ESPHome Devices are randomly switchin on/off

ESPHome
1

I have 9 gosund sp112 plugs at home. I have recently switched them from Tasmota to ESPHome, because I like to have the config available as yaml and it integrates so easily into HA.
I have integrated them into Home Assistant via the API and I have already run into the problem that they power cycle if Home Assistant is not reachable for 15 minutes by default (very dangerous default setting, but that is another topic). I have then figured out that the same “reboot_timeout” parameter also exists for the wifi setting and have set that to 0s as well.

My problem now is that the plugs are still randomly turning on/off and I can’t figure out why.
This NEVER happened with Tasmota and happens on random plugs, so definitely related to ESPHome . I have just had this happen again and I noticed that the uptime sensor was reset, so it seems like the plug restarted.

Does anyone have an idea why this happens or how I can figure it out via logging or something similar? having my 3d Printer turn on at random times is just annoying, but having my freezer turn off can cost me quite some money…

This is what I am using:

substitutions:
  devicename: abstellraum
  name_prefix: "Abstellraum"
  id_prefix: "abstellraum"
  wifi_name: "Abstell"

esphome:
  name: ${devicename}

esp8266:
  board: esp01_1m

# Reduce log level as otherwise logs would be flooded with analog sensor readings
logger:
  logs:
    sensor: INFO
    adc: INFO

# Enable Home Assistant API
api:
  encryption:
    key: <removed>
  reboot_timeout: 0s

ota:
  password: <removed>

wifi:
  ssid: !secret wifi_ssid
  password: !secret wifi_password
  reboot_timeout: 0s

  # Enable fallback hotspot (captive portal) in case wifi connection fails
  ap:
    ssid: "ESPHOME ${wifi_name} Fallback Hotspot"
    password: "RYB4UpDtGumy"

# Enable Web server
web_server:
  port: 80

# Sync time with Home Assistant
time:
  - platform: homeassistant
    id: homeassistant_time

# Text sensors with general information
text_sensor:
  - platform: version
    id: ${id_prefix}_version
    name: "${name_prefix} Version"
  - platform: wifi_info
    ip_address:
      id: ${id_prefix}_ip_address
      name: "${name_prefix} IP Address"
    ssid:
      id: ${id_prefix}_ssid
      name: "${name_prefix} SSID"
    bssid:
      id: ${id_prefix}_bssid
      name: "${name_prefix} BSSID"

status_led:
  pin:
    number: GPIO02
    inverted: true

output:
  - platform: gpio
    id: led1
    pin:
      number: GPIO00
      inverted: true

switch:
  - platform: gpio
    name: "${name_prefix} Main Switch"
    id: switch1
    pin: GPIO14
    restore_mode: ALWAYS_ON 
    on_turn_on:
      - output.turn_on: led1
    on_turn_off:
      - output.turn_off: led1
  - platform: gpio
    name: "${name_prefix} USB Switch"
    id: switchusb
    pin:
      number: GPIO13
      inverted: true

binary_sensor:
  - platform: template
    id: button1
    # read analog sensor and convert it's value to binary state
    lambda: return (id(button_adc).state < .5);
    on_click:
      # short button press toggles mains
      - min_length: 10ms
        max_length: 250ms
        then:
          - switch.toggle: switch1
      # long button press toggles USB
      - min_length: 250ms
        max_length: 1000ms
        then:
          - switch.toggle: switchusb

sensor:
  # Uptime sensor
  - platform: uptime
    id: ${id_prefix}_uptime
    name: "${name_prefix} Uptime"
  # WiFi Signal sensor
  - platform: wifi_signal
    id: ${id_prefix}_wifi_signal_strength
    name: "${name_prefix} WiFi Signal Strength"
    update_interval: 10s
    # Total daily energy sensor
  - platform: adc
    id: button_adc
    pin: A0
    update_interval: .1s
  - platform: hlw8012
    sel_pin:
      number: GPIO12
      inverted: True
    cf_pin: GPIO05
    cf1_pin: GPIO04
    current_resistor: 0.00221
    voltage_divider: 775
    change_mode_every: 8
    update_interval: 10s
    current:
      id: ${id_prefix}_amperage
      name: "${name_prefix} Amperage"
      unit_of_measurement: A
      accuracy_decimals: 2
      filters:
        - calibrate_linear:
          - 0 -> 0
          - 0.08 -> 0.146
          - 0.11 -> 0.193
          - 0.14 -> 0.257
          - 1.9 -> 3.438
          - 3.4 -> 6.173
    voltage:
      id: ${id_prefix}_voltage
      name: "${name_prefix} Voltage"
      unit_of_measurement: V
      accuracy_decimals: 2
      filters:
        - calibrate_linear:
          - 0 -> 0
          - 249.6 -> 234.4
    power:
      id: ${id_prefix}_wattage
      name: "${name_prefix} Wattage"
      unit_of_measurement: W
      accuracy_decimals: 2
      filters:
        - calibrate_linear:
          - 0 -> 0
          - 21.8 -> 21.53
          - 29.5 -> 27.38
          - 37.5 -> 35.48
          - 794.9 -> 725.68
          - 1551.4 -> 1421.07
        # Make everything below 2W appear as just 0W.
        # Furthermore it corrects 1.52W for the power usage of the plug.
        - lambda: if (x < (2 + 1.52)) return 0; else return (x - 1.52);
  - platform: total_daily_energy
    id: ${id_prefix}_daily_energy
    name: "${name_prefix} Daily Energy"
    power_id: ${id_prefix}_wattage
    filters:
      # Multiplication factor from W to kW is 0.001
      - multiply: 0.001
    unit_of_measurement: kWh
2

Here are some things you could try.

Do you need the web server?

" Please note that enabling this component will take up a lot of memory and can lead to problems, especially on the ESP8266"

Also does your adc update Interval need to be .1s ?

Even if you do, you could test to see if they are causing the issue.

3

I have spent a lot of time now to find out about the web server, but unfortunately that did not really bring up anything.
How will I be able to update the devices without the webserver?
I never connected them via USB, since that would mean that I need to open them up, which I don’t want to do again.
I am guessing that has something to do why they always show up as offline in the ESPHome Dashboard(i also tried the “ESPHOME_DASHBOARD_USE_PING” setting, but that did not change anything).

4

You don’t need the web server for OTA updates.

Just Wifi, API, OTA.

I usually disable it unless I have some need. Give it a go.

Your devices showing as offline doesn’t sound good and could be WiFi/API connectivity issues.

5

OK I have figured out why they showed up as offline and it was because I did not assign the docker container to the correct network.
I have also tried to disable the web server and reduced the polling time, but unfortunately it did not change anything at all.
Seems like I am going back to Tasmota, since ESPHome unfortunately is not stable enough…

6

ESPHome is very stable. It is something about your set-up.

2 Likes
7

If it is unstable in a weird setup(which I want to disagree, since I am following the tutorial by someone who seems to know what should be done: Calibrating an ESPHome flashed power plug » Frenck.dev), it is still unstable…

8

I’m not very good with networking or advanced HA / ESPHome set-ups so am unlikley to be of much help.

Good luck with finding the best solution that works for you.

9

@kamtschatka I concur with @Mahko_Mahko on all the suggestions he gave you and the fact that ESPHome is very stable. I have 9 Sonoff s31 outlets running very similar YAML to what you posted. I am sharing it in case you see something you want to test:

I have mine split into 2 files so that I can keep the per device file as small as possible, and keep all the common code in the other file. This makes it easier to make the same update to all outlets.

substitutions:
  devicename: s31-outlet-1
  devicename_no_dashes: s31_outlet_1
  friendly_devicename: "Office Equipment Outlet"
  device_description: "Office Equipment Outlet"
  voltage_cal: "0.5"
  restore_mode_setting: ALWAYS_ON
  #restore_mode: Control how the relay attempts to restore state on bootup.
  #RESTORE_DEFAULT_OFF          - Attempt to restore state and default to OFF if not possible to restore.
  #RESTORE_DEFAULT_ON           - Attempt to restore state and default to ON if not possible to restore.
  #RESTORE_INVERTED_DEFAULT_OFF - Attempt to restore state inverted from the previous state and default to OFF.
  #RESTORE_INVERTED_DEFAULT_ON  - Attempt to restore state inverted from the previous state and default to ON.
  #ALWAYS_OFF                   - Always initialize the pin as OFF on bootup.
  #ALWAYS_ON                    - Always initialize the pin as ON on bootup.
  # Interval of how often the wifi info is updated
  update_interval_wifi: "60s"

# Basic Config
esphome:
  name: ${devicename}
  comment: ${device_description}
  platform: ESP8266
  board: esp01_1m

  on_boot:
    priority: 600.0
    then:
      - switch.turn_on: relay


<<: !include s31-outlet-template.yaml


  wifi:
    ssid: !secret iot_wifi_ssid
    password: !secret iot_wifi_password
  
    # Enable fallback hotspot (captive portal) in case wifi connection fails
    ap:
      ssid: "${devicename} Hotspot"
      password: !secret iot_wifi_password
  
  #Faster than DHCP. Also use if can't reach because of name change
#   manual_ip:
#     static_ip: 192.168.3.196
#     gateway: 192.168.3.1
#     subnet: 255.255.255.0
#     dns1: 192.168.1.25
#     dns2: 192.168.1.26

#Manually override what address to use to connect to the ESP.
#Defaults to auto-generated value. Example, if you have changed your
#static IP and want to flash OTA to the previously configured IP address.
#    use_address: 192.168.3.171
  
  
  logger:
    baud_rate: 0 # (UART logging interferes with cse7766)
    
  # Remove this line if you're not using Home Assistsant or your switch will restart every now and again
  api:
  
  ota:
  
  web_server:
    port: 80
    include_internal: true

  # Sync time with Home Assistant
  time:
    - platform: homeassistant
      id: ha_time  


  # Device Specific Config
  uart:
    rx_pin: RX
    baud_rate: 4800
  
  text_sensor:
    - platform: wifi_info
      ip_address:
        name: "${friendly_devicename}: IP"
        icon: "mdi:ip-outline"
      ssid:
        name: "${friendly_devicename}: SSID"
        icon: "mdi:wifi-settings"
      bssid:
        name: "${friendly_devicename}: BSSID"
        icon: "mdi:wifi-settings"
      mac_address:
        name: "${friendly_devicename}: MAC"
        icon: "mdi:network-outline"
      scan_results:
        name: "${friendly_devicename}: Wifi Scan"
        icon: "mdi:wifi-refresh"
        disabled_by_default: true
  
  binary_sensor:
    - platform: gpio
      pin:
        number: GPIO0
        mode: INPUT_PULLUP
        inverted: True
      name: "${friendly_devicename}: Button"
      on_press:
        - switch.toggle: relay
    - platform: status
      name: "${friendly_devicename}: Status"
  
  sensor:
    - platform: wifi_signal
      name: "${friendly_devicename}: WiFi Signal"
      update_interval:  ${update_interval_wifi}
      
    - platform: cse7766
      current:
        name: "${friendly_devicename}: Current"
        state_class: measurement
        device_class: current
        unit_of_measurement: A
        accuracy_decimals: 1    
      voltage:
        name: "${friendly_devicename}: Voltage"
        state_class: measurement
        device_class: voltage
        unit_of_measurement: V
        accuracy_decimals: 1
        filters:
          - offset: ${voltage_cal}

      power:
        name: "${friendly_devicename}: Power"
        id: "${devicename_no_dashes}_power"
        state_class: measurement
        device_class: power
        unit_of_measurement: W
        accuracy_decimals: 1
        
    - platform: total_daily_energy
      name: "${friendly_devicename}: Daily Energy"
      power_id: "${devicename_no_dashes}_power"
      filters:
        # Multiplication factor from W to kW is 0.001
        - multiply: 0.001
      unit_of_measurement: kWh
      state_class: total_increasing
      device_class: energy
      # 3 shows each W consumed, 2 every 10W, 1 every 100W
      accuracy_decimals: 1
  
  switch:
    - platform: gpio
      name: "${friendly_devicename}"
      icon: "mdi:power-socket-us"
      pin: GPIO12
      id: relay
      restore_mode: ${restore_mode_setting}
  
  status_led:
    pin: GPIO13

You surely know this but updating the devices, and bad connectivity to WIFI or HA itself can trigger the device to reboot as it tries to re-establish connection. As you found you can disable that but it should not be necessary…

In the two examples you gave, a momentary reboot is not detrimental to your freezer as the power is restored after the reboot (assuming it isn’t constantly looping into a reboot as that may eventually damage your freezer) but I can see how interrupting your 3D printer would be annoying… Anyway, I am pretty sure it is NOT ESPHome’s issue as my 9 outlets are rock solid, as the other dozen or so ESPHome devices I made.

One thing that I would suggest you look at is your WIFI setup. First the obvious… ensure the signal is actually good where the ESPs are located (see signal level reported by the ESP) and also check if the AP / Router receives a strong signal back.

In my case I have 5 APs around the house so I generally do not have signal issues. What I did have issues with when connecting IoT devices were “fancy” WIFI settings that were mostly meant for high performance clients. I created an IoT only SSID and turned everything off to keep it as compatible as possible.

Also, if you have any above typical settings on your network (VLAN, routing rules, etc.) you have to ensure that the ESPHome devices can reach HA. I have my IoT devices on a different VLAN than HA but I ensured there were no barriers to them reaching each other.

I would also try barebone YAML on your outlets to see if something in the code is causing it to crash.

Are you at the device’s memory limit?

These ar ethe logs for one of the outlets I am not using:

INFO Reading configuration /config/esphome/s31-outlet-8.yaml...
INFO Detected timezone 'America/Chicago'
INFO Generating C++ source...
INFO Compiling app...
Processing s31-outlet-8 (board: esp01_1m; framework: arduino; platform: platformio/espressif8266 @ 3.2.0)
--------------------------------------------------------------------------------
HARDWARE: ESP8266 80MHz, 80KB RAM, 1MB Flash
LDF: Library Dependency Finder -> https://bit.ly/configure-pio-ldf
Dependency Graph
|-- ESPAsyncTCP-esphome @ 1.2.3
|-- ESPAsyncWebServer-esphome @ 2.1.0
|   |-- ESPAsyncTCP-esphome @ 1.2.3
|   |-- Hash @ 1.0
|   |-- ESP8266WiFi @ 1.0
|-- ESP8266WiFi @ 1.0
|-- ESP8266mDNS @ 1.2
|-- ArduinoJson @ 6.18.5
RAM:   [====      ]  41.9% (used 34308 bytes from 81920 bytes)
Flash: [====      ]  44.0% (used 450101 bytes from 1023984 bytes)
========================= [SUCCESS] Took 1.69 seconds =========================
INFO Successfully compiled program.
INFO Resolving IP address of s31-outlet-8.local
INFO  -> 192.168.3.177
INFO Uploading /data/s31-outlet-8/.pioenvs/s31-outlet-8/firmware.bin (454256 bytes)
INFO Compressed to 311534 bytes
Uploading: [============================================================] 100% Done...

INFO Waiting for result...
INFO OTA successful
INFO Successfully uploaded program.
INFO Starting log output from s31-outlet-8.local using esphome API
INFO Successfully connected to s31-outlet-8.local
[09:48:29][I][app:102]: ESPHome version 2022.11.5 compiled on Dec  5 2022, 19:58:11
[09:48:29][C][status_led:019]: Status LED:
[09:48:29][C][status_led:020]:   Pin: GPIO13
[09:48:29][C][wifi:504]: WiFi:
[09:48:29][C][wifi:362]:   Local MAC: 8C:AA:B5:66:4E:1F
[09:48:29][C][wifi:363]:   SSID: [redacted]
[09:48:29][C][wifi:364]:   IP Address: 192.168.3.177
[09:48:29][C][wifi:365]:   BSSID: [redacted]
[09:48:29][C][wifi:367]:   Hostname: 's31-outlet-8'
[09:48:29][C][wifi:369]:   Signal strength: -49 dB ▂▄▆█
[09:48:29][C][wifi:373]:   Channel: 11
[09:48:29][C][wifi:374]:   Subnet: 255.255.255.0
[09:48:29][C][wifi:375]:   Gateway: 192.168.3.1
[09:48:29][C][wifi:376]:   DNS1: 192.168.1.25
[09:48:29][C][wifi:377]:   DNS2: 192.168.1.26
[09:48:29][C][logger:293]: Logger:
[09:48:29][C][logger:294]:   Level: DEBUG
[09:48:29][C][logger:295]:   Log Baud Rate: 0
[09:48:29][C][logger:296]:   Hardware UART: UART0
[09:48:29][C][uart.arduino_esp8266:102]: UART Bus:
[09:48:29][C][uart.arduino_esp8266:104]:   RX Pin: GPIO3
[09:48:29][C][uart.arduino_esp8266:106]:   RX Buffer Size: 256
[09:48:29][C][uart.arduino_esp8266:108]:   Baud Rate: 4800 baud
[09:48:29][C][uart.arduino_esp8266:109]:   Data Bits: 8
[09:48:29][C][uart.arduino_esp8266:110]:   Parity: NONE
[09:48:29][C][uart.arduino_esp8266:111]:   Stop bits: 1
[09:48:29][C][uart.arduino_esp8266:113]:   Using hardware serial interface.
[09:48:29][C][switch.gpio:050]: GPIO Switch 'Spare Outlet 3'
[09:48:29][C][switch.gpio:050]:   Icon: 'mdi:power-socket-us'
[09:48:29][C][switch.gpio:051]:   Pin: GPIO12
[09:48:29][C][switch.gpio:073]:   Restore Mode: Always ON
[09:48:29][C][gpio.binary_sensor:015]: GPIO Binary Sensor 'Spare Outlet 3: Button'
[09:48:29][C][gpio.binary_sensor:016]:   Pin: GPIO0
[09:48:29][C][homeassistant.time:010]: Home Assistant Time:
[09:48:29][C][homeassistant.time:011]:   Timezone: 'CST6CDT,M3.2.0,M11.1.0'
[09:48:29][C][wifi_info:013]: WifiInfo Mac Address 'Spare Outlet 3: MAC'
[09:48:29][C][wifi_info:013]:   Icon: 'mdi:network-outline'
[09:48:29][C][status:034]: Status Binary Sensor 'Spare Outlet 3: Status'
[09:48:29][C][status:034]:   Device Class: 'connectivity'
[09:48:29][C][cse7766:196]: CSE7766:
[09:48:29][C][cse7766:197]:   Update Interval: 60.0s
[09:48:29][C][cse7766:198]:   Voltage 'Spare Outlet 3: Voltage'
[09:48:29][C][cse7766:198]:     Device Class: 'voltage'
[09:48:29][C][cse7766:198]:     State Class: 'measurement'
[09:48:29][C][cse7766:198]:     Unit of Measurement: 'V'
[09:48:29][C][cse7766:198]:     Accuracy Decimals: 1
[09:48:29][C][cse7766:199]:   Current 'Spare Outlet 3: Current'
[09:48:29][C][cse7766:199]:     Device Class: 'current'
[09:48:29][C][cse7766:199]:     State Class: 'measurement'
[09:48:29][C][cse7766:199]:     Unit of Measurement: 'A'
[09:48:29][C][cse7766:199]:     Accuracy Decimals: 1
[09:48:29][C][cse7766:200]:   Power 'Spare Outlet 3: Power'
[09:48:29][C][cse7766:200]:     Device Class: 'power'
[09:48:29][C][cse7766:200]:     State Class: 'measurement'
[09:48:29][C][cse7766:200]:     Unit of Measurement: 'W'
[09:48:29][C][cse7766:200]:     Accuracy Decimals: 1
[09:48:29][C][total_daily_energy:023]: Total Daily Energy 'Spare Outlet 3: Daily Energy'
[09:48:29][C][total_daily_energy:023]:   Device Class: 'energy'
[09:48:29][C][total_daily_energy:023]:   State Class: 'total_increasing'
[09:48:29][C][total_daily_energy:023]:   Unit of Measurement: 'kWh'
[09:48:29][C][total_daily_energy:023]:   Accuracy Decimals: 1
[09:48:29][C][web_server:125]: Web Server:
[09:48:29][C][web_server:126]:   Address: s31-outlet-8.local:80
[09:48:29][C][mdns:103]: mDNS:
[09:48:29][C][mdns:104]:   Hostname: s31-outlet-8
[09:48:29][C][ota:093]: Over-The-Air Updates:
[09:48:29][C][ota:094]:   Address: s31-outlet-8.local:8266
[09:48:29][C][api:138]: API Server:
[09:48:29][C][api:139]:   Address: s31-outlet-8.local:6053
[09:48:29][C][api:143]:   Using noise encryption: NO
[09:48:29][C][wifi_info:009]: WifiInfo IPAddress 'Spare Outlet 3: IP'
[09:48:29][C][wifi_info:009]:   Icon: 'mdi:ip-outline'
[09:48:29][C][wifi_info:011]: WifiInfo SSID 'Spare Outlet 3: SSID'
[09:48:29][C][wifi_info:011]:   Icon: 'mdi:wifi-settings'
[09:48:29][C][wifi_info:012]: WifiInfo BSSID 'Spare Outlet 3: BSSID'
[09:48:29][C][wifi_info:012]:   Icon: 'mdi:wifi-settings'
[09:48:29][C][wifi_info:010]: WifiInfo Scan Results 'Spare Outlet 3: Wifi Scan'
[09:48:29][C][wifi_info:010]:   Icon: 'mdi:wifi-refresh'
[09:48:29][C][wifi_signal.sensor:009]: WiFi Signal 'Spare Outlet 3: WiFi Signal'
[09:48:29][C][wifi_signal.sensor:009]:   Device Class: 'signal_strength'
[09:48:29][C][wifi_signal.sensor:009]:   State Class: 'measurement'
[09:48:29][C][wifi_signal.sensor:009]:   Unit of Measurement: 'dBm'
[09:48:29][C][wifi_signal.sensor:009]:   Accuracy Decimals: 0
[09:48:29][D][api:102]: Accepted 192.168.1.41
[09:48:29][D][api.connection:917]: Home Assistant 2022.12.0 (192.168.1.41): Connected successfully
[09:48:29][D][time:044]: Synchronized time: 2022-12-08 09:48:29
[09:48:57][D][sensor:126]: 'Spare Outlet 3: WiFi Signal': Sending state -48.00000 dBm with 0 decimals of accuracy
[09:49:18][D][sensor:126]: 'Spare Outlet 3: Voltage': Sending state 123.38359 V with 1 decimals of accuracy
[09:49:18][D][sensor:126]: 'Spare Outlet 3: Current': Sending state 0.00000 A with 1 decimals of accuracy
[09:49:18][D][sensor:126]: 'Spare Outlet 3: Power': Sending state 0.00000 W with 1 decimals of accuracy
[09:49:18][D][sensor:126]: 'Spare Outlet 3: Daily Energy': Sending state 0.00000 kWh with 1 decimals of accuracy
[09:49:57][D][sensor:126]: 'Spare Outlet 3: WiFi Signal': Sending state -47.00000 dBm with 0 decimals of accuracy
[09:50:18][D][sensor:126]: 'Spare Outlet 3: Voltage': Sending state 123.31480 V with 1 decimals of accuracy
[09:50:18][D][sensor:126]: 'Spare Outlet 3: Current': Sending state 0.00000 A with 1 decimals of accuracy
[09:50:18][D][sensor:126]: 'Spare Outlet 3: Power': Sending state 0.00000 W with 1 decimals of accuracy
[09:50:18][D][sensor:126]: 'Spare Outlet 3: Daily Energy': Sending state 0.00000 kWh with 1 decimals of accuracy
[09:50:57][D][sensor:126]: 'Spare Outlet 3: WiFi Signal': Sending state -49.00000 dBm with 0 decimals of accuracy
[09:51:18][D][sensor:126]: 'Spare Outlet 3: Voltage': Sending state 123.15218 V with 1 decimals of accuracy
[09:51:18][D][sensor:126]: 'Spare Outlet 3: Current': Sending state 0.00000 A with 1 decimals of accuracy
[09:51:18][D][sensor:126]: 'Spare Outlet 3: Power': Sending state 0.00000 W with 1 decimals of accuracy
[09:51:18][D][sensor:126]: 'Spare Outlet 3: Daily Energy': Sending state 0.00000 kWh with 1 decimals of accuracy
[09:51:57][D][sensor:126]: 'Spare Outlet 3: WiFi Signal': Sending state -50.00000 dBm with 0 decimals of accuracy
[09:52:18][D][sensor:126]: 'Spare Outlet 3: Voltage': Sending state 123.28909 V with 1 decimals of accuracy
[09:52:18][D][sensor:126]: 'Spare Outlet 3: Current': Sending state 0.00000 A with 1 decimals of accuracy
[09:52:18][D][sensor:126]: 'Spare Outlet 3: Power': Sending state 0.00000 W with 1 decimals of accuracy
[09:52:18][D][sensor:126]: 'Spare Outlet 3: Daily Energy': Sending state 0.00000 kWh with 1 decimals of accuracy
[09:52:57][D][sensor:126]: 'Spare Outlet 3: WiFi Signal': Sending state -51.00000 dBm with 0 decimals of accuracy
[09:53:18][D][sensor:126]: 'Spare Outlet 3: Voltage': Sending state 123.25486 V with 1 decimals of accuracy
[09:53:18][D][sensor:126]: 'Spare Outlet 3: Current': Sending state 0.00000 A with 1 decimals of accuracy
[09:53:18][D][sensor:126]: 'Spare Outlet 3: Power': Sending state 0.00000 W with 1 decimals of accuracy
[09:53:18][D][sensor:126]: 'Spare Outlet 3: Daily Energy': Sending state 0.00000 kWh with 1 decimals of accuracy
[09:53:18][I][ota:113]: Boot seems successful, resetting boot loop counter.
[09:53:57][D][sensor:126]: 'Spare Outlet 3: WiFi Signal': Sending state -48.00000 dBm with 0 decimals of accuracy
[09:54:18][D][sensor:126]: 'Spare Outlet 3: Voltage': Sending state 123.37368 V with 1 decimals of accuracy
[09:54:18][D][sensor:126]: 'Spare Outlet 3: Current': Sending state 0.00000 A with 1 decimals of accuracy
[09:54:18][D][sensor:126]: 'Spare Outlet 3: Power': Sending state 0.00000 W with 1 decimals of accuracy
[09:54:18][D][sensor:126]: 'Spare Outlet 3: Daily Energy': Sending state 0.00000 kWh with 1 decimals of accuracy

I would compare them with yours.

Lol… BTW, “Frenck” is THE Frenck :wink: He is the main developer of HA… so he definitely knows what he is talking about.

10

Regarding “Frenck”: That is exactly what I wanted to say in a very sarcastic undertone :wink:

I can no longer test it, because I have switched back to Tasmota, which runs fine under any conditions.
ESPHome has been configured to ignore connection problems to WiFi and HA and still reboots. Unfortunately I did not find any way to maybe gather some logs as to why it reboots.
Additionally one of my plugs is no longer reachable via the Network (and also does not create the fallback WiFi Network), so I will have to open it up and try to flash it again. We’ll see, maybe I will run that one with ESPHome and be able to figure out why it is randomly rebooting.

11

He’s not one of the main ESPHome devs though.

But yes, safe to say he has a very high level of home automation knowledge and generally knows what he’s doing!

12

Another resource that might be of help (section on wifi-problems):

1 Like
13

plugs randomly switching on and off is a sign of them dying.
soon they won’t even turn on at all or connect.
i have 5 single plugs and one 4-plug-device that died this way.

me and a friend suspect the esp8266 inside are brown-outing and that they could be resurrected by adding a capacitor to circumvent this.

14

Hi,

thank you for providing your code! I was searching for the (very basic) solution to turn a device on after a reboot and that was exactly what i was looking for. But, i am a little bit confused that you seem to have included two ways of doing that (the restore_mode: ALWAYS_ON setting and the on-boot automation). I assume thats intentional, but i don’t understand it - why both? What am i missing here?

15

I believe the two are redundant so you might just have to test each one individually to see which one works best for you. I was trying to prevent the outlet from switching off during firmware update but it still does even though it appears to switch back on very quickly (I hear what sounds like a single click for the on-off-on).

The only difference I think there may be between the two methods is when it is executed. The one you quoted is set to priority 600 (see priority levels here: ESPHome Core Configuration — ESPHome) while the other method may happen a fraction of a second later… which likely makes absolutely no difference.

I am just a tinkerer, not an expert :wink:

2 Likes
16

Awesome, thanks! I’ll try both of them.