AlexxIT/SonoffLAN

Home Assistant custom component for control Sonoff devices with eWeLink (original) firmware over LAN and/or Cloud.

A list of known devices can be found here - DEVICES.

Features

• support new eWeLink API
• support multiple eWeLink accounts and homes
• can manage both local and cloud control at the same time!

Pros

• work with original eWeLink / Sonoff firmware, no need to flash devices
• work over Local Network and/or Cloud Server
• work with devices without DIY-mode
• work with devices in DIY-mode
• support single and multi-channel devices
• support TH and Pow device sensors
• support Sonoff RF Bridge 433 for receive and send commands
• instant device state update with local Multicast or cloud Websocket connection
• load devices list from eWeLink Servers (with names and encryption keys) and save it locally
• (optional) change device type from switch to light

Component review from DrZzs

Thanks to @beveradb and @mattsaxon for researching the local Sonoff protocol. Thanks to @michthom and @EpicLPer for researching the local Sonoff Camera protocol.

Via HACS or manually copy sonoff folder from latest release to custom_components folder in your config folder.

Add integration via Home Assistant UI. You can setup multiple integrations with different ewelink accounts.

Before posting new issue:

1. Check the number of online devices on the System Health page
2. Check warning and errors on the Logs page
3. Check debug logs on the Debug page (must be enabled in integration options)
4. Check open and closed issues
5. Share integration diagnostics:
   • All devices: Settings > Integrations > Sonoff > 3 dots > Download diagnostics
   • One device: Settings > Devices > Device > Download diagnostics

Settings > Integrations > Sonoff > Configure (gear)

In auto mode component using both local and cloud connections to your devcies. If device could be reached via LAN - the local connection will be used. Otherwise the cloud connection will be used.

local mode or cloud mode will use only this type of connection.

Sometimes it can be difficult to get a local connection to work. You need a local network with working Multicast (mDNS/zeroconf) traffic between the Hass and your devices. Read about common problems.

Each time the integration starts, a list of user devices is loaded from cloud and saved locally (/config/.storage/sonoff/).

auto mode and local mode can work without Internet connection. If the integration fails to connect to the cloud - the component will use the previously saved list of devices and continue to work only in local mode. auto mode will continue trying to connect to the cloud.

local mode can't work without ewelink credentials because it needs devices encryption keys.

Devices in DIY mode can be used without ewelink credentials because their protocol unencrypted.

It is highly recommended that you use mode: auto and do not use mode: local or DIY mode. Because the local protocol is not always stable and you will get a bad experience. Devices may sometimes disappear from the network or fail to respond to local requests. Also some POW and TH devices cannot update their sensors without a cloud connection.

Enable debug page in integration configuration (gear) via UI. A link to the page will appear in the notification and in the HA log. The link is always random and is updated every time HA restarts.

Debug page shows only integration logs and removes some private data. You can filter log and enable auto refresh (in seconds).

http://192.168.1.123:8123/api/sonoff/c8503fee-88fb-4a18-84d9-abb782bf0aa7?q=1000xxxxxx&r=2

By default component loads cloud devices only for current active Home in ewelink application. If there is only one Home in the account, it shouldn't be a problem. Otherwise you can select one or multiple Homes to load devices from.

These settings are made via YAML.

Important. DeviceID is always 10 symbols string from entity_id or eWeLink app.

You can convert all switches into light by default:

sonoff:
  default_class: light  # (optional), default switch

You can convert specific switches into light, fan or binary_sensor:

sonoff:
  devices:
    1000xxxxxx:
      device_class: light
      name: Sonoff Basic
    1000yyyyyy:
      device_class: fan
      name: Sonoff Mini

You can convert multi-channel devices (e.g. Sonoff T1 2C):

sonoff:
  devices:
    1000xxxxxx:
      device_class: [light, fan]
      name: Sonoff T1 2C
    1000yyyyyy:
      device_class: [switch, light]
      name: MiniTiger 2CH

You can convert multi-channel device (e.g. Sonoff T1 3C) into single light with brightness control:

sonoff:
  devices:
    1000xxxxxx:
      device_class:
        - light: [1, 2, 3]
      name: Sonoff T1 3C

You can control multiple light zones with single multi-channel device (e.g. Sonoff 4CH):

sonoff:
  devices:
    1000xxxxxx:
      device_class:
        - switch: 1  # entity 1 (channel 1)
        - light: [2, 3]  # entity 2 (channels 2 and 3)
        - fan: 4  # entity 3 (channel 4)
      name: Sonoff 4CH

You can change device_class for Binary Sensor:

sonoff:
  devices:
    1000xxxxxx:
      device_class: window

You can change device_class for Cover:

sonoff:
  devices:
    1000xxxxxx:
      device_class: shutter

You can set the uiid when running in DIY mode to enable the device features. More info here.

sonoff:
  devices:
    1000xxxxxx:
      extra: { uiid: 136 }  # Sonoff B05-BL

sonoff:
  devices:
    1000xxxxxx:
      name: Device name from YAML  # optional rewrite device name
      host: 192.168.1.123  # optional force device IP-address
      devicekey: xxx  # optional encription key (downloaded automatically from the cloud)

If you want some additional device attributes as sensors:

sonoff:
  sensors: [staMac, bssid, host]

You can request actual device state and all its sensors manually at any time using homeassistant.update_entity service. Use it with any device entity except sensors. Use it with only one entity from each device.

As example, you can create an automation for forced temperature updates for Sonoff TH:

trigger:
  - platform: time_pattern
    minutes: '3'
action:
  - service: homeassistant.update_entity
    target:
      entity_id: switch.sonoff_1000xxxxxx

Pow devices may send a lot of data every second. You can reduce the amount of processed data.

For multi-channel devices use power_1, current_2, etc.

sonoff:
  devices:
    1000xxxxxx:
      reporting:
        power: [30, 3600, 1]  # min seconds, max seconds, min delta value
        current: [5, 3600, 0.1]
        voltage: [60, 3600, 5]

• if new value came before min seconds - it will be "delayed"
• if new value came between min and max seconds
  • if delta lower than delta value - it will be "delayed"
  • otherwise - it will be used
• if new value came after max seconds - it will be used
• any used value will erase "delayed" value
• new "delayed" value will overwrite old one
• "delayed" value will be checked for the above conditions every 30 seconds

Check which devices support the local protocol here - DEVICES. Depending on your environment settings, the local protocol may not work. Every device has a connection sensor (disabled by default). You can check which protocol your specific device is using with this sensor.

Support power, current and voltage sensors via local connection.

The S60TPF device automatically sends power data to the cloud whenever the day energy sensor reading increases by 1W. Therefore, even with a cloud connection, the data will update very slowly, depending on consumption. I don't know if other device models do the same.

Supports two types of energy, depending on the device model:

• Regular sensor - updated in real time via a local connection (if device supports it)
  • Sensor name: energy_day, energy_week, energy_month, energy_year
  • UIID (HW version): 190, 226, 276, 7032
• Historical data - updated once an hour via a cloud connection
  • Sensor name: energy, energy_1, energy_2...
  • UIID (HW version): 5, 32, 126, 130, 182, 190

By default, historical energy data loads from cloud every hour. You can change interval via YAML and add history data to sensor attributes (max size - 30 days, disable - 0). For multi-channel devices use energy_1, energy_2.

sonoff:
  devices:
    1000xxxxxx:
      reporting:
        energy: [3600, 10]  # update interval (seconds), history size (days)

template:
  - sensor:
      - name: "10 days consumpion"
        unit_of_measurement: "kWh"
        state: "{{ (state_attr('sensor.sonoff_1000xxxxxx_energy', 'history') or [])|sum }}"

You can also setup a integration sensor, that will collect energy data locally by Hass:

sensor:
  - platform: integration
    source: sensor.sonoff_1000xxxxxx_power
    name: energy_spent
    unit_prefix: k
    round: 2

Support optional Climate entity that controls Thermostat. You can control low and high temperature values and hvac modes:

• heat - lower temp enable switch, higher temp disable switch
• cool - lower temp disable switch, higher temp enable switch
• dry - change control by humidity with previous low/high switch settings

In dry mode, the Thermostat controls and displays Humidity. But the units are displayed as temperature (Hass limitation).

Thermostat can be controlled only with Cloud connection. Main switch and TH sensors support LAN and Cloud connections.

RF Bridge support learning up to 64 signals (16 x 4 buttons).

Video HOWTO from @KPeyanski

Important. Integration v3 supports automatic creation of sensors for RF Bridge. All buttons will be created as Button entity. All alarms will be created as Binary sensor.

Both button and binary sensor has last_triggered attribute with the time of the last signal received. You can use it in automations.

Binary sensor will stay in on state during 120 seconds by default. Each new signal will reset the timer. Binary sensor support restore state between Hass restarts.

If you has door sensor with two states (for open and for closed state) like this one, you can config payload_off as in the example below. Also disable the timeout if you do not need it in this case (with timeout: 0 option).

You can use any device_class that is supported in Binary Sensor. With device_class: button you can convert sensor to button.

PIR Sensor

sonoff:
  rfbridge:
    PIR Sensor 1:  # button/alarm name in eWeLink application
      device_class: motion
      timeout: 60  # optional (default 120), timeout in seconds for auto turn off

Single State Sensor

sonoff:
  rfbridge:
    Door Sensor 1:  # button/alarm name in eWeLink application
      name: Door Sensor  # optional, you can change sensor name
      device_class: door  # e.g. door, window
      timeout: 5

Dual State Sensor

sonoff:
  rfbridge:
    Sensor1:  # button/alarm name in eWeLink application (open signal)
      name: Window Sensor  # optional, you can change sensor name
      device_class: window  # e.g. door, window
      timeout: 0  # disable auto close timeout
      payload_off: Sensor2  # button/alarm name in eWeLink application (close signal)

You can read more about using this bridge in wiki.

auto mode and cloud mode users don't have these problems.

Devices are not displayed

• not all devices supports local protocol
• two routers
• docker with port forwarding
  • you must use: --network host
  • hassio users are okay
• virtual machine with port forwarding
  • you must use bridge virtual network mode (not NAT mode)
• Oracle VM VirtualBox
• linux firewall
• linux network driver
• incorrect network interface selected in Configuration > Settings > Global > Network

The devices publish their data through Multicast DNS (mDNS/zeroconf), read more.

Devices unavailable after reboot

All devices unavailable after each Home Assistant restart. Devices are automatically detected in the local network after each restart. Sometimes devices appear quickly. Sometimes after a few minutes. If this does not happen, there are some problems with the multicast / router.

The component adds the service sonoff.send_command to send low-level commands.

Example service params to single switch:

device: 1000xxxxxx
switch: 'on'

Example service params to multi-channel switch:

device: 1000xxxxxx
switches: [{outlet: 0, switch: 'off'}]

Example service params to dimmer:

device: 1000123456
command: dimmable
switch: 'on'
brightness: 50
mode: 0

The average user does not need to get the device key manually. The component does everything automatically, using the ewelink account.

1. Put the device in setup mode
2. Connect to the Wi-Fi network ITEAD-10000, password 12345678
3. Open in browser http://10.10.7.1/device
4. Copy deviceid and apikey (this is devicekey)
5. Connect to your Wi-Fi network and setup Sonoff via the eWeLink app

• https://github.com/peterbuga/HASS-sonoff-ewelink
• https://github.com/beveradb/sonoff-lan-mode-homeassistant
• https://github.com/mattsaxon/sonoff-lan-mode-homeassistant
• https://github.com/EpicLPer/Sonoff_GK-200MP2-B_Dump
• https://github.com/bwp91/homebridge-ewelink
• https://blog.ipsumdomus.com/sonoff-switch-complete-hack-without-firmware-upgrade-1b2d6632c01
• https://github.com/itead/Sonoff_Devices_DIY_Tools
• SONOFF DIY MODE API PROTOCOL
• No Tasmota And EWeLink Cloud To Control The SONOFF Device? YES!