[APP][Pro] Esphome Controller App

Daniel_de_los_Reyes · June 27, 2026, 3:12pm

How do I install the test version? I can’t find the option

ugrbnk · June 27, 2026, 3:17pm

https://homey.app/en-tr/app/com.ugrbnk.esphome/ESPHome-Controller/test/

Daniel_de_los_Reyes · June 27, 2026, 3:30pm

380a2c84-092f-4bc7-a145-a81cb9d5b1d8

esphome:

  name: riego

friendly_name: Controlador de Riego

esp32:

board: esp32dev

framework:

type: arduino

version: recommended



time:

  - platform: sntp

id: sntp_time

timezone: "Europe/Madrid"



wifi:

ssid: !secret wifi_ssid

password: !secret wifi_password



on_connect:

then:

      - logger.log: "WIFI: conectado"



on_disconnect:

then:

      - logger.log: "WIFI: desconectado"

manual_ip:

static_ip: !secret lan_static_ip

gateway: !secret lan_gateway

subnet: !secret lan_subnet

dns1: !secret lan_dns1

dns2: !secret lan_dns2



ap:

ssid: "WIFI Riego fallback"

password: !secret fallback_password



captive_portal:



\# Safe mode: si el dispositivo falla al arrancar N veces seguidas,

\# entra en modo seguro (solo WiFi+OTA) para poder recuperarlo.

\# Importante en riego: restore_mode: ALWAYS_OFF garantiza que las

\# válvulas permanezcan cerradas durante el arranque seguro.

safe_mode:

num_attempts: 5

reboot_timeout: 3min



\# Enable OTA updates

ota:

  - platform: esphome

password: !secret ota_password



\# Enable logging

logger:

level: INFO



\# Enable Home Assistant API

api:

port: 6053

#encryption:

#key: !secret api_key

reboot_timeout: 0s



on_client_connected:

    - logger.log:

format: "API: cliente conectado | heap=%.0f B | loop=%.0f ms | rssi=%.1f dBm | uptime=%.0f s"

args:

          - "id(heap_free).state"

          - "id(loop_time_ms).state"

          - "id(wifi_rssi).state"

          - "id(uptime_seconds).state"



on_client_disconnected:

    - logger.log:

format: "API: cliente desconectado | heap=%.0f B | loop=%.0f ms | rssi=%.1f dBm | uptime=%.0f s"

args:

          - "id(heap_free).state"

          - "id(loop_time_ms).state"

          - "id(wifi_rssi).state"

          - "id(uptime_seconds).state"



web_server:

port: 80



#Irrigation specific vars

substitutions:

pulses_per_liter: "396.0"

leak_threshold_lpm: "0.1"

\# Protección térmica

\# temp_protection_c: umbral de temperatura del chip (máx absoluto ESP32: 85°C).

\#   Se actúa a 75°C; histéresis: se desactiva a 70°C.

temp_protection_c: "75.0"

\# temp_box_offset_c: diferencia estimada entre la temperatura del aire de

\#   la caja y la del chip. El chip suele ser 10-20°C más caliente que el

\#   aire que lo rodea según la carga y la ventilación. Ajusta este valor

\#   comparando en caliente "Temp caja" vs "ESP Internal Temp" en Homey.

temp_box_offset_c: "15.0"



\# Watchdog / diagnóstico del sistema

\# - loop_time: si sube por encima de \~200ms hay riesgo de watchdog reset

\# - reset_reason: indicará "Task watchdog" si el WDT causó el último reinicio

\# - free heap: útil para detectar memory leaks a largo plazo

debug:

update_interval: 60s



\# Temp & Hum sensors. Intenal & pluged

sensor:

  - platform: internal_temperature

name: "ESP Internal Temp"

id: esp_internal_temp



  - platform: debug

free:

name: "Heap libre"

id: heap_free

entity_category: diagnostic

loop_time:

name: "Tiempo de loop"

id: loop_time_ms

entity_category: diagnostic



  - platform: dht

model: DHT22

pin: GPIO13

temperature:

name: "Temperatura Riego"

id: box_temp

filters: 

       - filter_out: nan

humidity:

name: "Humedad Riego"

filters: 

       - filter_out: nan

update_interval: 60s



  - platform: uptime

name: "Uptime"

id: uptime_seconds

entity_category: diagnostic



  - platform: wifi_signal

name: "RSSI WiFi Riego"

id: wifi_rssi

update_interval: 60s

entity_category: diagnostic



\# Temperatura estimada del chip = temp caja + offset.

\# Sirve de referencia en Homey y es la que dispara la protección térmica.

\# Si en condiciones de carga ves una diferencia sistemática entre este

\# valor y "ESP Internal Temp", ajusta temp_box_offset_c.

  - platform: template

name: "Temp estimada chip ESP"

id: estimated_chip_temp

unit_of_measurement: "°C"

accuracy_decimals: 1

entity_category: diagnostic

update_interval: 30s

lambda: |-

if (!id(box_temp).has_state()) return NAN;

const float t = id(box_temp).state;

if (isnan(t)) return NAN;

return t + ${temp_box_offset_c};



text_sensor:

  - platform: debug

reset_reason:

name: "Motivo último reinicio"

entity_category: diagnostic



\# ---------------------------------------------------------

\# Protección térmica

\#

\# Si la temperatura interna del ESP32 supera temp_protection_c

\# durante más de 10s, se cierran todas las válvulas y se bloquea

\# la apertura hasta que el chip se enfríe por debajo de (umbral - 5°C).

\#

\# La entidad "Sobrecalentamiento" es visible en Homey para

\# automatizaciones (ej: notificación + bloqueo de riego manual).

\# ---------------------------------------------------------

binary_sensor:

  - platform: template

name: "Sobrecalentamiento ESP"

id: overheat

device_class: heat

lambda: |-

if (!id(estimated_chip_temp).has_state()) return false;

const float t = id(estimated_chip_temp).state;

if (isnan(t) || isinf(t)) return false;



      // Histéresis: activa en umbral, desactiva 5°C por debajo

if (id(overheat).state) {

return t > (${temp_protection_c} - 5.0f);

      }

return t > ${temp_protection_c};

filters:

      - delayed_on: 10s   # La temperatura debe superar el umbral 10s seguidos



on_press:

then:

        - logger.log:

format: "PROTECCION TERMICA ACTIVADA: caja=%.1f C (chip est.=%.1f C) - cerrando valvulas"

args: \["id(box_temp).state", "id(estimated_chip_temp).state"\]

        - switch.turn_off: relay_l1

        - switch.turn_off: relay_l2

        - switch.turn_off: relay_l3

        - switch.turn_off: relay_l4

        - switch.turn_off: relay_l5

        - switch.turn_off: relay_l6



on_release:

then:

        - logger.log:

format: "Proteccion termica desactivada: caja=%.1f C (chip est.=%.1f C)"

args: \["id(box_temp).state", "id(estimated_chip_temp).state"\]



\# Include external packages (relays & sensors)

packages:

linea_1: !include riego/linea1.yaml

linea_2: !include riego/linea2.yaml

linea_3: !include riego/linea3.yaml

linea_4: !include riego/linea4.yaml

linea_5: !include riego/linea5.yaml

linea_6: !include riego/linea6.yaml

ugrbnk · June 27, 2026, 3:42pm

Daniel_de_los_Reyes:

esphome:

name: riego

friendly_name: Controlador de Riego

esp32:

board: esp32dev

framework:

type: arduino

version: recommended

time:

* platform: sntp

id: sntp_time

timezone: “Europe/Madrid”

wifi:

ssid: !secret wifi_ssid

password: !secret wifi_password

on_connect:

then:

logger.log: “WIFI: conectado”


on_disconnect:

then:

logger.log: “WIFI: desconectado”


manual_ip:

static_ip: !secret lan_static_ip

gateway: !secret lan_gateway

subnet: !secret lan_subnet

dns1: !secret lan_dns1

dns2: !secret lan_dns2

ap:

ssid: “WIFI Riego fallback”

password: !secret fallback_password

captive_portal:

\# Safe mode: si el dispositivo falla al arrancar N veces seguidas,

\# entra en modo seguro (solo WiFi+OTA) para poder recuperarlo.

\# Importante en riego: restore_mode: ALWAYS_OFF garantiza que las

\# válvulas permanezcan cerradas durante el arranque seguro.

safe_mode:

num_attempts: 5

reboot_timeout: 3min

\# Enable OTA updates

ota:

* platform: esphome

password: !secret ota_password

\# Enable logging

logger:

level: INFO

\# Enable Home Assistant API

api:

port: 6053

#encryption:

#key: !secret api_key

reboot_timeout: 0s

on_client_connected:

logger.log:


format: “API: cliente conectado | heap=%.0f B | loop=%.0f ms | rssi=%.1f dBm | uptime=%.0f s”

args:

  - "id(heap_free).state"

  - "id(loop_time_ms).state"

  - "id(wifi_rssi).state"

  - "id(uptime_seconds).state"


on_client_disconnected:

logger.log:


format: “API: cliente desconectado | heap=%.0f B | loop=%.0f ms | rssi=%.1f dBm | uptime=%.0f s”

args:

  - "id(heap_free).state"

  - "id(loop_time_ms).state"

  - "id(wifi_rssi).state"

  - "id(uptime_seconds).state"


web_server:

port: 80

#Irrigation specific vars

substitutions:

pulses_per_liter: “396.0”

leak_threshold_lpm: “0.1”

\# Protección térmica

\# temp_protection_c: umbral de temperatura del chip (máx absoluto ESP32: 85°C).

\# Se actúa a 75°C; histéresis: se desactiva a 70°C.

temp_protection_c: “75.0”

\# temp_box_offset_c: diferencia estimada entre la temperatura del aire de

\# la caja y la del chip. El chip suele ser 10-20°C más caliente que el

\# aire que lo rodea según la carga y la ventilación. Ajusta este valor

\# comparando en caliente “Temp caja” vs “ESP Internal Temp” en Homey.

temp_box_offset_c: “15.0”

\# Watchdog / diagnóstico del sistema

\# - loop_time: si sube por encima de \~200ms hay riesgo de watchdog reset

\# - reset_reason: indicará “Task watchdog” si el WDT causó el último reinicio

\# - free heap: útil para detectar memory leaks a largo plazo

debug:

update_interval: 60s

\# Temp & Hum sensors. Intenal & pluged

sensor:

* platform: internal_temperature

name: “ESP Internal Temp”

id: esp_internal_temp

* platform: debug

free:

name: “Heap libre”

id: heap_free

entity_category: diagnostic

loop_time:

name: “Tiempo de loop”

id: loop_time_ms

entity_category: diagnostic

* platform: dht

model: DHT22

pin: GPIO13

temperature:

name: “Temperatura Riego”

id: box_temp

filters:

filter_out: nan


humidity:

name: “Humedad Riego”

filters:

filter_out: nan


update_interval: 60s

* platform: uptime

name: “Uptime”

id: uptime_seconds

entity_category: diagnostic

* platform: wifi_signal

name: “RSSI WiFi Riego”

id: wifi_rssi

update_interval: 60s

entity_category: diagnostic

\# Temperatura estimada del chip = temp caja + offset.

\# Sirve de referencia en Homey y es la que dispara la protección térmica.

\# Si en condiciones de carga ves una diferencia sistemática entre este

\# valor y “ESP Internal Temp”, ajusta temp_box_offset_c.

* platform: template

name: “Temp estimada chip ESP”

id: estimated_chip_temp

unit_of_measurement: “°C”

accuracy_decimals: 1

entity_category: diagnostic

update_interval: 30s

lambda: |-

if (!id(box_temp).has_state()) return NAN;

const float t = id(box_temp).state;

if (isnan(t)) return NAN;

return t + ${temp_box_offset_c};

text_sensor:

* platform: debug

reset_reason:

name: “Motivo último reinicio”

entity_category: diagnostic

\# ---------------------------------------------------------

\# Protección térmica

\#

\# Si la temperatura interna del ESP32 supera temp_protection_c

\# durante más de 10s, se cierran todas las válvulas y se bloquea

\# la apertura hasta que el chip se enfríe por debajo de (umbral - 5°C).

\#

\# La entidad “Sobrecalentamiento” es visible en Homey para

\# automatizaciones (ej: notificación + bloqueo de riego manual).

\# ---------------------------------------------------------

binary_sensor:

* platform: template

name: “Sobrecalentamiento ESP”

id: overheat

device_class: heat

lambda: |-

if (!id(estimated_chip_temp).has_state()) return false;

const float t = id(estimated_chip_temp).state;

if (isnan(t) || isinf(t)) return false;

// Histéresis: activa en umbral, desactiva 5°C por debajo


if (id(overheat).state) {

return t > (${temp_protection_c} - 5.0f);

}


return t > ${temp_protection_c};

filters:

delayed_on: 10s # La temperatura debe superar el umbral 10s seguidos


on_press:

then:

- logger.log:


format: “PROTECCION TERMICA ACTIVADA: caja=%.1f C (chip est.=%.1f C) - cerrando valvulas”

args: \[“id(box_temp).state”, “id(estimated_chip_temp).state”\]

- switch.turn_off: relay_l1

- switch.turn_off: relay_l2

- switch.turn_off: relay_l3

- switch.turn_off: relay_l4

- switch.turn_off: relay_l5

- switch.turn_off: relay_l6


on_release:

then:

- logger.log:


format: “Proteccion termica desactivada: caja=%.1f C (chip est.=%.1f C)”

args: \[“id(box_temp).state”, “id(estimated_chip_temp).state”\]

\# Include external packages (relays & sensors)

packages:

linea_1: !include riego/linea1.yaml

linea_2: !include riego/linea2.yaml

linea_3: !include riego/linea3.yaml

linea_4: !include riego/linea4.yaml

linea_5: !include riego/linea5.yaml

linea_6: !include riego/linea6.yaml

The device is not failing at the network connection stage. Homey connects to the ESPHome API successfully, but the ESPHome device closes the connection while Homey is requesting the entity list.

So IP, port and encryption look correct.

The main YAML includes several external package files:
riego/linea1.yaml … riego/linea6.yaml

The issue is probably inside one of those package files or in an entity exposed by them. Could you please send those included YAML files as well, and if possible the ESPHome device logs from the moment Homey tries to scan/add the device?

Daniel_de_los_Reyes · June 27, 2026, 4:04pm

This is the YAML for the first line, the rest are the same changing id numbers

\# =========================================================

\# Línea 1 – Control de riego completo

\#

\# Funcionalidad:

\# - Medición de caudal instantáneo (L/min)

\# - Cálculo de litros por ciclo de riego

\# - Persistencia del último ciclo

\# - Detección de fugas (flujo con relé apagado)

\# - Generación de registro JSON al finalizar el riego

\#

\# Dependencias:

\# - pulses_per_liter (substitutions, definido en Riego.yaml)

\# - leak_threshold_lpm (substitutions)

\# - sntp_time (time: sntp en Riego.yaml)

\# =========================================================




\# ---------------------------------------------------------

\# Variables internas (estado)

\# ---------------------------------------------------------

globals:



\# Litros del ciclo actual "congelados" al apagar el relé

  - id: l1_cycle_l

type: float

restore_value: no

initial_value: "0"



\# Litros del último ciclo completo (persistente tras reboot)

  - id: l1_last_cycle_l

type: float

restore_value: no

initial_value: "0"



\# Contador de pulsos total al inicio del ciclo

\# Se usa como baseline para calcular litros del ciclo

  - id: l1_cycle_start_pulses

type: uint32_t

restore_value: no

initial_value: "0"



\# Indica si hay un ciclo de riego real en curso.

\# Evita que on_turn_off se ejecute durante el arranque y sobrescriba

\# la fecha de fin del último riego con la fecha del reinicio.

  - id: l1_cycle_active

type: bool

restore_value: no

initial_value: "false"



\# Timestamp UNIX de inicio del último riego

  - id: l1_start_ts

type: uint32_t

restore_value: yes

initial_value: "0"



\# Timestamp UNIX de fin del último riego

  - id: l1_end_ts

type: uint32_t

restore_value: yes

initial_value: "0"




\# ---------------------------------------------------------

\# Sensores

\# ---------------------------------------------------------

sensor:



\# -------------------------------------------------------

\# Sensor de caudal (Hall / pulse counter)

\#

\# - Mide pulsos por segundo

\# - Se convierte a L/min con el factor de calibración

\# - Se mantiene un contador total de pulsos

\# -------------------------------------------------------

  - platform: pulse_counter

pin:

number: GPIO14

mode:

input: true

pullup: true

name: "Flujo Línea 1"

id: l1_flow_lpm

unit_of_measurement: "L/min"

update_interval: 10s

filters:

      - multiply: !lambda 'return 1.0f / ${pulses_per_liter};'



\# Contador acumulado total de pulsos (nunca se reinicia)

total:

id: l1_total_pulses

internal: true




\# -------------------------------------------------------

\# Litros del ciclo actual

\#

\# - Mientras el relé está ON:

\#     calcula litros desde el inicio del ciclo

\# - Cuando el relé se apaga:

\#     muestra el valor congelado del ciclo

\# -------------------------------------------------------

  - platform: template

name: "L1 Litros ciclo actual"

unit_of_measurement: "L"

accuracy_decimals: 2

update_interval: 10s

lambda: |-

if (id(relay_l1).state) {

if (!id(l1_total_pulses).has_state()) {

return id(l1_cycle_l);

        }

uint32_t current = (uint32_t) id(l1_total_pulses).state;

uint32_t base = id(l1_cycle_start_pulses);



uint32_t delta;

if (current >= base) {

          delta = current - base;

        } else {

          // Wrap-around de uint32_t

          delta = (uint32_t)(0xFFFFFFFFu - base + 1u + current);

        }



return (float) delta / ${pulses_per_liter};

      }

return id(l1_cycle_l);

\# -------------------------------------------------------

\# Litros del último ciclo completo

\#

\# - Valor persistente

\# - Útil para histórico y reporting

\# -------------------------------------------------------

  - platform: template

name: "L1 Litros último ciclo"

unit_of_measurement: "L"

accuracy_decimals: 2

update_interval: 30s

lambda: |-

return id(l1_last_cycle_l);




\# ---------------------------------------------------------

\# Relé / electroválvula

\# ---------------------------------------------------------

switch:

  - platform: gpio

pin: GPIO16

name: "Relé Línea 1"

id: relay_l1



\# La mayoría de módulos de relé son activos en LOW

inverted: true



\# Seguridad: nunca arrancar encendido tras reboot

restore_mode: ALWAYS_OFF




\# -----------------------------------------------------

\# Al encender el riego

\# -----------------------------------------------------

on_turn_on:

then:

        - logger.log: "L1: on_turn_on disparado"

        - lambda: |-

// Guardar el contador de pulsos como baseline

            // Si el contador todavía no tiene estado válido, arrancar desde 0

if (!id(l1_total_pulses).has_state()) {

id(l1_cycle_start_pulses) = 0;

            } else {

id(l1_cycle_start_pulses) =

                (uint32_t) id(l1_total_pulses).state;

            }



            // Timestamp de inicio del riego

id(l1_start_ts) =

              (uint32_t) id(sntp_time).now().timestamp;



            // Reset del acumulador del ciclo

id(l1_cycle_l) = 0.0f;



            // Marcar que hay un ciclo real en curso

id(l1_cycle_active) = true;




\# -----------------------------------------------------

\# Al apagar el riego

\# -----------------------------------------------------

on_turn_off:

then:

        - logger.log: "L1: on_turn_off disparado"

        - lambda: |-

// Durante el arranque el relé puede inicializarse en OFF y disparar

            // on_turn_off sin que haya habido un ciclo real de riego.

            // En ese caso no hay que actualizar litros ni timestamps.

if (!id(l1_cycle_active)) {

return;

            }

            // Si el contador no tiene estado válido, evitar underflow/wrap falso

if (!id(l1_total_pulses).has_state()) {

id(l1_cycle_l) = 0.0f;

id(l1_last_cycle_l) = 0.0f;

id(l1_cycle_active) = false;

return;

            }

            // Calcular litros finales del ciclo

uint32_t current =

              (uint32_t) id(l1_total_pulses).state;

uint32_t base = id(l1_cycle_start_pulses);



uint32_t delta;

if (current >= base) {

              delta = current - base;

            } else {

              // Wrap-around de uint32_t

              delta = (uint32_t)(0xFFFFFFFFu - base + 1u + current);

            }



float liters =

              (float) delta / ${pulses_per_liter};



            // Congelar valores

id(l1_cycle_l) = liters;

id(l1_last_cycle_l) = liters;



            // Timestamp de fin

id(l1_end_ts) =

              (uint32_t) id(sntp_time).now().timestamp;



            // Construir registro JSON para Homey / logging

char buf\[192\];

snprintf(

              buf,

sizeof(buf),

"{\\"line\\":1,\\"start_ts\\":%u,\\"end_ts\\":%u,\\"liters\\":%.2f}",

id(l1_start_ts),

id(l1_end_ts),

              liters

            );



            // Publicar el registro

id(l1_last_cycle_record).publish_state(buf);



            // Cerrar el ciclo real de riego

id(l1_cycle_active) = false;




\# ---------------------------------------------------------

\# Detección de fugas

\#

\# Se considera fuga si:

\# - el relé está apagado

\# - hay caudal > leak_threshold_lpm

\# - durante más de 30 segundos

\# ---------------------------------------------------------

binary_sensor:

  - platform: template

name: "Fuga Línea 1"

id: leak_l1

lambda: |-

if (!id(l1_flow_lpm).has_state()) return false;

const float f = id(l1_flow_lpm).state;

if (isnan(f) || isinf(f)) return false;



if (id(relay_l1).state) return false;  // si está regando, nunca es fuga



      // histeresis:

if (id(leak_l1).state) {

        // ya estaba en fuga: mantener hasta bajar del umbral off

return f > 0.05f;

      } else {

        // no estaba en fuga: activar solo si supera umbral on

return f > 0.10f;

      }

filters:

      - delayed_on: 30s

      - delayed_off: 10s




\# ---------------------------------------------------------

\# Registro del último ciclo (JSON)

\#

\# Ejemplo:

\# {"line":1,"start_ts":1704403200,"end_ts":1704403500,"liters":12.34}

\# ---------------------------------------------------------

text_sensor:

  - platform: template

name: "L1 Último ciclo (registro)"

id: l1_last_cycle_record

internal: true

  - platform: template

name: "L1 Inicio último riego"

internal: true

lambda: |-

if (id(l1_start_ts) == 0) {

return {"-"};

      }

auto t = ESPTime::from_epoch_local(id(l1_start_ts));

return t.strftime("%Y-%m-%d %H:%M:%S");



  - platform: template

name: "L1 Fin último riego"

internal: true

lambda: |-

if (id(l1_end_ts) == 0) {

return {"-"};

      }

auto t = ESPTime::from_epoch_local(id(l1_end_ts));

return t.strftime("%Y-%m-%d %H:%M:%S");

ugrbnk · June 27, 2026, 4:22pm

Thanks, understood. If all six line YAML files are the same structure, then you don’t need to send all of them yet.

Could you please do one test:
temporarily comment out linea_2 to linea_6 in the main YAML and leave only linea_1 enabled, then flash the ESP32 and try adding it to Homey again.

If Homey can add the device with only one line enabled, then the problem is likely caused by the total number of exposed entities, memory usage, or the repeated line packages together.

If it still fails with only linea_1 enabled, then the issue is inside the base YAML or the linea_1 YAML itself.

https://homey.app/en-tr/app/com.ugrbnk.esphome/ESPHome-Controller/test/

Daniel_de_los_Reyes · June 27, 2026, 4:46pm

I commented lines 2 to 6, & made log more verbose. I get the same error. This is what I get on the ESP32 logs [18:45:15][D][api.connection:1559]: @2colors/esphome-native-api 1.3.5 (192.168.2.35): tried to access without authentication.
[18:45:15][D][main:329]: API: cliente desconectado | heap=202504 B | loop=47 ms | rssi=-51.0 dBm | uptime=237 s

ugrbnk · June 27, 2026, 4:59pm

Could you please try again and run a test? If the device isn’t added, please send another diagnostic log.

https://homey.app/en-tr/app/com.ugrbnk.esphome/ESPHome-Controller/test/

Daniel_de_los_Reyes · June 27, 2026, 5:37pm

Good news!! I connected and was able to scan the entities.

There is a small glitch: the selection of entities works the opposite way you would spect, those that are not selected are the ones that later appear in the homey device

I compiled again with my 6 lines and was able to connect and select the sensors and relays for my 6 lines. However, with the 6 lines there is some flapping (a couple of disconnections and disconnections) Maybe too much info coming from the esp32?

I made a diagnostic b14d058e-7ae1-48c2-a8fa-343c0a6672e2

ugrbnk · June 27, 2026, 6:15pm

I noticed two things in the logs.

First, you were right about the entity selection. The selection logic was working in reverse: unchecked entities were being displayed. I fixed this issue; now, checked entities will be included in the Homey device, while unchecked entities will be hidden.

Second, the fluctuation issue seems to be related to certain switch states that occur before ESPHome provides a true ON/OFF value. Homey was receiving a undefined value for some relay states, which was causing skill value errors. I’ve added a safeguard so the app ignores switch updates until a true Boolean value is obtained.

Please try the next version and check if the 6-line setup is more stable.

https://homey.app/en-tr/app/com.ugrbnk.esphome/ESPHome-Controller/test/

Hullie · June 28, 2026, 10:10am

I’ve tested this latest test version with my Midea airco, and now everything is working. The official version yesterday did not work (could add my device at all).

The flows I find that I couldn’t select a value for Fan Speed. E.g. the value of the label is “medium” but I cannot select that entity.

ugrbnk · June 28, 2026, 11:32am

Could you please test the new beta version and let us know the results?

Test v 1.3.12
Changelog

Fixed Flow support for ESPHome Climate fan modes.
Fan Speed can now be selected in Flow cards for climate devices.
Fan Speed options such as Auto, Low, Medium, High, Quiet, etc. are now available in Flow selection lists.
Improved the Flow card text for select actions to make climate selections clearer.

https://homey.app/en-tr/app/com.ugrbnk.esphome/ESPHome-Controller/test/

Hullie · June 28, 2026, 11:55am

Wauw, that’s fast. It is working now in version 1.3.12! Thanks!

A beer is on its way

ugrbnk · June 28, 2026, 12:17pm

Thank you for your donation.

Daniel_de_los_Reyes · June 28, 2026, 1:37pm

Hi, there are still connections and disconnections [15:18:26][D][main:569]: API: cliente desconectado | heap=177940 B | loop=52 ms | rssi=-51.0 dBm | uptime=71755 s

[15:18:39][D][main:569]: API: cliente desconectado | heap=177940 B | loop=52 ms | rssi=-51.0 dBm | uptime=71755 s

[15:18:39][D][main:564]: API: cliente conectado | heap=177940 B | loop=52 ms | rssi=-51.0 dBm | uptime=71755 s

[15:19:54][D][main:569]: API: cliente desconectado | heap=168120 B | loop=55 ms | rssi=-52.0 dBm | uptime=71815 s

[15:20:15][D][main:569]: API: cliente desconectado | heap=185032 B | loop=51 ms | rssi=-52.0 dBm | uptime=71875 s

[15:20:15][D][main:564]: API: cliente conectado | heap=185032 B | loop=51 ms | rssi=-52.0 dBm | uptime=71875 s

[15:20:59][D][main:569]: API: cliente desconectado | heap=185032 B | loop=51 ms | rssi=-51.0 dBm | uptime=71935 s

[15:21:16][D][main:569]: API: cliente desconectado | heap=184496 B | loop=50 ms | rssi=-51.0 dBm | uptime=71935 s

[15:21:16][D][main:564]: API: cliente conectado | heap=184496 B | loop=50 ms | rssi=-51.0 dBm | uptime=71935 s

[15:21:31][D][main:569]: API: cliente desconectado | heap=184496 B | loop=50 ms | rssi=-51.0 dBm | uptime=71935 s

[15:21:47][D][main:569]: API: cliente desconectado | heap=184496 B | loop=50 ms | rssi=-53.0 dBm | uptime=71935 s

[15:21:47][D][main:564]: API: cliente conectado | heap=184496 B | loop=50 ms | rssi=-53.0 dBm | uptime=71935 s

[15:23:19][D][main:569]: API: cliente desconectado | heap=182340 B | loop=53 ms | rssi=-52.0 dBm | uptime=72055 s

[15:23:52][D][main:569]: API: cliente desconectado | heap=182340 B | loop=53 ms | rssi=-53.0 dBm | uptime=72055 s

[15:23:52][D][main:564]: API: cliente conectado | heap=182340 B | loop=53 ms | rssi=-53.0 dBm | uptime=72055 s

[15:24:08][D][main:569]: API: cliente desconectado | heap=156208 B | loop=50 ms | rssi=-53.0 dBm | uptime=72115 s

[15:24:25][D][main:569]: API: cliente desconectado | heap=156208 B | loop=50 ms | rssi=-53.0 dBm | uptime=72115 s

[15:24:25][D][main:564]: API: cliente conectado | heap=156208 B | loop=50 ms | rssi=-53.0 dBm | uptime=72115 s

[15:29:05][D][main:569]: API: cliente desconectado | heap=184396 B | loop=51 ms | rssi=-52.0 dBm | uptime=72415 s

[15:29:40][D][main:569]: API: cliente desconectado | heap=184396 B | loop=51 ms | rssi=-52.0 dBm | uptime=72415 s

[15:29:54][D][main:569]: API: cliente desconectado | heap=184396 B | loop=51 ms | rssi=-52.0 dBm | uptime=72415 s

[15:29:54][D][main:564]: API: cliente conectado | heap=184396 B | loop=51 ms | rssi=-52.0 dBm | uptime=72415 s

[15:32:20][D][main:569]: API: cliente desconectado | heap=178004 B | loop=50 ms | rssi=-52.0 dBm | uptime=72595 s

[15:32:44][D][main:569]: API: cliente desconectado | heap=178004 B | loop=50 ms | rssi=-52.0 dBm | uptime=72595 s

[15:32:44][D][main:564]: API: cliente conectado | heap=178004 B | loop=50 ms | rssi=-52.0 dBm | uptime=72595 s

[15:33:37][D][main:569]: API: cliente desconectado | heap=180980 B | loop=46 ms | rssi=-52.0 dBm | uptime=72655 s

[15:33:49][D][main:569]: API: cliente desconectado | heap=180980 B | loop=46 ms | rssi=-52.0 dBm | uptime=72655 s

[15:33:49][D][main:564]: API: cliente conectado | heap=180980 B | loop=46 ms | rssi=-52.0 dBm | uptime=72655 s

[15:34:39][D][main:569]: API: cliente desconectado | heap=164716 B | loop=50 ms | rssi=-52.0 dBm | uptime=72715 s

ugrbnk · June 28, 2026, 5:31pm

Test v 1.3.13
@Daniel_de_los_Reyes
I noticed that the app was attempting to re-establish the ESPHome API connection too aggressively; this can cause repeated disconnections and reconnections on devices hosting a large number of entities. Your device is hosting too many entities. To give the local ESPHome connection more time to recover before the app establishes a new connection, I’ve adjusted the reconnection and ping settings. Please test the next version and check whether the number of API connection loss messages has decreased.

https://homey.app/en-tr/app/com.ugrbnk.esphome/ESPHome-Controller/test/

Daniel_de_los_Reyes · June 29, 2026, 8:36pm

Hi, this is what I see in the logs today

[19:08:28][D][main:564]: API: cliente conectado | heap=185340 B | loop=42 ms | rssi=-51.0 dBm | uptime=171955 s

WARNING riego @ 192.168.2.7: Connection error occurred: [Errno 54] Connection reset by peer