Podłącze się pod temat, bo u mnie cała komunikacja z Teslą działała pięknie zrobiona według przykładu przez ponad rok. Po którejś aktualizacji HA przestało działać w ogóle. Zmieniłem konfigurację modbusa według nowych standardów i cały odczyt wrócił, ale mam problemy z zapisem z wysyłaniem wartości. I to nie tak, że w ogóle nie działa, tylko raz zadziała po minucie, drugi raz po pół godzinie a kolejny raz klikam n awieczór i dopiero rano widze efekt 
Nie wiem gdzie szukać.
Ja też nie wiem jak Ci pomóc z Modbusem bo o Twojej konfiguracji nic nie wiem.
Już spieszę z opisem. Łącze się przez RS485. Konfiguracja wygląda tak:
- name: reku
type: serial
port: /dev/ttyUSB0
baudrate: 9600
bytesize: 8
method: rtu
parity: N
stopbits: 1
delay: 2
message_wait_milliseconds: 500
timeout: 5
Podam przykładowy odczyt, który działa
sensors:
- name: "Rekuperator Temperatura Czerpnia"
slave: 10
address: 16
input_type: input
scan_interval: 15
data_type: int16
unit_of_measurement: °C
scale: 0.1
precision: 1
I tutaj jeden przykładowy zapis:
switches:
- name: "Rekuperator Wietrzenie"
slave: 10
address: 4224
command_on: 7
command_off: 0
verify:
Warstwa graficzna jest niezmieniona z przykładu :
ui.yaml (14,2 KB)
Aaaa jeszcze może dodam, że jak stworzyłem przykładowy zapis w Node-Red to działa od razu więc to nie wina hardwaru lub kabelkologi.
Cześć,
od kilku dni mam probobrem z rekuperatorem z poziomu HA(działał sprawnie od dłuższego czasu), jak sprawdziłem, żadne dane nie są wysyłane/ładowane, wyłączyłem rekuperator by wszystko zrestartować i nadal nic. Spotkał się ktoś z czymś takim? Może wiecie, co mogę jeszcze sprawdzić?
Na obrazku brak jakiejkolwiek komunikacji.
Sprawdź więc tak samo jak testowałeś jeszcze przed podłączeniem do HA.
Może jakąś aktualizację ostatnio robiłeś z bardzo starej wersji?
Aby potwierdzić lub wykluczyć uszkodzenie sprzętu spróbuj się połączy z reku innym programem typu modbus master.
Dzięki za podpowiedź, nie znałem tego toola. Połączył się, ale są jakieś błedy.
15:44:37.000 ModbusRunner started
15:44:37.007 Tx DeviceAddr: 1 FC: 3 Start: 0 Length: 10
15:44:37.022 TX: 00 01 00 00 00 06 01 03 00 00 00 0A
15:44:38.034 Block with function 3 gives an IOException: Unable to read data from the transport connection: A connection attempt failed because the connected party did not properly respond after a period of time, or established connection failed because connected host has failed to respond..
15:44:38.239 Tx DeviceAddr: 1 FC: 3 Start: 0 Length: 10
15:44:38.239 TX: 00 02 00 00 00 06 01 03 00 00 00 0A
15:44:39.259 Block with function 3 gives an IOException: Unable to read data from the transport connection: A connection attempt failed because the connected party did not properly respond after a period of time, or established connection failed because connected host has failed to respond..
EDIT:
problem rozwiązany, z poziomu strony (others-reload/restart → restart), zrestartowałem i jak za dotknięciem boskiej ręki 
działa.
Cześć,
mam problem z ustawieniem przycisków manualnego ustawiania prędkości na karcie UI - nie mogę dojść do tego dlaczego pojawia mi się błąd: “Encja niedostępna: input_boolean.test”
Pomoże ktoś?
Jak ktoś ma Ci pomóc jak nie dołączyłeś yaml’a
?
Racja,
configuration.yaml
# REKUPERATOR MODBUS
modbus:
- type: tcp
host: 192.168.68.103
port: 9999
name: reku
timeout: 5
delay: 2
sensors:
- name: "Rekuperator Temperatura Czerpnia"
slave: 10
address: 16
input_type: input
scan_interval: 29
data_type: int16
unit_of_measurement: °C
scale: 0.1
precision: 1
- name: "Rekuperator Temperatura Nawiew"
slave: 10
address: 17
input_type: input
scan_interval: 29
data_type: int16
unit_of_measurement: °C
scale: 0.1
precision: 1
- name: "Rekuperator Temperatura Wywiew"
slave: 10
address: 18
input_type: input
scan_interval: 29
data_type: int16
unit_of_measurement: °C
scale: 0.1
precision: 1
- name: "Rekuperator Temperatura za FPX"
slave: 10
address: 19
input_type: input
scan_interval: 29
data_type: int16
unit_of_measurement: °C
scale: 0.1
precision: 1
- name: "Rekuperator Temperatura PCB"
slave: 10
address: 22
input_type: input
data_type: int16
scan_interval: 59
unit_of_measurement: °C
scale: 0.1
precision: 1
- name: "Rekuperator Strumień nawiew"
slave: 10
address: 256
input_type: holding
scan_interval: 2
data_type: int16
unit_of_measurement: m3/h
scale: 1
precision: 1
- name: "Rekuperator Strumień wywiew"
slave: 10
address: 257
input_type: holding
scan_interval: 2
data_type: int16
unit_of_measurement: m3/h
scale: 1
precision: 1
- name: "Rekuperator lato zima"
scan_interval: 11
data_type: int16
slave: 10
address: 4209
input_type: holding
- name: "Rekuperator Bypass"
scan_interval: 11
data_type: int16
slave: 10
address: 4320
input_type: holding
- name: "Rekuperator tryb pracy"
scan_interval: 6
data_type: int16
slave: 10
address: 4208
input_type: holding
- name: "Rekuperator speedmanual"
scan_interval: 5
data_type: int16
unit_of_measurement: "%"
slave: 10
address: 4210
input_type: holding
- name: "Rekuperator fpx flaga"
scan_interval: 29
data_type: int16
unit_of_measurement: ""
slave: 10
address: 4192
input_type: holding
- name: "Rekuperator FPX tryb"
scan_interval: 29
data_type: int16
unit_of_measurement: ""
slave: 10
address: 4198
input_type: holding
- name: "Rekuperator Alarm"
scan_interval: 63
slave: 10
data_type: int16
address: 8192
input_type: holding
unit_of_measurement: ""
- name: "Rekuperator Error"
scan_interval: 63
slave: 10
address: 8193
data_type: int16
input_type: holding
unit_of_measurement: ""
- name: "Rekuperator FPX zabezpieczenie termiczne"
scan_interval: 63
slave: 10
address: 8208
data_type: int16
input_type: holding
unit_of_measurement: ""
- name: "Rekuperator Awaria Wentylatora Nawiewu"
scan_interval: 63
slave: 10
address: 8222
data_type: int16
input_type: holding
unit_of_measurement: ""
- name: "Rekuperator Awaria Wentylatora Wywiewu"
scan_interval: 63
slave: 10
address: 8223
data_type: int16
input_type: holding
unit_of_measurement: ""
- name: "Rekuperator Awaria CF Nawiewu"
scan_interval: 63
slave: 10
address: 8330
data_type: int16
input_type: holding
unit_of_measurement: ""
- name: "Rekuperator Awaria CF Wywiewu"
scan_interval: 63
slave: 10
address: 8331
data_type: int16
input_type: holding
unit_of_measurement: ""
- name: "Rekuperator Wymiana Filtrów"
scan_interval: 63
slave: 10
address: 8444
data_type: int16
input_type: holding
unit_of_measurement: ""
binary_sensors:
- name: "Rekuperator Silownik bypassu"
scan_interval: 21
slave: 10
address: 9
- name: "Rekuperator Potwierdzenie pracy"
scan_interval: 1
slave: 10
address: 11
switches:
- name: "Rekuperator Wietrzenie"
scan_interval: 1
slave: 10
address: 4224
command_on: 7
command_off: 0
verify:
- name: "Rekuperator Pusty Dom"
scan_interval: 5
slave: 10
address: 4224
command_on: 11
command_off: 0
verify:
- name: "Rekuperator bypass"
scan_interval: 7
slave: 10
address: 4320
command_on: 0
command_off: 1
verify:
- name: "Rekuperator Kominek"
scan_interval: 5
slave: 10
address: 4224
command_on: 2
command_off: 0
verify:
- name: "Rekuperator Okna"
scan_interval: 5
slave: 10
address: 4224
command_on: 10
command_off: 0
verify:
- name: "Rekuperator ON/OFF"
scan_interval: 5
slave: 10
address: 4387
command_on: 1
command_off: 0
verify:
- name: "Rekuperator mode"
scan_interval: 1
slave: 10
address: 4208
command_on: 0
command_off: 1
verify:
- name: "Rekuperator zima"
scan_interval: 7
slave: 10
address: 4209
command_on: 1
command_off: 0
verify:
utility_meter:
rekuperator_odzysk_energii_godzina:
source: sensor.rekuperator_odzyskana_energia
cycle: hourly
rekuperator_odzysk_energii_dzien:
source: sensor.rekuperator_odzyskana_energia
cycle: daily
rekuperator_odzysk_energii_miesiac:
source: sensor.rekuperator_odzyskana_energia
cycle: monthly
rekuperator_odzysk_energii_rok:
source: sensor.rekuperator_odzyskana_energia
cycle: yearly
template:
sensor:
- name: "Rekuperator Sprawność"
unique_id: "sensor.rekuperator_sprawnosc"
icon: "mdi:percent"
unit_of_measurement: "%"
state: >-
{% if is_state('binary_sensor.rekuperator_silownik_bypassu', 'off') %}
{% set t1 = states('sensor.rekuperator_temperatura_czerpnia') | float %}
{% set t2 = states('sensor.rekuperator_temperatura_nawiew') | float %}
{% set t3 = states('sensor.rekuperator_temperatura_wywiew') | float %}
{{ (((t2 - t1) / (t3 - t1)) * 100|float) | round(2, default=0) }}
{% else %}
0
{% endif %}
- name: "Rekuperator Wysterowanie Nawiew"
unique_id: "sensor.rekuperator_wysterowanie_nawiew"
icon: "mdi:percent"
unit_of_measurement: "%"
state: >
{% set flowN = states('sensor.rekuperator_strumien_nawiew') | float %}
{{ ((flowN * 100) / 490 |float) | round(2, default=0) }}
- name: "Rekuperator Wysterowanie wywiew"
unique_id: "sensor.rekuperator_wysterowanie_wywiew"
icon: "mdi:percent"
unit_of_measurement: "%"
state: >
{% set flowW = states('sensor.rekuperator_strumien_wywiew') | float %}
{{ ((flowW * 100) / 490|float) | round(2, default=0) }}
- name: "Rekuperator Odzyskana Moc"
unique_id: "sensor.rekuperator_odzyskana_moc"
icon: "mdi:counter"
unit_of_measurement: "W"
state: >-
{% if is_state('binary_sensor.rekuperator_silownik_bypassu', 'off') %}
{% set strumienN = states('sensor.rekuperator_strumien_nawiew') | float %}
{% set tcz = states('sensor.rekuperator_temperatura_czerpnia') | float %}
{% set tn = states('sensor.rekuperator_temperatura_nawiew') | float %}
{% if states('sensor.rekuperator_temperatura_czerpnia')|float < states('sensor.rekuperator_strumien_nawiew')|float %}
{{ ((((tn - tcz) * strumienN * 1200) / 3600)|float) | round(2, default=0) }}
{% else %}
{{ (((((tn - tcz) * strumienN * 1200) / 3600) * -1)|float) | round(2, default=0) }}
{% endif %}
{% else %}
0
{% endif %}
sensor:
- platform: integration
source: sensor.rekuperator_odzyskana_moc
name: rekuperator_odzyskana_energia
unit_prefix: k
round: 3
kod karty:
title: Home
cards:
- type: horizontal-stack
cards:
- type: button
tap_action:
action: toggle
entity: switch.rekuperator_on_off
name: Praca
show_state: true
icon: mdi:air-filter
show_name: true
show_icon: true
- type: button
tap_action:
action: more-info
entity: binary_sensor.rekuperator_silownik_bypassu
name: Bypass
show_state: true
icon: mdi:arrow-decision
- type: conditional
conditions:
- entity: switch.rekuperator_zima
state: "on"
card:
type: button
tap_action:
action: toggle
entity: switch.rekuperator_zima
name: Zima
icon: mdi:snowflake
- type: conditional
conditions:
- entity: switch.rekuperator_zima
state: "off"
card:
type: button
tap_action:
action: toggle
entity: switch.rekuperator_zima
name: Lato
icon: mdi:sun-snowflake
- type: button
tap_action:
action: toggle
entity: switch.rekuperator_mode
name: Auto
show_state: true
icon: mdi:home-floor-a
- type: horizontal-stack
cards:
- type: button
tap_action:
action: call-service
service: modbus.write_register
service_data:
address: 4210
unit: 10
value: 10
hub: reku
target: {}
entity: input_boolean.test
show_icon: false
name: 10%
- type: button
tap_action:
action: call-service
service: modbus.write_register
service_data:
address: 4210
unit: 10
value: 20
hub: reku
target: {}
entity: input_boolean.test
show_icon: false
name: 20%
- type: button
tap_action:
action: call-service
service: modbus.write_register
service_data:
address: 4210
unit: 10
value: 30
hub: reku
target: {}
entity: input_boolean.test
show_icon: false
name: 30%
- type: button
tap_action:
action: call-service
service: modbus.write_register
service_data:
address: 4210
unit: 10
value: 40
hub: reku
target: {}
entity: input_boolean.test
show_icon: false
name: 40%
- type: button
tap_action:
action: call-service
service: modbus.write_register
service_data:
address: 4210
unit: 10
value: 50
hub: reku
target: {}
entity: input_boolean.test
show_icon: false
name: 50%
- type: picture-elements
elements:
- type: state-label
entity: sensor.rekuperator_temperatura_czerpnia
style:
top: 27%
left: 7%
color: black
- type: state-label
entity: sensor.rekuperator_temperatura_za_fpx
style:
top: 14%
left: 19%
- type: state-label
entity: sensor.rekuperator_temperatura_nawiew
style:
top: 54%
left: 94%
color: black
- type: state-label
entity: sensor.rekuperator_strumien_nawiew
style:
top: 72%
left: 93%
- type: state-label
entity: sensor.rekuperator_wysterowanie_nawiew
style:
top: 65%
left: 94%
- type: state-label
entity: sensor.rekuperator_temperatura_wywiew
style:
top: 27%
left: 94%
color: black
- type: state-label
entity: sensor.rekuperator_strumien_wywiew
style:
top: 10%
left: 92%
- type: state-label
entity: sensor.rekuperator_wysterowanie_wywiew
style:
top: 18%
left: 94%
- type: state-label
entity: sensor.rekuperator_sprawnosc
style:
top: 80%
left: 50%
- type: state-label
entity: sensor.rekuperator_temperatura_pcb
style:
top: 72%
left: 35%
- type: state-label
entity: sensor.rekuperator_odzyskana_moc
style:
top: 90%
left: 50%
- type: state-label
entity: sensor.rekuperator_speedmanual
style:
top: 85%
left: 12%
border: 1px solid white
border-radius: 5%
- type: image
entity: binary_sensor.rekuperator_silownik_bypassu
state_image:
"on": /local/reku_bypass3.png
"off": /local/reku_empty.png
style:
top: 41%
left: 51%
width: 25%
- type: image
entity: sensor.rekuperator_fpx_flaga
state_image:
"0": /local/reku_empty.png
"1": /local/reku_fpx.png
style:
top: 8%
left: 52.5%
width: 10%
- type: image
entity: sensor.rekuperator_fpx_tryb
state_image:
"0": /local/reku_empty.png
"1": /local/reku_1.png
"2": /local/reku_2.png
style:
top: 8%
left: 60%
width: 3.5%
- type: image
entity: sensor.rekuperator_alarm
state_image:
"0": /local/reku_empty.png
"1": /local/reku_alarm.png
style:
top: 8%
left: 20%
width: 15%
- type: image
entity: sensor.rekuperator_error
state_image:
"0": /local/reku_empty.png
"1": /local/reku_alarm.png
style:
top: 8%
left: 20%
width: 15%
- type: image
entity: sensor.rekuperator_awaria_cf_nawiewu
state_image:
"0": /local/reku_empty.png
"1": /local/reku_alarm.png
style:
top: 8%
left: 20%
width: 15%
- type: image
entity: sensor.rekuperator_awaria_cf_wywiewu
state_image:
"0": /local/reku_empty.png
"1": /local/reku_alarm.png
style:
top: 8%
left: 20%
width: 15%
- type: image
entity: sensor.rekuperator_awaria_wentylatora_nawiewu
state_image:
"0": /local/reku_empty.png
"1": /local/reku_alarm.png
style:
top: 8%
left: 20%
width: 15%
- type: image
entity: sensor.rekuperator_awaria_wentylatora_wywiewu
state_image:
"0": /local/reku_empty.png
"1": /local/reku_alarm.png
style:
top: 8%
left: 20%
width: 15%
- type: image
entity: sensor.rekuperator_fpx_zabezpieczenie_termiczne
state_image:
"0": /local/reku_empty.png
"1": /local/reku_alarm.png
style:
top: 8%
left: 20%
width: 15%
- type: image
entity: sensor.rekuperator_wymiana_filtrow
state_image:
"0": /local/reku_empty.png
"1": /local/reku_alarm.png
style:
top: 8%
left: 20%
width: 15%
image: /local/reku_nobypass3.png
- type: horizontal-stack
cards:
- type: button
tap_action:
action: call-service
service: modbus.write_register
service_data:
address: 4210
unit: 10
value: 60
hub: reku
target: {}
entity: input_boolean.test
show_icon: false
name: 60%
- type: button
tap_action:
action: call-service
service: modbus.write_register
service_data:
address: 4210
unit: 10
value: 70
hub: reku
target: {}
entity: input_boolean.test
show_icon: false
name: 70%
- type: button
tap_action:
action: call-service
service: modbus.write_register
service_data:
address: 4210
unit: 10
value: 80
hub: reku
target: {}
entity: input_boolean.test
show_icon: false
name: 80%
- type: button
tap_action:
action: call-service
service: modbus.write_register
service_data:
address: 4210
unit: 10
value: 90
hub: reku
target: {}
entity: input_boolean.test
show_icon: false
name: 90%
- type: button
tap_action:
action: call-service
service: modbus.write_register
service_data:
address: 4210
unit: 10
value: 100
hub: reku
target: {}
entity: input_boolean.test
show_icon: false
name: 100%
- type: horizontal-stack
cards:
- type: button
tap_action:
action: toggle
entity: switch.rekuperator_pusty_dom
name: Pusty dom
icon: mdi:home-account
show_state: true
- type: button
tap_action:
action: toggle
entity: switch.rekuperator_wietrzenie
name: Wietrzenie
show_state: true
icon: mdi:fan
- type: button
tap_action:
action: toggle
entity: switch.rekuperator_okna
name: Otwarte okna
show_state: true
icon: mdi:window-open-variant
- type: button
tap_action:
action: toggle
entity: switch.rekuperator_kominek
name: Kominek
show_state: true
icon: mdi:fireplace
