 5
[02:26:23.651][D][uart_debug:157]: <<< "(EabuvxyzgldDjk|\x9B\r"
[02:26:23.708][D][pipsolar:934]: checking crc on incoming message
[02:26:23.722][D][pipsolar:937]: CRC OK
[02:26:23.722][D][pipsolar:618]: Decode QFLAG
[02:26:24.527][D][uart_debug:157]: >>> "QBATCD\xAA&\r"
[02:26:24.555][D][pipsolar:998]: Sending polling command : QBATCD with length 6
[02:26:24.632][D][uart_debug:157]: <<< "(NAKss\r"
[02:26:24.654][D][pipsolar:934]: checking crc on incoming message
[02:26:24.654][D][pipsolar:937]: CRC OK
[02:26:25.515][D][uart_debug:157]: >>> "QPIRI\xF8T\r"
[02:26:25.553][D][pipsolar:998]: Sending polling command : QPIRI with length 5
[02:26:26.085][D][uart_debug:157]: <<< "(230.0 18.2 230.0 50.0 18.2 4200 4200 24.0 23.5 23.1 29.0 27.7 3 002 080 1 1 2 1 01 0 0 27.0 0 1 23.5 12 22.0\xF4+\r"
[02:26:26.109][D][pipsolar:934]: checking crc on incoming message
[02:26:26.117][D][pipsolar:937]: CRC OK
[02:26:26.128][D][pipsolar:508]: Decode QPIRI
[02:26:26.154][D][pipsolar.select:031]: got value: 2
[02:26:26.187][D][pipsolar.select:033]: found mapped option 2A for option 2
[02:26:26.187][D][pipsolar.select:031]: got value: 80
[02:26:26.194][D][pipsolar.select:033]: found mapped option 80A for option 80
[02:26:26.194][D][pipsolar.select:031]: got value: 1
[02:26:26.194][D][pipsolar.select:033]: found mapped option SUB for option 1
[02:26:26.194][D][pipsolar.select:031]: got value: 2
[02:26:26.207][D][pipsolar.select:033]: found mapped option Solar + Utility for option 2
[02:26:26.275][S][sensor]: 'Battery Recharge Voltage' >> 23.5 V
[02:26:26.275][S][sensor]: 'Battery Under Voltage' >> 23.1 V
[02:26:26.275][S][sensor]: 'Battery Bulk Voltage' >> 29.0 V
[02:26:26.275][S][sensor]: 'Battery Float Voltage' >> 27.7 V
[02:26:26.275][S][text_sensor]: 'Battery - Type' >> 'PLYNOTECH'
[02:26:26.275][S][select]: 'Charge - Current from Grid' >> 2A
[02:26:26.275][S][select]: 'Charge - Current Total' >> 80A
[02:26:26.275][S][select]: 'Output source priority' >> SUB
[02:26:26.275][S][select]: 'Charge Source Priority' >> Solar + Utility
[02:26:26.275][S][sensor]: 'Battery Redischarge Voltage' >> 27.0 V
[02:26:26.529][D][uart_debug:157]: >>> "QPIGS\xB7\xA9\r"
[02:26:26.539][D][pipsolar:998]: Sending polling command : QPIGS with length 5
[02:26:27.098][D][uart_debug:157]: <<< "(227.2 50.0 227.2 50.0 0204 0181 004 402 26.70 000 092 0043 00.0 053.3 26.70 00000 00010111 00 00 00000 110s\xD5\r"
[02:26:27.129][D][pipsolar:934]: checking crc on incoming message
[02:26:27.143][D][pipsolar:937]: CRC OK
[02:26:27.153][D][pipsolar:532]: Decode QPIGS
[02:26:27.295][S][sensor]: 'Grid - Voltage' >> 227.2 V
[02:26:27.295][S][sensor]: 'Load - Voltage' >> 227.2 V
[02:26:27.295][S][sensor]: 'Load - Frequency' >> 50.0 Hz
[02:26:27.295][S][sensor]: 'Load - Power' >> 181.0 W
[02:26:27.295][S][sensor]: 'Load - Percent' >> 4.0 %
[02:26:27.295][S][sensor]: 'BUS - Voltage' >> 402.0 V
[02:26:27.295][S][sensor]: 'Battery - Voltage' >> 26.7 V
[02:26:27.295][S][sensor]: 'Battery - Current Charging' >> 0.0 A
[02:26:27.295][S][sensor]: 'Temperature' >> 43.0 °C
[02:26:27.295][S][sensor]: 'PV - Current' >> 0.0 A
[02:26:27.296][S][sensor]: 'PV - Voltage' >> 53.3 V
[02:26:27.296][S][sensor]: 'Battery - Current Discharge' >> 0.0 A
[02:26:27.296][S][sensor]: 'PV - Charging Power' >> 0.0 W
[02:26:27.555][D][uart_debug:157]: >>> "QMODI\xC1\r"
[02:26:27.562][D][pipsolar:998]: Sending polling command : QMOD with length 4
[02:26:27.688][D][uart_debug:157]: <<< "(L\x06\a\r"
[02:26:27.708][D][pipsolar:934]: checking crc on incoming message
[02:26:27.725][D][pipsolar:937]: CRC OK
[02:26:27.731][D][pipsolar:610]: Decode QMOD
[02:26:27.896][S][text_sensor]: 'Device mode' >> 'Line'
[02:26:28.581][D][uart_debug:157]: >>> "QPIWS\xB4\xDA\r"
[02:26:28.626][D][pipsolar:998]: Sending polling command : QPIWS with length 5
[02:26:28.849][D][uart_debug:157]: <<< "(00000000000000000000000000000000\xEB\xE4\r"
[02:26:28.869][D][pipsolar:934]: checking crc on incoming message
[02:26:28.875][D][pipsolar:937]: CRC OK
[02:26:28.886][D][pipsolar:664]: Decode QPIWS
[02:26:29.507][S][sensor]: 'Battery - Energy Charge' >> 0.00 kWh
[02:26:29.507][S][sensor]: 'Battery - Power Charging' >> 0 W
[02:26:29.598][D][uart_debug:157]: >>> "QFLAG\x98t\r"
[02:26:29.611][D][pipsolar:998]: Sending polling command : QFLAG with length 5
[02:26:29.786][D][uart_debug:157]: <<< "(EabuvxyzgldDjk|\x9B\r"
[02:26:29.808][D][pipsolar:934]: checking crc on incoming message
[02:26:29.814][D][pipsolar:937]: CRC OK
[02:26:29.842][D][pipsolar:618]: Decode QFLAG
[02:26:30.614][D][uart_debug:157]: >>> "QBATCD\xAA&\r"
[02:26:30.626][D][pipsolar:998]: Sending polling command : QBATCD with length 6
[02:26:30.774][D][uart_debug:157]: <<< "(NAKss\r"
[02:26:30.785][D][pipsolar:934]: checking crc on incoming message
[02:26:30.789][D][pipsolar:937]: CRC OK
[02:26:31.643][D][uart_debug:157]: >>> "QPIRI\xF8T\r"
[02:26:31.696][D][pipsolar:998]: Sending polling command : QPIRI with length 5
[02:26:32.222][D][uart_debug:157]: <<< "(230.0 18.2 230.0 50.0 18.2 4200 4200 24.0 23.5 23.1 29.0 27.7 3 002 080 1 1 2 1 01 0 0 27.0 0 1 23.5 12 22.0\xF4+\r"
[02:26:32.251][D][pipsolar:934]: checking crc on incoming message
[02:26:32.257][D][pipsolar:937]: CRC OK
[02:26:32.271][D][pipsolar:508]: Decode QPIRI
[02:26:32.311][D][pipsolar.select:031]: got value: 2
[02:26:32.318][D][pipsolar.select:033]: found mapped option 2A for option 2
[02:26:32.326][D][pipsolar.select:031]: got value: 80
[02:26:32.326][D][pipsolar.select:033]: found mapped option 80A for option 80
[02:26:32.326][D][pipsolar.select:031]: got value: 1
[02:26:32.326][D][pipsolar.select:033]: found mapped option SUB for option 1
[02:26:32.335][D][pipsolar.select:031]: got value: 2
[02:26:32.335][D][pipsolar.select:033]: found mapped option Solar + Utility for option 2
[02:26:32.414][S][sensor]: 'Battery Recharge Voltage' >> 23.5 V
[02:26:32.414][S][sensor]: 'Battery Under Voltage' >> 23.1 V
[02:26:32.414][S][sensor]: 'Battery Bulk Voltage' >> 29.0 V
[02:26:32.414][S][sensor]: 'Battery Float Voltage' >> 27.7 V
[02:26:32.414][S][text_sensor]: 'Battery - Type' >> 'PLYNOTECH'
[02:26:32.414][S][select]: 'Charge - Current from Grid' >> 2A
[02:26:32.414][S][select]: 'Charge - Current Total' >> 80A
[02:26:32.414][S][select]: 'Output source priority' >> SUB
[02:26:32.414][S][select]: 'Charge Source Priority' >> Solar + Utility
[02:26:32.415][S][sensor]: 'Battery Redischarge Voltage' >> 27.0 V
[02:26:32.671][D][uart_debug:157]: >>> "QPIGS\xB7\xA9\r"
[02:26:32.709][D][pipsolar:998]: Sending polling command : QPIGS with length 5
[02:26:33.238][D][uart_debug:157]: <<< "(227.5 50.0 227.5 50.0 0227 0200 005 401 26.70 000 092 0043 00.0 051.3 26.70 00000 00010111 00 00 00000 110\xEB,\r"
[02:26:33.266][D][pipsolar:934]: checking crc on incoming message
[02:26:33.275][D][pipsolar:937]: CRC OK
[02:26:33.289][D][pipsolar:532]: Decode QPIGS
[02:26:33.355][S][sensor]: 'Battery - Energy Discharge' >> 0.00 kWh
[02:26:33.355][S][sensor]: 'Battery - Power Discharging' >> 0 W
[02:26:33.355][S][sensor]: 'Grid - Voltage' >> 227.5 V
[02:26:33.355][S][sensor]: 'Load - Voltage' >> 227.5 V
[02:26:33.356][S][sensor]: 'Load - Frequency' >> 50.0 Hz
[02:26:33.356][S][sensor]: 'Load - Power' >> 200.0 W
[02:26:33.356][S][sensor]: 'Load - Percent' >> 5.0 %
[02:26:33.356][S][sensor]: 'BUS - Voltage' >> 401.0 V
[02:26:33.356][S][sensor]: 'Battery - Voltage' >> 26.7 V
[02:26:33.356][S][sensor]: 'Battery - Current Charging' >> 0.0 A
[02:26:33.356][S][sensor]: 'Temperature' >> 43.0 °C
[02:26:33.356][S][sensor]: 'PV - Current' >> 0.0 A
[02:26:33.356][S][sensor]: 'PV - Voltage' >> 51.3 V
[02:26:33.356][S][sensor]: 'Battery - Current Discharge' >> 0.0 A
[02:26:33.356][S][sensor]: 'PV - Charging Power' >> 0.0 W
[02:26:33.697][D][uart_debug:157]: >>> "QMODI\xC1\r"
[02:26:33.744][D][pipsolar:998]: Sending polling command : QMOD with length 4
[02:26:33.834][D][uart_debug:157]: <<< "(L\x06\a\r"
[02:26:33.849][D][pipsolar:934]: checking crc on incoming message
[02:26:33.858][D][pipsolar:937]: CRC OK
[02:26:33.870][D][pipsolar:610]: Decode QMOD
[02:26:34.040][S][text_sensor]: 'Device mode' >> 'Line'
[02:26:34.773][D][uart_debug:157]: >>> "QPIWS\xB4\xDA\r"
[02:26:34.791][D][pipsolar:998]: Sending polling command : QPIWS with length 5
[02:26:34.988][D][uart_debug:157]: <<< "(00000000000000000000000000000000\xEB\xE4\r"
[02:26:35.026][D][pipsolar:934]: checking crc on incoming message
[02:26:35.033][D][pipsolar:937]: CRC OK
[02:26:35.033][D][pipsolar:664]: Decode QPIWS
[02:26:35.755][D][uart_debug:157]: >>> "QFLAG\x98t\r"
[02:26:35.780][D][pipsolar:998]: Sending polling command : QFLAG with length 5
[02:26:35.938][D][uart_debug:157]: <<< "(EabuvxyzgldDjk|\x9B\r"
[02:26:35.968][D][pipsolar:934]: checking crc on incoming message
[02:26:35.985][D][pipsolar:937]: CRC OK
[02:26:35.998][D][pipsolar:618]: Decode QFLAG
[02:26:36.778][D][uart_debug:157]: >>> "QBATCD\xAA&\r"
[02:26:36.803][D][pipsolar:998]: Sending polling command : QBATCD with length 6
[02:26:36.917][D][uart_debug:157]: <<< "(NAKss\r"
[02:26:36.942][D][pipsolar:934]: checking crc on incoming message
[02:26:36.963][D][pipsolar:937]: CRC OK
[02:26:37.804][D][uart_debug:157]: >>> "QPIRI\xF8T\r"
[02:26:37.839][D][pipsolar:998]: Sending polling command : QPIRI with length 5
[02:26:38.376][D][uart_debug:157]: <<< "(230.0 18.2 230.0 50.0 18.2 4200 4200 24.0 23.5 23.1 29.0 27.7 3 002 080 1 1 2 1 01 0 0 27.0 0 1 23.5 12 22.0\xF4+\r"
[02:26:38.400][D][pipsolar:934]: checking crc on incoming message
[02:26:38.408][D][pipsolar:937]: CRC OK
[02:26:38.418][D][pipsolar:508]: Decode QPIRI
[02:26:38.442][D][pipsolar.select:031]: got value: 2
[02:26:38.475][D][pipsolar.select:033]: found mapped option 2A for option 2
[02:26:38.475][D][pipsolar.select:031]: got value: 80
[02:26:38.475][D][pipsolar.select:033]: found mapped option 80A for option 80
[02:26:38.475][D][pipsolar.select:031]: got value: 1
[02:26:38.486][D][pipsolar.select:033]: found mapped option SUB for option 1
[02:26:38.486][D][pipsolar.select:031]: got value: 2
[02:26:38.486][D][pipsolar.select:033]: found mapped option Solar + Utility for option 2
[02:26:38.555][S][sensor]: 'Battery Recharge Voltage' >> 23.5 V
[02:26:38.555][S][sensor]: 'Battery Under Voltage' >> 23.1 V
[02:26:38.555][S][sensor]: 'Battery Bulk Voltage' >> 29.0 V
[02:26:38.555][S][sensor]: 'Battery Float Voltage' >> 27.7 V
[02:26:38.555][S][text_sensor]: 'Battery - Type' >> 'PLYNOTECH'
[02:26:38.555][S][select]: 'Charge - Current from Grid' >> 2A
[02:26:38.555][S][select]: 'Charge - Current Total' >> 80A
[02:26:38.555][S][select]: 'Output source priority' >> SUB
[02:26:38.555][S][select]: 'Charge Source Priority' >> Solar + Utility
[02:26:38.555][S][sensor]: 'Battery Redischarge Voltage' >> 27.0 V
[02:26:38.821][D][uart_debug:157]: >>> "QPIGS\xB7\xA9\r"
[02:26:38.865][D][pipsolar:998]: Sending polling command : QPIGS with length 5
[02:26:39.388][D][uart_debug:157]: <<< "(228.3 50.0 228.3 50.0 0205 0185 004 401 26.70 000 092 0043 00.0 053.1 26.70 00000 00010111 00 00 00000 110\xD3{\r"
[02:26:39.416][D][pipsolar:934]: checking crc on incoming message
[02:26:39.421][D][pipsolar:937]: CRC OK
[02:26:39.434][D][pipsolar:532]: Decode QPIGS
[02:26:39.525][S][sensor]: 'Battery - Energy Charge' >> 0.00 kWh
[02:26:39.525][S][sensor]: 'Battery - Power Charging' >> 0 W

[Emile86]

So i did some tests and the thing that helps to restore connection is to reconnect TX from Inverter: TX → MAX3232 → ESP32 RX
Reconnecting RX doesn't help or just power to max3232 also doesn't help.

Also did implement this button to test your possible fix and it doesn't help also:

button:
  - platform: template
    name: "Send CR to inverter"

    on_press:
      - logger.log: "Sending CR"

      - lambda: |-
          uint8_t cr = 0x0D;
          id(uart_bus).write_array(&cr, 1);

      - logger.log: "CR sent"

[syssi]

What a shame. I've closed #235 because it looks like the issue cannot be resolved by software. Could you try the following experiment: Add a push button to the TX line (don't touch the connector & cables next time) and press the button gently to fix the communication issue. Does this setup still resolve the issue? I would like to rule out loose connections.

[syssi]

Did you try to replace the MAX3232 already?

You did disconnect+connect this line to restore the communication?

TX → MAX3232 → ESP32 RX
   ^this?

[Emile86]

So i just tested you setup with a push button and it does resolve the issue as i expected.

Yes I'm reconnecting this cable ( also with a button)
TX → MAX3232 → ESP32 RX
^this?

I'm expecting today amazon delivery with new max3232 board to be sure that my board is not causing the issue.
Last solution will be placing a relay with automation to reconnect after few timeouts.

Is there any option to control bulk/float/low battery disconnect? Didn't find it