If the Input Mode of the switch connected to the device is set to Button, the integration creates an event entity for this switch. You can use this entity in your automations. Events If the inclusion was successful, you should see the following screen that informs you that a new device was found. customize_domain: ! include customisations/customize_domain.yaml customize_glob: ! include customisations/customize_glob.yaml customize: ! include customisations/customize.yaml automation: ! include automations.yaml group: ! include group.yaml script: ! include scripts.yaml binary_sensor: ! include_dir_merge_list binsensors/ light: include_dir_merge_list lights/ sensor: include_dir_merge_list sensors/ switch: include_dir_merge_list switchess/ MQTT Templates ¶ With the introduction of the Shelly 4Pro PM also came the introduction of a new generation of devices.

Enables RPC notifications ( NotifyStatus and NotifyEvent) to be published on /events/rpc ( when a custom prefix is set, otherwise). Default value: true. The Shelly relays allow you to toggle one or more channels on/off, give you the switch state and may give you info on power consumption and device temperature. Create your very own natural beer cooler easily from drain pipes. The beer will be cooled underneath the earth and with an electrically driven motor it comes up if you want some. The genius beer cooler is controlled by a Shelly wifi switch which can be controlled via Siri or Alexa. Just say: “Siri (or Alexa) bring beer”. I flashed ESPHome onto all my Shelly 1's, but for some reason, I have issues with my Shelly 2.5 devices... Here's how I flashed ESPHome onto them over-the-air. No wires! My problems with the Shelly 2.5 These smart switches offer similar functionalities with a few distinct differences, which can significantly affect your choice. Whether you're exploring options for a new smart home setup or considering an upgrade, this comparison between the Shelly 2.5 and Shelly Plus 2PM should help make your decision easier. Shelly 2.5Using the configurations examples below to manually add Shelly devices via MQTT is still a valid option. Some devices, like the Shelly2.5 have multiple switch inputs and outputs. These need to be added individually. Light vs Switch setup ¶ This does mean that some configs that are more related to the device (e.g. device temp) are grouped with that light. You might have noticed that I create a "useless" binary sensor in the configuration file: binary_sensor : If Channel Name is set to the default value, the integration will use the Device ID and default channel name to generate the entities’ name, e.g. ShellyPro4PM-9808D1D8B912 switch_0.

Internal temperature sensor for overheating protection Double relay switch & roller shutter functionalityCloud services (and web interface too) also offer special web requests triggered by switching lights (or motor) on/off. Multiple requests can be made based on a single trigger, but it’s not advisable to make more than 2 calls per trigger. It’s a useful feature if you want to ping your Home Automation server when lights got turned on or command another integration outside of Shelly Cloud. Remove the device from the Shelly app and set it to AP-mode. You can set the device to AP-mode by pressing the reset button for 10 seconds. Another way to to do this is by pressing the button/switch connected to SW1 or SW2 for 5 times in 1 minute, right after the device has powered up. Shelly 2.5 and Sonoff DualR3 come with Shelly Cloud and eWeLink apps. These are well integrated into Google Assistant and Alexa ecosystems and offer cloud connectivity wherever you are. Both apps offer also standard features like individual channel control, power metering and timers and schedules. It’s the software that sets these two apart. Physical Switching As I already mentioned at the beginning of this article, Shelly relay can work with up to 10A current. If you decide to use the max power protection to protect the relay, remember it is dependant of the voltage you are using to supply the device.

It uses the key mqtt when enumerated in objects including multiple component payloads, like Shelly.GetStatus. Methods ​ MQTT.SetConfig ​ Property As I said before, these devices run on wifi so at some point it can outgrow your router capacity. If you want to solve this problem, you can always when an additional router to extend the network or upgrade your current one. This will also improve your wifi coverage which is always a good thing. sensors/energy/shelly_3em.yaml - platform: mqtt name: "3EM - Phase A - Energy" value_template: "{{ value|float / 60000 }}" # Wm to kWh unit_of_measurement: 'kWh' expire_after: 86400 device_class: energy state_class: total_increasing qos: 1 state_topic: "shellies/shellyem3-/emeter/0/energy" - platform: mqtt name: "3EM - Phase A - Returned Energy" value_template: "{{ value|float / 60000 }}" unit_of_measurement: 'kWh' expire_after: 86400 device_class: energy state_class: total_increasing qos: 1 state_topic: "shellies/shellyem3-/emeter/0/returned_energy" - platform: mqtt name: "3EM - Phase A - Total Energy" value_template: "{{ value|float / 60000 }}" unit_of_measurement: 'kWh' expire_after: 86400 device_class: energy state_class: total_increasing qos: 1 state_topic: "shellies/shellyem3-/emeter/0/total_energy" - platform: mqtt name: "3EM - Phase A - Total Returned Energy" value_template: "{{ value|float / 60000 }}" unit_of_measurement: 'kWh' expire_after: 86400 device_class: energy state_class: total_increasing qos: 1 state_topic: "shellies/shellyem3-/emeter/0/total_returned" - platform: mqtt name: "3EM - Phase A - Power" unit_of_measurement: 'W' expire_after: 86400 device_class: power qos: 1 state_topic: "shellies/shellyem3-/emeter/0/power" - platform: mqtt name: "3EM - Phase A - Voltage" unit_of_measurement: 'V' expire_after: 86400 device_class: voltage qos: 1 state_topic: "shellies/shellyem3-/emeter/0/voltage" - platform: mqtt name: "3EM - Phase A - Current" unit_of_measurement: 'A' expire_after: 86400 device_class: current qos: 1 state_topic: "shellies/shellyem3-/emeter/0/current" - platform: mqtt name: "3EM - Phase A - Power Factor" # If the PF is returned as a value between 0.0 and 1.0 # instead of a % value between 0 and 100 # uncomment the line below #value_template: "{{ value|float * 100 }}" unit_of_measurement: '%' expire_after: 86400 device_class: power_factor qos: 1 state_topic: "shellies/shellyem3-/emeter/0/pf" Binary Sensors ¶ While the Shelly devices like 1/1L/1PM/2.5/Plug/Plug_S are in fact “just” relays, the installation posibilities are endless. Otherwise you could simply buy an adapter that converts Dupont to 1.27mm raster at tindie Template ~Both devices support 2 channels with individual inputs for switches. Each channel is capable of power metering and the power consumption is displayed in the app. On the surface, Shelly 2.5 vs Sonoff DualR3 seems like an even fight, but things always get more interesting upon closer inspection. Hardware

Not exactly out of the box, however, with some small adjustments, the devices can also be used with MQTT-protocol and CoAP-based protocol(CoIoT). I won’t write a tutorial on doing this, as all required information can be found in the ha-shellies-discovery documentation.The integration uses the following strategy to name its entities if the device has more than one relay: Shelly 2.5 se lahko neposredno poveže s katerim koli omrežjem Wi-Fi, ni potrebno HUB ali deluje kot dostopna točka Največja obremenitev izhoda Sure enough, the Shelly now reports the correct power stats for each relay, along with the voltage it receives.