Szczepan's esphome custom components

This repository contains a collection of my custom components for ESPHome.

1. Usage

Use latest ESPHome with external components and add this to your .yaml definition:

external_components:
  - source: github://SzczepanLeon/esphome-components@main

2. Components

2.1. `wmbus`

Component to receive wMBus frame (via CC1101), create HA sensor and send decoded value. You can also use this component with wmbusmeters HA addon: https://github.com/SzczepanLeon/esphome-components/blob/main/docs/wmbus.md

2.1.1. Example

time:
  - platform: sntp
    id: time_sntp

external_components:
  - source: github://SzczepanLeon/esphome-components@main
    components: [ wmbus ]

wmbus:
  frequency: 434.475
  mosi_pin: GPIO13
  miso_pin: GPIO5
  clk_pin:  GPIO2
  cs_pin:   GPIO14
  gdo0_pin: GPIO15
  gdo2_pin: GPIO16

  led_pin: GPIO0
  led_blink_time: "1s"

  clients:
    - name: "wmbusmeters"
      ip_address: "10.0.0.1"
      port: 7227

sensor:
  - platform: wmbus
    meter_id: 0x24202020
    type: apator162
    key: "00000000000000000000000000000000"
    lqi:
      name: "My lqi"
    rssi:
      name: "My RSSI"
    total_water_m3:
      name: "My cold water"

  - platform: wmbus
    meter_id: 0x12345678
    type: amiplus
    mode: T1C1
    rssi:
      name: "My RSSI"
    total_energy_consumption_kwh:
      name: "My consumption in kWh"
      icon: "mdi:power-plug"
    voltage_at_phase_1_v:
      name: "My V1"

  - platform: wmbus
    meter_id: 0xAB125432
    type: bmeters
    key: "00004000000300000500001000000600"
    lqi:
      name: "My lqi"
    total_water_m3:
      id: "my_hot_water"
      filters:
        - offset: 325.0

NOTE: For Apator16-2 water meter please add also text sensor (for debug purposes):

text_sensor:
  - platform: wmbus
    name: "Text debug for Apator 16-2"

Configuration variables:

In wmbus platform:

frequency (Optional): CC1101 Rx frequency in MHz. Defaults to 868.950 MHz.
sync_mode (Optional): If you have problems with MQTT set it to True. Defaults to False.
mosi_pin (Optional): CC1101 MOSI pin connection. Defaults to GPIO13.
miso_pin (Optional): CC1101 MISO pin connection. Defaults to GPIO12.
clk_pin (Optional): CC1101 CLK pin connection. Defaults to GPIO14.
cs_pin (Optional): CC1101 CS pin connection. Defaults to GPIO2.
gdo0_pin (Optional): CC1101 GDO0 pin connection. Defaults to GPIO5.
gdo2_pin (Optional): CC1101 GDO2 pin connection. Defaults to GPIO4.
led_pin (Optional): Pin where LED is connected. It will blink on each telegram. You can use all options from Pin Schema.
led_blink_time (Optional): How long LED will stay ON. Defaults to 300 ms.
log_unknown (Optional): Show telegrams from not configured meters in log. Defaults to True.
clients (Optional):
- name (Required): The name for this client.
- ip_address (Required): IP address.
- port (Required): Port number.
- format (Optional): Telegram format to send. HEX or RTLWMBUS. Defaults to RTLWMBUS.
- transport (Optional): TCP or UDP. Defaults to TCP.

Meter/sensor:

meter_id (Optional, int): Meter ID. Can be specified as decimal or hex. Defaults to 0.
type (Optional, string): Meter type. Currently amiplus, apator08, apator162, apatoreitn, bmeters, c5isf, compact5, dme07, elf, evo868, fhkvdataiii, flowiq2200, hydrocalm3, hydrodigit, hydrus, iperl, itron, izar, kamheat, mkradio3, mkradio4, mkradio4a, multical21, qheat, qwater, sharky774, topaseskr, ultrimis, unismart, vario451 are supported. Defaults to unknown.
key (Optional): Key for meter, used in payload decoding process. Defaults to "".
add_prefix (Optional): Add prefix (meter_id) to sensor name. Defaults to True.
mode (Optional): Frame to process (T1, C1 or both). Defaults to T1.
sensor_type (Optional): Sensor type from list below. For example total_water_m3
- id (Optional, string): Manually specify the ID for code generation. At least one of id and name must be specified.
- name (Optional, string): The name for the sensor. At least one of id and name must be specified.
- All other options from Sensor.

Supported sensors (sensor_type) for meters:

amiplus
- total_energy_consumption_kwh
- current_power_consumption_kw
- total_energy_production_kwh
- current_power_production_kw
- voltage_at_phase_1_v
- voltage_at_phase_2_v
- voltage_at_phase_3_v
apatoreitn
- current_hca
- previous_hca
- temp_room_avg_c
apator08
- total_water_m3
apator162
- total_water_m3
bmeters
- total_water_m3
c5isf
- total_heating_kwh
- total_water_m3
- flow_temperature_c
- return_temperature_c
- power_kw
- volume_flow_lh
compact5
- current_heating_kwh
- previous_heating_kwh
dme07
- total_water_m3
elf
- total_energy_consumption_kwh
- current_power_consumption_kw
- total_water_m3
evo868
- total_water_m3
fhkvdataiii
- current_hca
- previous_hca
- temp_room_c
- temp_radiator_c
flowiq2200
- total_water_m3
- target_water_m3
- volume_flow_lh
- max_flow_lh
- status
hydrocalm3
- total_heating_kwh
- total_water_m3
hydrodigit
- total_water_m3
hydrus
- total_water_m3
itron
- total_water_m3
izar
- total_water_m3
- last_month_total_water_m3
- current_month_total_water_l
- transmit_period_s
- remaining_battery_life_y
- current_alarms
- previous_alarms
kamheat
- total_energy_consumption_kwh
- volume_flow_lh
- power_kw
- flow_temperature_c
- return_temperature_c
mkradio3
- total_water_m3
mkradio4
- total_water_m3
mkradio4a
- target_water_m3
multical21
- total_water_m3
- target_water_m3
qheat
- total_energy_consumption_kwh
qwater
- total_water_m3
rfmtx1
- total_water_m3
sharky774
- total_energy_consumption_gj
- total_energy_consumption_kwh
- power_kw
- total_volume_m3
- volume_flow_lh
- flow_temperature_c
- return_temperature_c
- operating_time_d
topaseskr
- total_water_m3
ultrimis
- total_water_m3
unismart
- total_gas_m3
vario451
- total_heating_kwh
- total_heating_gj

3. Author & License

Szczepan, GPL, 2022-2024

ThomDietrich/esphome-components