Daikin Altherma 3 -> ESPAltherma

[Toppe]

Omdat ik hier en daar nogal wat vragen krijg wat betreft mijn dashboard in Home Assistant en ik geen zin heb om alle topics te vervuilen lijkt het me handig om het allemaal op één centrale plek te houden.

Laten we voorop stellen: Ik ben niet de ontwikkelaar van ESPAltherma en heb er ook niets mee te maken.

Voor een goed begin: Toppe in "Home Assistant - Show je setup"

Wat heb ik nodig?

_{Ik deel de linkjes van een specifieke shop omdat die toevallig alles verkoopt en er zullen dus ongetwijfeld winkels zijn die goedkoper zijn}
- M5Stack Plus
- Dupont Male-Female 50cm
- USB naar USB-C kabel
- Iets waarop Home Assistant kan draaien

En verder?

Lees de handleiding door van ESPAltherma goed door, in feite moet het je lukken om het via daar te installeren, mijn bestanden zijn puur als 'aanvulling' en zijn mijn werkende documente.

Ik mis wat pakketten in HA?

Kan kan:
- HACS
- ApexCharts
- Daikin Residential controller
- Mini graph card
- Layout card

Updates?

Ik ga zoveel mogelijk hier proberen te plaatsen maar ik heb niet de tijd om in den treure te gaan uitleggen wat er moet gebeuren. Ik zal alle benodigde informatie hier knippen-plakken en ga er vanuit dat als er iets niet helemaal duidelijk is je eerst Google gaat gebruiken

Ik zie een fout of heb een idee

Fouten in ESPAltherma zelf moet je bij hun melden, als er een fout zit in de code die hier gedeeld wordt dan kan je het hier melden.

Ik moedig andere gebruikers ook aan om code's aan te passen, te bewerken en/of ideeen in te brengen. Doe dat wel compleet, post dus niet alleen de screenshot maar post ook de code en visa-versa.







Voor wie helemaal happy is met ESPAltherma: Geef de ontwikkelaar hier een biertje, of 2, of 4

[ Voor 5% gewijzigd door Toppe op 14-12-2022 14:04 ]

[Toppe]

Reserve!

[ Voor 99% gewijzigd door Toppe op 14-12-2022 13:38 ]

[Toppe]

Vernieuwde temperatuur kaart

De oude kaart gaf per 24 uur 11520 data punten weer. Tikkeltje veel van het goede en vaak ook helemaal niet nodig. Ik heb hem nu aangepast naar naar 5 minuten, dat zijn slechts 1152 data punten per 24 uur.

Tevens nu ook netjes een legenda met alle waardes er in ipv enkel de geselecteerde lijn.

YAML:

type: custom:apexcharts-card
experimental:
  color_threshold: true
  brush: true
brush:
  selection_span: 24h
apex_config:
  chart:
    height: 250px
header:
  show: true
  title: Vloerverwarming temperatuur
  show_states: true
  colorize_states: true
series:
  - entity: sensor.water_inlet_temperature
    fill_raw: last
    stroke_width: 1
    group_by:
      func: max
      duration: 5min
    show:
      in_brush: true
    name: Retour
    color: blue
  - entity: sensor.water_leaving_temperature
    fill_raw: last
    stroke_width: 1
    group_by:
      func: max
      duration: 5min
    show:
      in_brush: true
    color: red
    name: Uitgaand
  - entity: sensor.leaving_water_setpoint
    fill_raw: last
    stroke_width: 1
    group_by:
      func: max
      duration: 5min
    show:
      in_brush: true
    color: purple
    name: Stooklijn
  - entity: sensor.t
    fill_raw: last
    stroke_width: 1
    group_by:
      func: max
      duration: 5min
    show:
      in_brush: true
    color: orange
    name: Delta

Succes!

[Driek]

top, ik heb echt net de m5stack besteld om het allemaal up and running te krijgen.

[kepler]

Ik weet niet waar je de tijd vandaan haalt, maar bedankt!

Ik heb het dus sinds een paar dagen draaien en werkt prima. Alleen mis ik nog een mobiele (simplified) view, dus daar zal ik komende weken aan gaan werken. Als ik een eerste opzet heb zal ik deze hier uiteraard delen

[Toppe]

kepler schreef op woensdag 14 december 2022 @ 13:56:
Ik weet niet waar je de tijd vandaan haalt, maar bedankt!

Ik heb het dus sinds een paar dagen draaien en werkt prima. Alleen mis ik nog een mobiele (simplified) view, dus daar zal ik komende weken aan gaan werken. Als ik een eerste opzet heb zal ik deze hier uiteraard delen

Klopt. Daar heb ik ook wel naar gekeken maar het is lastig om met grafieken te werken op mobiele apparaten.

[kepler]

Toppe schreef op woensdag 14 december 2022 @ 14:03:
[...]


Klopt. Daar heb ik ook wel naar gekeken maar het is lastig om met grafieken te werken op mobiele apparaten.

Snap ik en juist iets waar ik naar kan kijken. Ik gebruik veel mn mobiel om even wat dingen te checken, dus het zal een simpel overzicht worden. Voor de echte analyse pak ik de laptop erbij.

[Toppe]

kepler schreef op woensdag 14 december 2022 @ 14:16:
[...]

Snap ik en juist iets waar ik naar kan kijken. Ik gebruik veel mn mobiel om even wat dingen te checken, dus het zal een simpel overzicht worden. Voor de echte analyse pak ik de laptop erbij.

Ben benieuwd.

Ik wil nog opzoek naar een andere/nettere oplossing voor de tabel boven in het midden, ik vindt dit niet erg netjes namelijk

[Toppe]

Data naar Google sheets

Als je de google sheets intergratie werkend hebt kan je met onderstaande automatisering de nieuwste data naar je Google Sheets documentje uploaden.

Nog? Nee.
Grappig? Misschien
Handig? Wellicht. Kan me voorstellen dat als je een monteur over de vloer hebt, om wat voor reden dan ook, hij gaat roepen "Tja, ik kan weinig zonder data" of "nee joh". Nu ga je dat tegen

YAML:

alias: "Warmtepomp: Google Sheets"
description: ""
trigger:
  - platform: state
    entity_id:
      - sensor.espaltherma_last_update
condition: []
action:
  - service: google_sheets.append_sheet
    data:
      config_entry: 345c207413b1f255555138fd2cc0b6d3
      data:
        Thermostat: "{{ states('sensor.thermostat') }}"
        Inverter usage: "{{ states('sensor.inverter_usage') }}"
        Water out: "{{ states('sensor.water_leaving_temperature') }}"
        Water in: "{{ states('sensor.water_inlet_temperature') }}"
        Flow: "{{ states('sensor.flowpump') }}"
        COP: "{{  states('sensor.working_cop') }}"
mode: single

[ Voor 9% gewijzigd door Toppe op 14-12-2022 14:24 ]

[blinded]

moet ik de Mosquitto broker zelf in een nieuwe container draaien of is er iets ingebouwd mogelijk in home assistant?

edit: Ik heb die mosquitto broker opgezet bij deze

[ Voor 18% gewijzigd door blinded op 14-12-2022 16:18 ]

[blinded]

also welke kies ik hier:
ik heb een ETVH16S18EA6V7 met EPRA16DAV37

//#include "def/ALTHERMA(BIZONE_CB_04-08KW).h"
//#include "def/ALTHERMA(BIZONE_CB_11-16KW).h"
//#include "def/ALTHERMA(GSHP).h"
//#include "def/ALTHERMA(GSHP2).h"
//#include "def/ALTHERMA(HPSU6_ULTRA).h"
//#include "def/ALTHERMA(HYBRID).h"
//#include "def/ALTHERMA(LT-D7_E_BML).h"
//#include "def/ALTHERMA(LT_11-16KW_HYDROSPLIT_HYDRO_UNIT).h"
//#include "def/ALTHERMA(LT_CA_CB_04-08KW).h"
//#include "def/ALTHERMA(LT_CA_CB_11-16KW).h"
//#include "def/ALTHERMA(LT_DA_04-08KW).h"
//#include "def/ALTHERMA(LT_DA_PAIR_BML).h"
//#include "def/ALTHERMA(LT_GAS_INJ)20200702.h"
//#include "def/ALTHERMA(LT_MULTI_DHWHP).h"
//#include "def/ALTHERMA(LT_MULTI_HYBRID).h"
//#include "def/ALTHERMA(MONOBLOC_CA_05-07KW).h"
//#include "def/ALTHERMA(TOP-GRADE).h"
//#include "def/DAIKIN_MINI_INVERTER_CHILLER04-08KW.h"
//#include "def/PROTOCOL_S_ROTEX.h"
//#include "def/PROTOCOL_S.h"
//#include "def/DEFAULT.h"

edit: gewoon default genomen en aan het builden. Nu maar eens kijken waar die kabel in de doos gaat van de unit ?

[ Voor 5% gewijzigd door blinded op 14-12-2022 16:37 ]

[Toppe]

@blinded def/ALTHERMA(LT_DA_04-08KW).h

[ Voor 17% gewijzigd door Toppe op 14-12-2022 16:43 ]

[blinded]

Hoe maak je zo een ding open en moet hij uit;

[Toppe]

blinded schreef op woensdag 14 december 2022 @ 16:48:
[Afbeelding]

Hoe maak je zo een ding open en moet hij uit;

Die 4 zwarte boutjes voor op. En als hij uit moet dan gewoon de stoppen in de meterkast omzetten

[Driek]

blinded schreef op woensdag 14 december 2022 @ 15:48:
moet ik de Mosquitto broker zelf in een nieuwe container draaien of is er iets ingebouwd mogelijk in home assistant?

edit: Ik heb die mosquitto broker opgezet bij deze

ja, die vraag heb ik ook

[blinded]

Driek schreef op woensdag 14 december 2022 @ 16:56:
[...]

ja, die vraag heb ik ook

https://mariushosting.com...tto-on-your-synology-nas/ dit is een ding dat lijkt te werken

[blinded]

is het ok als ik gwn alles uncomment in het DEF item? of is dat teveel info

[gerre22]

blinded schreef op woensdag 14 december 2022 @ 16:48:
[Afbeelding]

Hoe maak je zo een ding open en moet hij uit;

Schroevendraaier, zekering wel afzetten. Best ook doen wanneer de compressor niet draait (aangeraden door daikin onderhoudsman toen hij hier de laatste keer langskwam).

[Driek]

blinded schreef op woensdag 14 december 2022 @ 16:58:
[...]

https://mariushosting.com...tto-on-your-synology-nas/ dit is een ding dat lijkt te werken

ja ik bedoelde eigenlijk dat ik dezelfde vraag heb, welk apparaat uit de lijst moet ik uncommenten om te gebruiken.
ik heb een ehbx08da9w maar welke dat in deze lijst is:
//#include "def/ALTHERMA(BIZONE_CB_04-08KW).h"
//#include "def/ALTHERMA(BIZONE_CB_11-16KW).h"
//#include "def/ALTHERMA(GSHP).h"
//#include "def/ALTHERMA(GSHP2).h"
//#include "def/ALTHERMA(HPSU6_ULTRA).h"
//#include "def/ALTHERMA(HYBRID).h"
//#include "def/ALTHERMA(LT-D7_E_BML).h"
//#include "def/ALTHERMA(LT_11-16KW_HYDROSPLIT_HYDRO_UNIT).h"
//#include "def/ALTHERMA(LT_CA_CB_04-08KW).h"
//#include "def/ALTHERMA(LT_CA_CB_11-16KW).h"
//#include "def/ALTHERMA(LT_DA_04-08KW).h"
//#include "def/ALTHERMA(LT_DA_PAIR_BML).h"
//#include "def/ALTHERMA(LT_GAS_INJ)20200702.h"
//#include "def/ALTHERMA(LT_MULTI_DHWHP).h"
//#include "def/ALTHERMA(LT_MULTI_HYBRID).h"
//#include "def/ALTHERMA(MONOBLOC_CA_05-07KW).h"
//#include "def/ALTHERMA(TOP-GRADE).h"
//#include "def/DAIKIN_MINI_INVERTER_CHILLER04-08KW.h"
//#include "def/PROTOCOL_S_ROTEX.h"
//#include "def/PROTOCOL_S.h"
//#include "def/DEFAULT.h"

geen idee

[blinded]

Querying register 0x... Time out check connection
Is de fout



precies nog niet exact wat het moet zijn

[ Voor 76% gewijzigd door blinded op 14-12-2022 17:44 ]

[Toppe]

blinded schreef op woensdag 14 december 2022 @ 17:27:
Querying register 0x... Time out check connection
Is de fout

[Afbeelding]

precies nog niet exact wat het moet zijn

Heb je RX op TX en TX op RX?

[Toppe]

Morgen een dagje vrij genomen. Mensen nog wensen?

[blinded]

Toppe schreef op woensdag 14 december 2022 @ 17:46:
[...]


Heb je RX op TX en TX op RX?

Lijkt mij wel te kloppen

[Toppe]

blinded schreef op woensdag 14 december 2022 @ 17:56:
[...]

[Afbeelding]
Lijkt mij wel te kloppen

En welke bestand heb je nou gebruikt? De default?

[blinded]

Toppe schreef op woensdag 14 december 2022 @ 18:02:
[...]


En welke bestand heb je nou gebruikt? De default?

nee
#include "def/ALTHERMA(LT_DA_04-08KW).h"
en in dat bestand alles ge de-comment.

[Toppe]

blinded schreef op woensdag 14 december 2022 @ 18:05:
[...]

nee
#include "def/ALTHERMA(LT_DA_04-08KW).h"
en in dat bestand alles ge de-comment.

Alles? Dan had je veel meer regels moeten krijgen

[blinded]

Toppe schreef op woensdag 14 december 2022 @ 18:08:
[...]


Alles? Dan had je veel meer regels moeten krijgen

het blijft lopen hoor..

[Toppe]

blinded schreef op woensdag 14 december 2022 @ 18:09:
[...]

het blijft lopen hoor..

Meer regels als attribuut bij je MQTT sensor, dit is uit m’n hoofd niet eens de helft.

Dit lijkt meer op die default.h, zeker dat die er niet op staat?

[ Voor 12% gewijzigd door Toppe op 14-12-2022 18:10 ]

[blinded]

Toppe schreef op woensdag 14 december 2022 @ 18:10:
[...]


Meer regels als attribuut bij je MQTT sensor, dit is uit m’n hoofd niet eens de helft.

Dit lijkt meer op die default.h, zeker dat die er niet op staat?

code:

//Setup your credentials and mqtt info here:
//only change the value between the " " leave the rest of the line untouched.
#define WIFI_SSID "PippaRey"//**Your SSID here**
#define WIFI_PWD "nope"//**Your password here** leave empty if open (bad!)

//Uncomment this to set a static IP instead of DHCP for the ESP (Separate by commas instead of dots)
#define WIFI_IP 192, 168, 1, 31
#define WIFI_SUBNET 255, 255, 255, 0
#define WIFI_GATEWAY 192, 168, 1, 1
#define WIFI_PRIMARY_DNS 192, 168, 1, 1     //optional
#define WIFI_SECONDARY_DNS 8, 8, 4, 4   //optional

#define MQTT_SERVER "192.168.1.30"//**IP address here of your MQTT server**
#define MQTT_USERNAME ""//leave empty if not set (bad!)
#define MQTT_PASSWORD ""//leave empty if not set (bad!)
#define MQTT_PORT 1883

#define FREQUENCY 30000 //query values every 30 sec

#if defined(ARDUINO_M5Stick_C) || defined(ARDUINO_M5Stick_C_Plus)
//Values used when **M5StickC** or **M5STickCPlus** environment is selected:
#define RX_PIN    36// Pin connected to the TX pin of X10A 
#define TX_PIN    26// Pin connected to the RX pin of X10A
#else 
//Default GPIO PINs for Serial2:
#define RX_PIN    16// Pin connected to the TX pin of X10A 
#define TX_PIN    17// Pin connected to the RX pin of X10A
#endif

#define PIN_THERM 0// Pin connected to the thermostat relay (normally open)

//Smart grid control - Optional:
//Uncomment and set to enable SG mqtt functions
//#define PIN_SG1 32// Pin connected to dry contact SG 1 relay (normally open)
//#define PIN_SG2 33// Pin connected to dry contact SG 2 relay (normally open)
// Define if your SG relay board is Low or High triggered (signal pins)
// Only uncomment one of them
#define SG_RELAY_HIGH_TRIGGER
//#define SG_RELAY_LOW_TRIGGER

// DO NOT CHANGE: Defines the SG active/inactive relay states, according to the definition of the trigger status
#if defined(SG_RELAY_LOW_TRIGGER)
#define SG_RELAY_ACTIVE_STATE LOW
#define SG_RELAY_INACTIVE_STATE HIGH
#else
#define SG_RELAY_ACTIVE_STATE HIGH
#define SG_RELAY_INACTIVE_STATE LOW
#endif

#define MAX_MSG_SIZE 5120//max size of the json message sent in mqtt 

//Uncomment this line if the JSON message should be in a Json Table format []. Use only for IOBroker Vis. 
//#define JSONTABLE

//Uncomment this if you want to activate the One Value <-> One Topic mode. Each value will be sent to a specific topic below 
// #define ONEVAL_ONETOPIC
// #define MQTT_OneTopic "espaltherma/OneATTR/" //Keep the ending "/" !!


//Uncomment *ONE* of the following according to your installation.
//Then, open and edit the selected file in the /include/def/ folder and uncomment each values you are interested in.

//To use a locale version eg German, change the path to the file to the localized version. 

//Eg:
//instead of: #include "def/ALTHERMA(HPSU6_ULTRA).h" 
//use: 
//            #include "def/German/ALTHERMA(HPSU6_ULTRA).h"
//
//Suported locales: French, German, Spanish.

//#include "def/ALTHERMA(BIZONE_CB_04-08KW).h"
//#include "def/ALTHERMA(BIZONE_CB_11-16KW).h"
//#include "def/ALTHERMA(GSHP).h"
//#include "def/ALTHERMA(GSHP2).h"
//#include "def/ALTHERMA(HPSU6_ULTRA).h"
//#include "def/ALTHERMA(HYBRID).h"
//#include "def/ALTHERMA(LT-D7_E_BML).h"
//#include "def/ALTHERMA(LT_11-16KW_HYDROSPLIT_HYDRO_UNIT).h"
//#include "def/ALTHERMA(LT_CA_CB_04-08KW).h"
//#include "def/ALTHERMA(LT_CA_CB_11-16KW).h"
#include "def/ALTHERMA(LT_DA_04-08KW).h"
//#include "def/ALTHERMA(LT_DA_PAIR_BML).h"
//#include "def/ALTHERMA(LT_GAS_INJ)20200702.h"
//#include "def/ALTHERMA(LT_MULTI_DHWHP).h"
//#include "def/ALTHERMA(LT_MULTI_HYBRID).h"
//#include "def/ALTHERMA(MONOBLOC_CA_05-07KW).h"
//#include "def/ALTHERMA(TOP-GRADE).h"
//#include "def/DAIKIN_MINI_INVERTER_CHILLER04-08KW.h"
//#include "def/PROTOCOL_S_ROTEX.h"
//#include "def/PROTOCOL_S.h"
//#include "def/DEFAULT.h"

#ifndef LABELDEF
#warning "NO DEFINITION SELECTED: Please select your heat pump definition in /src/setup.h -- Using default."
//#include "def/ALTHERMA(LT_DA_04-08KW).h"
#endif

// Default to "Protocol I"
#ifndef PROTOCOL
#define PROTOCOL 'I'
#endif

en de lt_da_04-..

code:

#include "labeldef.h"
//  This file is a definition file for the ESPAtherma.
//  uncomment each value you want to query for your installation.

LabelDef PROGMEM labelDefs[] = {
{0x00,0,802,0,-1,"*Refrigerant type"},
{0x00,1,996,1,-1,"Override CMD:0x00 N_INV=1"},
{0x00,2,996,0,-1,"Override CMD:0x00 N_STD=0"},
{0x00,3,996,2,-1,"Override CMD:0x00 N_FAN=2"},
{0x00,4,996,2,-1,"Override CMD:0x00 N_EV=2"},
{0x00,5,996,1,-1,"Override CMD:0x00 N_20S=1"},
{0x00,6,996,1,-1,"Override CMD:0x00 N_CH=1"},
{0x00,7,996,3,-1,"Override CMD:0x00 N_SV=3"},
{0x00,0,152,1,-1,"Sensor Data Qty"},
{0x00,1,152,1,-1,"INV compressor Qty"},
{0x00,2,152,1,-1,"STD compressor Qty"},
{0x00,3,152,1,-1,"Fan Data Qty"},
{0x00,4,152,1,-1,"Expansion Valve Data Qty"},
{0x00,5,152,1,-1,"4 Way Valve Data Qty"},
{0x00,6,152,1,-1,"Crank Case Heater Qty"},
{0x00,7,152,1,-1,"Solenoid valve Qty"},
{0x00,8,152,1,-1,"Max. connectable indoor units"},
{0x00,9,152,1,-1,"Connected Indoor Unit Qty"},
{0x00,10,152,1,-1,"O/U MPU ID (xx)"},
{0x00,11,152,1,-1,"O/U MPU ID (yy)"},
{0x00,12,105,1,-1,"O/U capacity (kW)"},
{0x10,0,217,1,-1,"Operation Mode"},
{0x10,1,307,1,-1,"Thermostat ON/OFF"},
{0x10,1,306,1,-1,"Restart standby"},
{0x10,1,305,1,-1,"Startup Control"},
{0x10,1,304,1,-1,"Defrost Operation"},
{0x10,1,303,1,-1,"Oil Return Operation"},
{0x10,1,302,1,-1,"Pressure equalizing operation"},
{0x10,1,301,1,-1,"Demand Signal"},
{0x10,1,300,1,-1,"Low noise control"},
{0x10,4,203,1,-1,"Error type"},
{0x10,5,204,1,-1,"Error Code"},
{0x10,6,114,2,1,"Target Evap. Temp."},
{0x10,8,114,2,1,"Target Cond. Temp."},
{0x10,10,307,1,-1,"Discharge Temp. Drop"},
{0x10,10,310,1,-1,"Discharge Temp. Protection Retry Qty"},
{0x10,10,303,1,-1,"Comp. INV Current Drop"},
{0x10,10,311,1,-1,"Comp. INV Current Protection Retry Qty"},
{0x10,11,307,1,-1,"HP Drop Control"},
{0x10,11,310,1,-1,"HP Protection Retry Qty"},
{0x10,11,303,1,-1,"LP Drop Control"},
{0x10,11,311,1,-1,"LP Protection Retry Qty"},
{0x10,12,307,1,-1,"Fin Temp. Drop Control"},
{0x10,12,310,1,-1,"Fin Temp. Protection Retry Qty"},
{0x10,12,303,1,-1,"Other Drop Control"},
{0x10,12,311,1,-1,"Not in use"},
{0x11,0,215,1,-1,"O/U EEPROM (1st digit)"},
{0x11,1,215,1,-1,"O/U EEPROM (3rd 4th digit)"},
{0x11,2,215,1,-1,"O/U EEPROM (5th 6th digit)"},
{0x11,3,215,1,-1,"O/U EEPROM (7th 8th digit)"},
{0x11,4,215,1,-1,"O/U EEPROM (10th digit)"},
{0x11,5,214,1,-1,"O/U EEPROM (11th digit)"},
{0x00,0,995,1,-1,"NextDataGrid"},
{0x20,0,105,2,1,"Outdoor air temp.(R1T)"},
{0x20,2,105,2,1,"O/U Heat Exch. Temp."},
{0x20,4,105,2,1,"Discharge pipe temp."},
{0x20,6,105,2,1,"Suction pipe temp."},
{0x20,8,105,2,1,"Heat exchanger mid-temp."},
{0x20,10,105,2,1,"Liquid pipe temp.(R6T)"},
{0x20,12,105,2,1,"Heat sink temp."},
{0x20,14,105,2,2,"Pressure sensor"},
{0x20,14,405,2,1,"Pressure sensor(T)"},
{0x21,0,105,2,-1,"INV primary current (A)"},
{0x21,2,105,2,-1,"INV secondary current (A)"},
{0x21,4,101,2,-1,"Voltage (N-phase) (V)"},
{0x21,6,307,1,-1,"Brine Flow Switch"},
{0x21,6,306,1,-1,"Not in use"},
{0x21,6,305,1,-1,"Not in use"},
{0x21,6,304,1,-1,"Not in use"},
{0x21,6,303,1,-1,"Not in use"},
{0x21,6,302,1,-1,"Not in use"},
{0x21,6,301,1,-1,"Not in use"},
{0x21,6,300,1,-1,"Not in use"},
{0x21,7,105,2,1,"Brine inlet temp."},
{0x21,9,105,2,1,"Brine outlet temp."},
{0x21,11,105,2,1,"Refrig. temp. evap. In"},
{0x21,13,105,2,1,"Refrig. temp. evap.Out"},
{0x21,15,105,1,-1,"Not in use"},
{0x21,16,105,1,-1,"Not in use"},
{0x21,17,105,1,-1,"Not in use"},
{0x21,18,105,1,-1,"Not in use"},
{0x00,0,995,1,-1,"NextDataGrid"},
{0x30,0,152,1,-1,"INV frequency (rps)"},
{0x30,1,152,1,-1,"INV frequency 2 (rps)"},
{0x30,0,307,1,-1,"STD Compressor 1"},
{0x30,0,306,1,-1,"STD Compressor 2"},
{0x30,0,211,1,-1,"Fan 1 (10 rpm)"},
{0x30,1,211,1,-1,"Fan 2 (step)"},
{0x30,0,151,2,-1,"Expansion valve (pls)"},
{0x30,2,151,2,-1,"Expansion valve 2 (pls)"},
{0x30,4,151,2,-1,"Expansion valve 3 (pls)"},
{0x30,6,151,2,-1,"Expansion valve 4 (pls)"},
{0x30,8,151,2,-1,"Expansion valve 5 (pls)"},
{0x30,0,307,1,-1,"4 Way Valve 1"},
{0x30,0,306,1,-1,"4 Way Valve 2"},
{0x30,0,305,1,-1,"4 Way Valve 3"},
{0x30,0,304,1,-1,"4 Way Valve 4"},
{0x30,0,303,1,-1,"4 Way Valve 5"},
{0x30,0,307,1,-1,"Crank case heater 1"},
{0x30,0,306,1,-1,"Crank case heater 2"},
{0x30,0,305,1,-1,"Crank case heater 3"},
{0x30,0,304,1,-1,"Crank case heater 4"},
{0x30,0,307,1,-1,"Solenoid Valve 1"},
{0x30,0,306,1,-1,"Solenoid Valve 2"},
{0x30,0,305,1,-1,"Solenoid Valve 3"},
{0x30,0,304,1,-1,"Solenoid Valve 4"},
{0x30,0,303,1,-1,"Solenoid Valve 5"},
{0x00,0,998,1,-1,"In-Out separator"},
{0x60,0,304,1,-1,"Data Enable/Disable"},
{0x60,1,152,1,-1,"Indoor Unit Address"},
{0x60,2,315,1,-1,"I/U operation mode"},
{0x60,2,303,1,-1,"Thermostat ON/OFF"},
{0x60,2,302,1,-1,"Freeze Protection"},
{0x60,2,301,1,-1,"Silent Mode"},
{0x60,2,300,1,-1,"Freeze Protection for water piping"},
{0x60,3,204,1,-1,"Error Code"},
{0x60,4,152,1,-1,"Error detailed code"},
{0x60,5,203,1,-1,"Error type"},
{0x60,6,219,1,-1,"I/U capacity code"},
{0x60,7,105,2,1,"DHW setpoint"},
{0x60,9,105,2,1,"LW setpoint (main)"},
{0x60,11,307,1,-1,"Water flow switch"},
{0x60,11,306,1,-1,"Thermal protector (Q1L) BUH"},
{0x60,11,305,1,-1,"Thermal protector BSH"},
{0x60,11,304,1,-1,"Benefit kWh rate power supply"},
{0x60,11,303,1,-1,"Solar input"},
{0x60,11,302,1,-1,"Not in use"},
{0x60,11,301,1,-1,"Not in use"},
{0x60,11,300,1,-1,"Bivalent Operation"},
{0x60,12,307,1,-1,"2way valve(On:Heat_Off:Cool)"},
{0x60,12,306,1,-1,"3way valve(On:DHW_Off:Space)"},
{0x60,12,305,1,-1,"BSH"},
{0x60,12,304,1,-1,"BUH Step1"},
{0x60,12,303,1,-1,"BUH Step2"},
{0x60,12,302,1,-1,"BPH"},
{0x60,12,301,1,-1,"Water pump operation"},
{0x60,12,300,1,-1,"Solar pump operation"},
{0x60,13,152,1,-1,"Indoor Option Code"},
{0x60,15,215,1,-1,"I/U Software ID (xx)"},
{0x60,14,215,1,-1,"I/U Software ID (yy)"},
{0x60,16,152,1,-1,"I/U EEPROM Ver."},
{0x61,0,307,1,-1,"Data Enable/Disable"},
{0x61,1,152,1,-1,"Indoor Unit Address"},
{0x61,2,105,2,1,"Leaving water temp. before BUH (R1T)"},
{0x61,4,105,2,1,"Leaving water temp. after BUH (R2T)"},
{0x61,6,105,2,1,"Refrig. Temp. liquid side (R3T)"},
{0x61,8,105,2,1,"Inlet water temp.(R4T)"},
{0x61,10,105,2,1,"DHW tank temp. (R5T)"},
{0x61,12,105,2,1,"Indoor ambient temp. (R1T)"},
{0x61,14,105,2,1,"Ext. indoor ambient sensor (R6T)"},
{0x62,0,307,1,-1,"Data Enable/Disable"},
{0x62,1,152,1,-1,"Indoor Unit Address"},
{0x62,2,307,1,-1,"Reheat ON/OFF"},
{0x62,2,306,1,-1,"Storage eco ON/OFF"},
{0x62,2,305,1,-1,"Storage comfort ON/OFF"},
{0x62,2,304,1,-1,"Powerful DHW Operation. ON/OFF"},
{0x62,2,303,1,-1,"Space heating Operation ON/OFF"},
{0x62,2,302,1,-1,"System OFF (ON:System off)"},
{0x62,2,301,1,-1,"Not in use"},
{0x62,2,300,1,-1,"Emergency (indoor) active/not active"},
{0x62,3,105,2,1,"LW setpoint (add)"},
{0x62,5,105,2,1,"RT setpoint"},
{0x62,7,307,1,-1,"Add. Ext. RT Input Cool."},
{0x62,7,306,1,-1,"Add. Ext. RT Input Heat."},
{0x62,7,305,1,-1,"Main RT Cooling"},
{0x62,7,304,1,-1,"Main RT Heating"},
{0x62,7,303,1,-1,"Pwr consumption limit 4"},
{0x62,7,302,1,-1,"Pwr consumption limit 3"},
{0x62,7,301,1,-1,"Pwr consumption limit 2"},
{0x62,7,300,1,-1,"Pwr consumption limit 1"},
{0x62,8,307,1,-1,"None"},
{0x62,8,306,1,-1,"Not in use"},
{0x62,8,305,1,-1,"Not in use"},
{0x62,8,304,1,-1,"Not in use"},
{0x62,8,303,1,-1,"Tank preheat ON/OFF"},
{0x62,8,302,1,-1,"Circulation pump operation"},
{0x62,8,301,1,-1,"Alarm output"},
{0x62,8,300,1,-1,"Space H Operation output"},
{0x62,9,105,2,-1,"Flow sensor (l/min)"},
{0x62,11,105,1,2,"Water pressure"},
{0x62,12,152,1,-1,"Water pump signal (0:max-100:stop)"},
{0x62,13,152,1,-1,"[Future] 3 way Valve Mixing 1"},
{0x62,14,152,1,-1,"[Future] 3 way Valve Mixing 2"},
{0x62,15,152,2,-1,"Not in use"},
{0x63,0,307,1,-1,"Data Enable/Disable"},
{0x63,1,152,1,-1,"Indoor Unit Address"},
{0x63,2,215,1,-1,"I/U EEPROM (3rd digit)"},
{0x63,3,215,1,-1,"I/U EEPROM (4th 5th digit)"},
{0x63,4,215,1,-1,"I/U EEPROM (6th 7th digit)"},
{0x63,5,215,1,-1,"I/U EEPROM (8th 9th digit)"},
{0x63,6,215,1,-1,"I/U EEPROM (11th digit)"},
{0x63,7,214,1,-1,"I/U EEPROM (12th digit)(rev.)"},
{0x64,0,307,1,-1,"Data Enable/Disable"},
{0x64,1,152,1,-1,"Indoor Unit Address"},
{0x64,2,316,1,-1,"Hybrid Op. Mode"},
{0x64,2,303,1,-1,"Boiler Operation Demand"},
{0x64,2,302,1,-1,"Boiler DHW Demand"},
{0x64,2,301,1,-1,"Bypass Valve Output"},
{0x64,3,105,2,-1,"BE_COP"},
{0x64,5,105,2,1,"Hybrid Heating Target Temp."},
{0x64,7,105,2,1,"Boiler Heating Target Temp."},
{0x64,9,302,1,-1,"Add pump"},
{0x64,9,301,1,-1,"Main pump"},
{0x64,10,105,2,1,"Mixed water temp."},
{0x64,12,105,2,1,"2nd Domestic hot water temperature"},
{0x64,14,152,1,1,"Target delta T heating"},
{0x64,15,152,1,1,"Target delta T cooling"},
{0x00,0,996,0,-1,"Override All Clear"},
};

[Toppe]

blinded schreef op woensdag 14 december 2022 @ 18:30:
[...]

code:

//Setup your credentials and mqtt info here:
//only change the value between the " " leave the rest of the line untouched.
#define WIFI_SSID "PippaRey"//**Your SSID here**
#define WIFI_PWD "nope"//**Your password here** leave empty if open (bad!)

//Uncomment this to set a static IP instead of DHCP for the ESP (Separate by commas instead of dots)
#define WIFI_IP 192, 168, 1, 31
#define WIFI_SUBNET 255, 255, 255, 0
#define WIFI_GATEWAY 192, 168, 1, 1
#define WIFI_PRIMARY_DNS 192, 168, 1, 1     //optional
#define WIFI_SECONDARY_DNS 8, 8, 4, 4   //optional

#define MQTT_SERVER "192.168.1.30"//**IP address here of your MQTT server**
#define MQTT_USERNAME ""//leave empty if not set (bad!)
#define MQTT_PASSWORD ""//leave empty if not set (bad!)
#define MQTT_PORT 1883

#define FREQUENCY 30000 //query values every 30 sec

#if defined(ARDUINO_M5Stick_C) || defined(ARDUINO_M5Stick_C_Plus)
//Values used when **M5StickC** or **M5STickCPlus** environment is selected:
#define RX_PIN    36// Pin connected to the TX pin of X10A 
#define TX_PIN    26// Pin connected to the RX pin of X10A
#else 
//Default GPIO PINs for Serial2:
#define RX_PIN    16// Pin connected to the TX pin of X10A 
#define TX_PIN    17// Pin connected to the RX pin of X10A
#endif

#define PIN_THERM 0// Pin connected to the thermostat relay (normally open)

//Smart grid control - Optional:
//Uncomment and set to enable SG mqtt functions
//#define PIN_SG1 32// Pin connected to dry contact SG 1 relay (normally open)
//#define PIN_SG2 33// Pin connected to dry contact SG 2 relay (normally open)
// Define if your SG relay board is Low or High triggered (signal pins)
// Only uncomment one of them
#define SG_RELAY_HIGH_TRIGGER
//#define SG_RELAY_LOW_TRIGGER

// DO NOT CHANGE: Defines the SG active/inactive relay states, according to the definition of the trigger status
#if defined(SG_RELAY_LOW_TRIGGER)
#define SG_RELAY_ACTIVE_STATE LOW
#define SG_RELAY_INACTIVE_STATE HIGH
#else
#define SG_RELAY_ACTIVE_STATE HIGH
#define SG_RELAY_INACTIVE_STATE LOW
#endif

#define MAX_MSG_SIZE 5120//max size of the json message sent in mqtt 

//Uncomment this line if the JSON message should be in a Json Table format []. Use only for IOBroker Vis. 
//#define JSONTABLE

//Uncomment this if you want to activate the One Value <-> One Topic mode. Each value will be sent to a specific topic below 
// #define ONEVAL_ONETOPIC
// #define MQTT_OneTopic "espaltherma/OneATTR/" //Keep the ending "/" !!


//Uncomment *ONE* of the following according to your installation.
//Then, open and edit the selected file in the /include/def/ folder and uncomment each values you are interested in.

//To use a locale version eg German, change the path to the file to the localized version. 

//Eg:
//instead of: #include "def/ALTHERMA(HPSU6_ULTRA).h" 
//use: 
//            #include "def/German/ALTHERMA(HPSU6_ULTRA).h"
//
//Suported locales: French, German, Spanish.

//#include "def/ALTHERMA(BIZONE_CB_04-08KW).h"
//#include "def/ALTHERMA(BIZONE_CB_11-16KW).h"
//#include "def/ALTHERMA(GSHP).h"
//#include "def/ALTHERMA(GSHP2).h"
//#include "def/ALTHERMA(HPSU6_ULTRA).h"
//#include "def/ALTHERMA(HYBRID).h"
//#include "def/ALTHERMA(LT-D7_E_BML).h"
//#include "def/ALTHERMA(LT_11-16KW_HYDROSPLIT_HYDRO_UNIT).h"
//#include "def/ALTHERMA(LT_CA_CB_04-08KW).h"
//#include "def/ALTHERMA(LT_CA_CB_11-16KW).h"
#include "def/ALTHERMA(LT_DA_04-08KW).h"
//#include "def/ALTHERMA(LT_DA_PAIR_BML).h"
//#include "def/ALTHERMA(LT_GAS_INJ)20200702.h"
//#include "def/ALTHERMA(LT_MULTI_DHWHP).h"
//#include "def/ALTHERMA(LT_MULTI_HYBRID).h"
//#include "def/ALTHERMA(MONOBLOC_CA_05-07KW).h"
//#include "def/ALTHERMA(TOP-GRADE).h"
//#include "def/DAIKIN_MINI_INVERTER_CHILLER04-08KW.h"
//#include "def/PROTOCOL_S_ROTEX.h"
//#include "def/PROTOCOL_S.h"
//#include "def/DEFAULT.h"

#ifndef LABELDEF
#warning "NO DEFINITION SELECTED: Please select your heat pump definition in /src/setup.h -- Using default."
//#include "def/ALTHERMA(LT_DA_04-08KW).h"
#endif

// Default to "Protocol I"
#ifndef PROTOCOL
#define PROTOCOL 'I'
#endif

en de lt_da_04-..

code:

#include "labeldef.h"
//  This file is a definition file for the ESPAtherma.
//  uncomment each value you want to query for your installation.

LabelDef PROGMEM labelDefs[] = {
{0x00,0,802,0,-1,"*Refrigerant type"},
{0x00,1,996,1,-1,"Override CMD:0x00 N_INV=1"},
{0x00,2,996,0,-1,"Override CMD:0x00 N_STD=0"},
{0x00,3,996,2,-1,"Override CMD:0x00 N_FAN=2"},
{0x00,4,996,2,-1,"Override CMD:0x00 N_EV=2"},
{0x00,5,996,1,-1,"Override CMD:0x00 N_20S=1"},
{0x00,6,996,1,-1,"Override CMD:0x00 N_CH=1"},
{0x00,7,996,3,-1,"Override CMD:0x00 N_SV=3"},
{0x00,0,152,1,-1,"Sensor Data Qty"},
{0x00,1,152,1,-1,"INV compressor Qty"},
{0x00,2,152,1,-1,"STD compressor Qty"},
{0x00,3,152,1,-1,"Fan Data Qty"},
{0x00,4,152,1,-1,"Expansion Valve Data Qty"},
{0x00,5,152,1,-1,"4 Way Valve Data Qty"},
{0x00,6,152,1,-1,"Crank Case Heater Qty"},
{0x00,7,152,1,-1,"Solenoid valve Qty"},
{0x00,8,152,1,-1,"Max. connectable indoor units"},
{0x00,9,152,1,-1,"Connected Indoor Unit Qty"},
{0x00,10,152,1,-1,"O/U MPU ID (xx)"},
{0x00,11,152,1,-1,"O/U MPU ID (yy)"},
{0x00,12,105,1,-1,"O/U capacity (kW)"},
{0x10,0,217,1,-1,"Operation Mode"},
{0x10,1,307,1,-1,"Thermostat ON/OFF"},
{0x10,1,306,1,-1,"Restart standby"},
{0x10,1,305,1,-1,"Startup Control"},
{0x10,1,304,1,-1,"Defrost Operation"},
{0x10,1,303,1,-1,"Oil Return Operation"},
{0x10,1,302,1,-1,"Pressure equalizing operation"},
{0x10,1,301,1,-1,"Demand Signal"},
{0x10,1,300,1,-1,"Low noise control"},
{0x10,4,203,1,-1,"Error type"},
{0x10,5,204,1,-1,"Error Code"},
{0x10,6,114,2,1,"Target Evap. Temp."},
{0x10,8,114,2,1,"Target Cond. Temp."},
{0x10,10,307,1,-1,"Discharge Temp. Drop"},
{0x10,10,310,1,-1,"Discharge Temp. Protection Retry Qty"},
{0x10,10,303,1,-1,"Comp. INV Current Drop"},
{0x10,10,311,1,-1,"Comp. INV Current Protection Retry Qty"},
{0x10,11,307,1,-1,"HP Drop Control"},
{0x10,11,310,1,-1,"HP Protection Retry Qty"},
{0x10,11,303,1,-1,"LP Drop Control"},
{0x10,11,311,1,-1,"LP Protection Retry Qty"},
{0x10,12,307,1,-1,"Fin Temp. Drop Control"},
{0x10,12,310,1,-1,"Fin Temp. Protection Retry Qty"},
{0x10,12,303,1,-1,"Other Drop Control"},
{0x10,12,311,1,-1,"Not in use"},
{0x11,0,215,1,-1,"O/U EEPROM (1st digit)"},
{0x11,1,215,1,-1,"O/U EEPROM (3rd 4th digit)"},
{0x11,2,215,1,-1,"O/U EEPROM (5th 6th digit)"},
{0x11,3,215,1,-1,"O/U EEPROM (7th 8th digit)"},
{0x11,4,215,1,-1,"O/U EEPROM (10th digit)"},
{0x11,5,214,1,-1,"O/U EEPROM (11th digit)"},
{0x00,0,995,1,-1,"NextDataGrid"},
{0x20,0,105,2,1,"Outdoor air temp.(R1T)"},
{0x20,2,105,2,1,"O/U Heat Exch. Temp."},
{0x20,4,105,2,1,"Discharge pipe temp."},
{0x20,6,105,2,1,"Suction pipe temp."},
{0x20,8,105,2,1,"Heat exchanger mid-temp."},
{0x20,10,105,2,1,"Liquid pipe temp.(R6T)"},
{0x20,12,105,2,1,"Heat sink temp."},
{0x20,14,105,2,2,"Pressure sensor"},
{0x20,14,405,2,1,"Pressure sensor(T)"},
{0x21,0,105,2,-1,"INV primary current (A)"},
{0x21,2,105,2,-1,"INV secondary current (A)"},
{0x21,4,101,2,-1,"Voltage (N-phase) (V)"},
{0x21,6,307,1,-1,"Brine Flow Switch"},
{0x21,6,306,1,-1,"Not in use"},
{0x21,6,305,1,-1,"Not in use"},
{0x21,6,304,1,-1,"Not in use"},
{0x21,6,303,1,-1,"Not in use"},
{0x21,6,302,1,-1,"Not in use"},
{0x21,6,301,1,-1,"Not in use"},
{0x21,6,300,1,-1,"Not in use"},
{0x21,7,105,2,1,"Brine inlet temp."},
{0x21,9,105,2,1,"Brine outlet temp."},
{0x21,11,105,2,1,"Refrig. temp. evap. In"},
{0x21,13,105,2,1,"Refrig. temp. evap.Out"},
{0x21,15,105,1,-1,"Not in use"},
{0x21,16,105,1,-1,"Not in use"},
{0x21,17,105,1,-1,"Not in use"},
{0x21,18,105,1,-1,"Not in use"},
{0x00,0,995,1,-1,"NextDataGrid"},
{0x30,0,152,1,-1,"INV frequency (rps)"},
{0x30,1,152,1,-1,"INV frequency 2 (rps)"},
{0x30,0,307,1,-1,"STD Compressor 1"},
{0x30,0,306,1,-1,"STD Compressor 2"},
{0x30,0,211,1,-1,"Fan 1 (10 rpm)"},
{0x30,1,211,1,-1,"Fan 2 (step)"},
{0x30,0,151,2,-1,"Expansion valve (pls)"},
{0x30,2,151,2,-1,"Expansion valve 2 (pls)"},
{0x30,4,151,2,-1,"Expansion valve 3 (pls)"},
{0x30,6,151,2,-1,"Expansion valve 4 (pls)"},
{0x30,8,151,2,-1,"Expansion valve 5 (pls)"},
{0x30,0,307,1,-1,"4 Way Valve 1"},
{0x30,0,306,1,-1,"4 Way Valve 2"},
{0x30,0,305,1,-1,"4 Way Valve 3"},
{0x30,0,304,1,-1,"4 Way Valve 4"},
{0x30,0,303,1,-1,"4 Way Valve 5"},
{0x30,0,307,1,-1,"Crank case heater 1"},
{0x30,0,306,1,-1,"Crank case heater 2"},
{0x30,0,305,1,-1,"Crank case heater 3"},
{0x30,0,304,1,-1,"Crank case heater 4"},
{0x30,0,307,1,-1,"Solenoid Valve 1"},
{0x30,0,306,1,-1,"Solenoid Valve 2"},
{0x30,0,305,1,-1,"Solenoid Valve 3"},
{0x30,0,304,1,-1,"Solenoid Valve 4"},
{0x30,0,303,1,-1,"Solenoid Valve 5"},
{0x00,0,998,1,-1,"In-Out separator"},
{0x60,0,304,1,-1,"Data Enable/Disable"},
{0x60,1,152,1,-1,"Indoor Unit Address"},
{0x60,2,315,1,-1,"I/U operation mode"},
{0x60,2,303,1,-1,"Thermostat ON/OFF"},
{0x60,2,302,1,-1,"Freeze Protection"},
{0x60,2,301,1,-1,"Silent Mode"},
{0x60,2,300,1,-1,"Freeze Protection for water piping"},
{0x60,3,204,1,-1,"Error Code"},
{0x60,4,152,1,-1,"Error detailed code"},
{0x60,5,203,1,-1,"Error type"},
{0x60,6,219,1,-1,"I/U capacity code"},
{0x60,7,105,2,1,"DHW setpoint"},
{0x60,9,105,2,1,"LW setpoint (main)"},
{0x60,11,307,1,-1,"Water flow switch"},
{0x60,11,306,1,-1,"Thermal protector (Q1L) BUH"},
{0x60,11,305,1,-1,"Thermal protector BSH"},
{0x60,11,304,1,-1,"Benefit kWh rate power supply"},
{0x60,11,303,1,-1,"Solar input"},
{0x60,11,302,1,-1,"Not in use"},
{0x60,11,301,1,-1,"Not in use"},
{0x60,11,300,1,-1,"Bivalent Operation"},
{0x60,12,307,1,-1,"2way valve(On:Heat_Off:Cool)"},
{0x60,12,306,1,-1,"3way valve(On:DHW_Off:Space)"},
{0x60,12,305,1,-1,"BSH"},
{0x60,12,304,1,-1,"BUH Step1"},
{0x60,12,303,1,-1,"BUH Step2"},
{0x60,12,302,1,-1,"BPH"},
{0x60,12,301,1,-1,"Water pump operation"},
{0x60,12,300,1,-1,"Solar pump operation"},
{0x60,13,152,1,-1,"Indoor Option Code"},
{0x60,15,215,1,-1,"I/U Software ID (xx)"},
{0x60,14,215,1,-1,"I/U Software ID (yy)"},
{0x60,16,152,1,-1,"I/U EEPROM Ver."},
{0x61,0,307,1,-1,"Data Enable/Disable"},
{0x61,1,152,1,-1,"Indoor Unit Address"},
{0x61,2,105,2,1,"Leaving water temp. before BUH (R1T)"},
{0x61,4,105,2,1,"Leaving water temp. after BUH (R2T)"},
{0x61,6,105,2,1,"Refrig. Temp. liquid side (R3T)"},
{0x61,8,105,2,1,"Inlet water temp.(R4T)"},
{0x61,10,105,2,1,"DHW tank temp. (R5T)"},
{0x61,12,105,2,1,"Indoor ambient temp. (R1T)"},
{0x61,14,105,2,1,"Ext. indoor ambient sensor (R6T)"},
{0x62,0,307,1,-1,"Data Enable/Disable"},
{0x62,1,152,1,-1,"Indoor Unit Address"},
{0x62,2,307,1,-1,"Reheat ON/OFF"},
{0x62,2,306,1,-1,"Storage eco ON/OFF"},
{0x62,2,305,1,-1,"Storage comfort ON/OFF"},
{0x62,2,304,1,-1,"Powerful DHW Operation. ON/OFF"},
{0x62,2,303,1,-1,"Space heating Operation ON/OFF"},
{0x62,2,302,1,-1,"System OFF (ON:System off)"},
{0x62,2,301,1,-1,"Not in use"},
{0x62,2,300,1,-1,"Emergency (indoor) active/not active"},
{0x62,3,105,2,1,"LW setpoint (add)"},
{0x62,5,105,2,1,"RT setpoint"},
{0x62,7,307,1,-1,"Add. Ext. RT Input Cool."},
{0x62,7,306,1,-1,"Add. Ext. RT Input Heat."},
{0x62,7,305,1,-1,"Main RT Cooling"},
{0x62,7,304,1,-1,"Main RT Heating"},
{0x62,7,303,1,-1,"Pwr consumption limit 4"},
{0x62,7,302,1,-1,"Pwr consumption limit 3"},
{0x62,7,301,1,-1,"Pwr consumption limit 2"},
{0x62,7,300,1,-1,"Pwr consumption limit 1"},
{0x62,8,307,1,-1,"None"},
{0x62,8,306,1,-1,"Not in use"},
{0x62,8,305,1,-1,"Not in use"},
{0x62,8,304,1,-1,"Not in use"},
{0x62,8,303,1,-1,"Tank preheat ON/OFF"},
{0x62,8,302,1,-1,"Circulation pump operation"},
{0x62,8,301,1,-1,"Alarm output"},
{0x62,8,300,1,-1,"Space H Operation output"},
{0x62,9,105,2,-1,"Flow sensor (l/min)"},
{0x62,11,105,1,2,"Water pressure"},
{0x62,12,152,1,-1,"Water pump signal (0:max-100:stop)"},
{0x62,13,152,1,-1,"[Future] 3 way Valve Mixing 1"},
{0x62,14,152,1,-1,"[Future] 3 way Valve Mixing 2"},
{0x62,15,152,2,-1,"Not in use"},
{0x63,0,307,1,-1,"Data Enable/Disable"},
{0x63,1,152,1,-1,"Indoor Unit Address"},
{0x63,2,215,1,-1,"I/U EEPROM (3rd digit)"},
{0x63,3,215,1,-1,"I/U EEPROM (4th 5th digit)"},
{0x63,4,215,1,-1,"I/U EEPROM (6th 7th digit)"},
{0x63,5,215,1,-1,"I/U EEPROM (8th 9th digit)"},
{0x63,6,215,1,-1,"I/U EEPROM (11th digit)"},
{0x63,7,214,1,-1,"I/U EEPROM (12th digit)(rev.)"},
{0x64,0,307,1,-1,"Data Enable/Disable"},
{0x64,1,152,1,-1,"Indoor Unit Address"},
{0x64,2,316,1,-1,"Hybrid Op. Mode"},
{0x64,2,303,1,-1,"Boiler Operation Demand"},
{0x64,2,302,1,-1,"Boiler DHW Demand"},
{0x64,2,301,1,-1,"Bypass Valve Output"},
{0x64,3,105,2,-1,"BE_COP"},
{0x64,5,105,2,1,"Hybrid Heating Target Temp."},
{0x64,7,105,2,1,"Boiler Heating Target Temp."},
{0x64,9,302,1,-1,"Add pump"},
{0x64,9,301,1,-1,"Main pump"},
{0x64,10,105,2,1,"Mixed water temp."},
{0x64,12,105,2,1,"2nd Domestic hot water temperature"},
{0x64,14,152,1,1,"Target delta T heating"},
{0x64,15,152,1,1,"Target delta T cooling"},
{0x00,0,996,0,-1,"Override All Clear"},
};

Toppe in "Home Assistant - Show je setup"

Pak dat .h bestand daar eens weg, kan zijn dat je zóveel informatie verstuurd dat het daarom fout gaat.

Je probeert nu een sensor te maken met 210(!) attributen, dat is best pittig.

[blinded]

Toppe schreef op woensdag 14 december 2022 @ 18:36:
[...]


Toppe in "Home Assistant - Show je setup"

Pak dat .h bestand daar eens weg, kan zijn dat je zóveel informatie verstuurd dat het daarom fout gaat.

Je probeert nu een sensor te maken met 210(!) attributen, dat is best pittig.

de upload remote aanpakken is blijkbaar ook niet zijn sterkste kant

[Toppe]

blinded schreef op woensdag 14 december 2022 @ 18:42:
[...]

de upload remote aanpakken is blijkbaar ook niet zijn sterkste kant

Nee. Ik heb OTA weer uitgezet, mij niet stabiel genoeg en werkt toch niet lekker.

[blinded]

Toppe schreef op woensdag 14 december 2022 @ 18:44:
[...]


Nee. Ik heb OTA weer uitgezet, mij niet stabiel genoeg en werkt toch niet lekker.

even met uw file getest

en ondertussen kan ik dit zien:

code:

Attributes
Operation Mode
Heating
Thermostat ON/OFF
ON
Defrost Operation
OFF
Low noise control
OFF
Outdoor air temp.(R1T)
-3.4
Discharge pipe temp.
47.6
Suction pipe temp.
5.9
Heat exchanger mid-temp.
-2.6
Pressure sensor
6.5
INV primary current (A)
0
INV secondary current (A)
0
Voltage (N-phase) (V)
188
INV frequency (rps)
0
INV frequency 2 (rps)
0
STD Compressor 1
OFF
STD Compressor 2
OFF
Fan 1 (10 rpm)
0
Fan 2 (step)
0
I/U operation mode
Heating
Freeze Protection
OFF
Silent Mode
OFF
DHW setpoint
55
LW setpoint (main)
58.6
Water flow switch
ON
Thermal protector (Q1L) BUH
ON
Thermal protector BSH
ON
BUH Step1
OFF
BUH Step2
OFF
BPH
OFF
Water pump operation
ON
Leaving water temp. before BUH (R1T)
30.3
Leaving water temp. after BUH (R2T)
30.3
Refrig. Temp. liquid side (R3T)
11.5
Inlet water temp.(R4T)
31.5
DHW tank temp. (R5T)
54.8
Indoor ambient temp. (R1T)
20.5
Ext. indoor ambient sensor (R6T)
0
Data Enable/Disable
ON
Indoor Unit Address
0
Reheat ON/OFF
OFF
Storage eco ON/OFF
OFF
RT setpoint
22
Add. Ext. RT Input Cool.
OFF
Add. Ext. RT Input Heat.
OFF
Main RT Cooling
OFF
Circulation pump operation
OFF
Flow sensor (l/min)
33.8
Water pressure
1.5
Water pump signal (0:max-100:stop)
24
Target delta T heating
10
Target delta T cooling
5
M5VIN
4.94V
M5AmpIn
99.375mA
M5BatV
4.16V
M5BatCur
0mA
M5BatPwr
0mW
WifiRSSI
-67dBm
FreeMem
21769

[Toppe]

blinded schreef op woensdag 14 december 2022 @ 19:40:
[...]

even met uw file getest

en ondertussen kan ik dit zien:

code:

Attributes
Operation Mode
Heating
Thermostat ON/OFF
ON
Defrost Operation
OFF
Low noise control
OFF
Outdoor air temp.(R1T)
-3.4
Discharge pipe temp.
47.6
Suction pipe temp.
5.9
Heat exchanger mid-temp.
-2.6
Pressure sensor
6.5
INV primary current (A)
0
INV secondary current (A)
0
Voltage (N-phase) (V)
188
INV frequency (rps)
0
INV frequency 2 (rps)
0
STD Compressor 1
OFF
STD Compressor 2
OFF
Fan 1 (10 rpm)
0
Fan 2 (step)
0
I/U operation mode
Heating
Freeze Protection
OFF
Silent Mode
OFF
DHW setpoint
55
LW setpoint (main)
58.6
Water flow switch
ON
Thermal protector (Q1L) BUH
ON
Thermal protector BSH
ON
BUH Step1
OFF
BUH Step2
OFF
BPH
OFF
Water pump operation
ON
Leaving water temp. before BUH (R1T)
30.3
Leaving water temp. after BUH (R2T)
30.3
Refrig. Temp. liquid side (R3T)
11.5
Inlet water temp.(R4T)
31.5
DHW tank temp. (R5T)
54.8
Indoor ambient temp. (R1T)
20.5
Ext. indoor ambient sensor (R6T)
0
Data Enable/Disable
ON
Indoor Unit Address
0
Reheat ON/OFF
OFF
Storage eco ON/OFF
OFF
RT setpoint
22
Add. Ext. RT Input Cool.
OFF
Add. Ext. RT Input Heat.
OFF
Main RT Cooling
OFF
Circulation pump operation
OFF
Flow sensor (l/min)
33.8
Water pressure
1.5
Water pump signal (0:max-100:stop)
24
Target delta T heating
10
Target delta T cooling
5
M5VIN
4.94V
M5AmpIn
99.375mA
M5BatV
4.16V
M5BatCur
0mA
M5BatPwr
0mW
WifiRSSI
-67dBm
FreeMem
21769

Dan zijn we er toch?

[edautz]

Goed dat hier een apart topic voor gestart is.

Momenteel mijn WP dashboard:



Daar het deze week flink koud is nog met de WP parameters aan het experimenteren om het verbruik omlaag te krijgen.

[blinded]

Toppe schreef op woensdag 14 december 2022 @ 19:49:
[...]


Dan zijn we er toch?

jup!
De rest is in HA te doen dan om er iets van te maken.

Hoe maak ik jouw dashboard?

[Driek]

Toppe schreef op woensdag 14 december 2022 @ 19:49:
[...]


Dan zijn we er toch?

top, hopelijk gaat het morgen bij mij ook zo soepel

Voordat hij wegzakt

ik heb een ehbx08da9w maar welke dat in deze lijst is:
//#include "def/ALTHERMA(BIZONE_CB_04-08KW).h"
//#include "def/ALTHERMA(BIZONE_CB_11-16KW).h"
//#include "def/ALTHERMA(GSHP).h"
//#include "def/ALTHERMA(GSHP2).h"
//#include "def/ALTHERMA(HPSU6_ULTRA).h"
//#include "def/ALTHERMA(HYBRID).h"
//#include "def/ALTHERMA(LT-D7_E_BML).h"
//#include "def/ALTHERMA(LT_11-16KW_HYDROSPLIT_HYDRO_UNIT).h"
//#include "def/ALTHERMA(LT_CA_CB_04-08KW).h"
//#include "def/ALTHERMA(LT_CA_CB_11-16KW).h"
//#include "def/ALTHERMA(LT_DA_04-08KW).h"
//#include "def/ALTHERMA(LT_DA_PAIR_BML).h"
//#include "def/ALTHERMA(LT_GAS_INJ)20200702.h"
//#include "def/ALTHERMA(LT_MULTI_DHWHP).h"
//#include "def/ALTHERMA(LT_MULTI_HYBRID).h"
//#include "def/ALTHERMA(MONOBLOC_CA_05-07KW).h"
//#include "def/ALTHERMA(TOP-GRADE).h"
//#include "def/DAIKIN_MINI_INVERTER_CHILLER04-08KW.h"
//#include "def/PROTOCOL_S_ROTEX.h"
//#include "def/PROTOCOL_S.h"
//#include "def/DEFAULT.h"

Deze?
//#include "def/ALTHERMA(LT_DA_04-08KW).h"

[Driek]

blinded schreef op woensdag 14 december 2022 @ 20:02:
[...]

jup!
De rest is in HA te doen dan om er iets van te maken.

Hoe maak ik jouw dashboard?

staat volgens mij in de home assistant - show je setup

[Toppe]

Driek schreef op woensdag 14 december 2022 @ 20:05:
[...]

top, hopelijk gaat het morgen bij mij ook zo soepel

Voordat hij wegzakt

ik heb een ehbx08da9w maar welke dat in deze lijst is:
//#include "def/ALTHERMA(BIZONE_CB_04-08KW).h"
//#include "def/ALTHERMA(BIZONE_CB_11-16KW).h"
//#include "def/ALTHERMA(GSHP).h"
//#include "def/ALTHERMA(GSHP2).h"
//#include "def/ALTHERMA(HPSU6_ULTRA).h"
//#include "def/ALTHERMA(HYBRID).h"
//#include "def/ALTHERMA(LT-D7_E_BML).h"
//#include "def/ALTHERMA(LT_11-16KW_HYDROSPLIT_HYDRO_UNIT).h"
//#include "def/ALTHERMA(LT_CA_CB_04-08KW).h"
//#include "def/ALTHERMA(LT_CA_CB_11-16KW).h"
//#include "def/ALTHERMA(LT_DA_04-08KW).h"
//#include "def/ALTHERMA(LT_DA_PAIR_BML).h"
//#include "def/ALTHERMA(LT_GAS_INJ)20200702.h"
//#include "def/ALTHERMA(LT_MULTI_DHWHP).h"
//#include "def/ALTHERMA(LT_MULTI_HYBRID).h"
//#include "def/ALTHERMA(MONOBLOC_CA_05-07KW).h"
//#include "def/ALTHERMA(TOP-GRADE).h"
//#include "def/DAIKIN_MINI_INVERTER_CHILLER04-08KW.h"
//#include "def/PROTOCOL_S_ROTEX.h"
//#include "def/PROTOCOL_S.h"
//#include "def/DEFAULT.h"

Deze?
//#include "def/ALTHERMA(LT_DA_04-08KW).h"

Ja!

[Toppe]

blinded schreef op woensdag 14 december 2022 @ 20:02:
[...]

jup!
De rest is in HA te doen dan om er iets van te maken.

Hoe maak ik jouw dashboard?

Lees de openingspost even door. Je hebt namelijk nog wat aanvullende intergraties/Add-ons nodig.

[blinded]

lijkt niet direct te werken

code:

          {% set cop = 0.0 | float %}

found character '%' that cannot start any token
in "/config/configuration.yaml", line 177, column 12
dat moet ik morgen eens uitzoeken.

alvast bedankt voor de hulp

[Toppe]

blinded schreef op woensdag 14 december 2022 @ 20:31:
lijkt niet direct te werken

code:

          {% set cop = 0.0 | float %}

found character '%' that cannot start any token
in "/config/configuration.yaml", line 177, column 12
dat moet ik morgen eens uitzoeken.

alvast bedankt voor de hulp

Wat zijn de regels er boven?

[blinded]

code:

      - name: "COP with cooling"
        unit_of_measurement: "COP"
        state_class: measurement
        state: >-
           {% if states('sensor.thermostat') == 'OFF'  %}
          {% set cop = 0.0 | float %} 
          {% elif states('sensor.thermostat') == 'ON' 
            or states('sensor.inverter_usage') |float >90 %}

[Toppe]

blinded schreef op woensdag 14 december 2022 @ 22:17:

code:

      - name: "COP with cooling"
        unit_of_measurement: "COP"
        state_class: measurement
        state: >-
           {% if states('sensor.thermostat') == 'OFF'  %}
          {% set cop = 0.0 | float %} 
          {% elif states('sensor.thermostat') == 'ON' 
            or states('sensor.inverter_usage') |float >90 %}

Spatie foutjes

Edit: ik zie dat die spatie fouten in mijn code staan, zal wel iets fout zijn gegaan met de overname. Je kan in principe de COP berekening die er boven staat gewoon kopiëren. Ik zal morgen de overbodige cop berekening er uit halen

[ Voor 19% gewijzigd door Toppe op 14-12-2022 22:19 ]

[blinded]

en hoe fix je het begin?

YAML:

# Loads default set of integrations. Do not remove.
default_config:

# Text to speech
tts:
  - platform: google_translate

automation: !include automations.yaml
script: !include scripts.yaml
scene: !include scenes.yaml

sensor:
      - name: "Dampleidingtemperatuur"
        state: "{{ state_attr('sensor.althermasensors','Discharge pipe temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Operation mode"
        state: "{{ state_attr('sensor.althermasensors','Operation Mode') }}"
      - name: "I/O Mode"
        state: "{{ state_attr('sensor.althermasensors','I/U operation mode') }}"
      - name: "Current mode"
        state: "{% if is_state('sensor.espaltherma_thermostaat_aan_uit', 'ON') %} {{ state_attr('sensor.althermasensors','Operation Mode') }} {% else %} Uit {% endif %}"
      - name: "Booster thermal protection"
        state: "{{ state_attr('sensor.althermasensors','Thermal protector (Q1L) BUH') }}"
      - name: "Back-up thermal protection"
        state: "{{ state_attr('sensor.althermasensors','Thermal protector BSH') }}"
      - name: "Watertanktemperature"
        state: "{{ state_attr('sensor.althermasensors','DHW tank temp. (R5T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Flowpump"
        state: "{{ state_attr('sensor.althermasensors','Flow sensor (l/min)') }}"
        unit_of_measurement: "l/min"
        state_class: measurement
      - name: "Water flow switch"
        state: "{{ state_attr('sensor.althermasensors','Water flow switch') }}"
      - name: "Water pump operation"
        state: "{{ state_attr('sensor.althermasensors','Water pump operation') }}"
      - name: "Water pump level (original)"
        state: "{{ state_attr('sensor.althermasensors','Water pump signal (0:max-100:stop)') }}"
        unit_of_measurement: "%"
        state_class: measurement
      - name: "Water pump level"
        state: "{{ 100 - state_attr('sensor.althermasensors','Water pump signal (0:max-100:stop)') }}"
        unit_of_measurement: "%"
        state_class: measurement
      - name: "Reheat"
        state: "{{ state_attr('sensor.althermasensors','Reheat ON/OFF') }}"
      - name: "Circulation pump"
        state: "{{ state_attr('sensor.althermasensors','Circulation pump operation') }}"
      - name: "Delta T Heating"
        state: "{{ state_attr('sensor.althermasensors','Target delta T heating') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Delta T Cooling"
        state: "{{ state_attr('sensor.althermasensors','Target delta T cooling') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Outdoor temperature"
        state: "{{ state_attr('sensor.althermasensors','Outdoor air temp.(R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Thermostat"
        state: "{{ state_attr('sensor.althermasensors','Thermostat ON/OFF') }}"
      - name: "Defrost operation"
        state: "{{ state_attr('sensor.althermasensors','Defrost Operation') }}"
      - name: "Back-up heater"
        state: "{{ state_attr('sensor.althermasensors','BUH Step1') }}"
      - name: "Watertank setpoint"
        state: "{{ state_attr('sensor.althermasensors','DHW setpoint') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Room temperature setpoint"
        state: "{{ state_attr('sensor.althermasensors','RT setpoint') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water leaving temperature"
        state: "{{ state_attr('sensor.althermasensors','Leaving water temp. before BUH (R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water inlet temperature"
        state: "{{ state_attr('sensor.althermasensors','Inlet water temp.(R4T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Heat exchanger temperature"
        state: "{{ state_attr('sensor.althermasensors','Heat exchanger mid-temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Refrigerator liquid temperature"
        state: "{{ state_attr('sensor.althermasensors','Refrig. Temp. liquid side (R3T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water pressure"
        state: "{{ state_attr('sensor.althermasensors','Water pressure') }}"
        unit_of_measurement: "bar"
        state_class: measurement
      - name: "Leaving water setpoint"
        state: "{{ state_attr('sensor.althermasensors','LW setpoint (main)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Roomtemperature"
        state: "{{ state_attr('sensor.althermasensors','Indoor ambient temp. (R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Inverter current"
        state: "{{ state_attr('sensor.althermasensors','INV primary current (A)') }}"
        unit_of_measurement: "A"
        state_class: measurement
      - name: "Inverter frequency"
        state: "{{ state_attr('sensor.althermasensors','INV frequency (rps)') }}"
        unit_of_measurement: "rps"
        state_class: measurement
      - name: "Voltage"
        state: "{{ state_attr('sensor.althermasensors','Voltage (N-phase) (V)') }}"
        unit_of_measurement: "V"
        state_class: measurement
      - name: "Inverter usage"
        state: "{% if is_state_attr('sensor.althermasensors', 'Thermostat ON/OFF', 'ON') %} {{ (states('sensor.inverter_current')|float * 230 | float) }} {% else %} 0 {% endif %}"
        unit_of_measurement: "W"
        state_class: measurement
      - name: "Heat yield"
        state: "{% if is_state_attr('sensor.althermasensors', 'Thermostat ON/OFF', 'ON') %} {{ (states('sensor.inverter_usage')|float * states('sensor.cop')| float)|round|int }} {% else %} 0 {% endif %}"
        unit_of_measurement: "W"
        state_class: measurement
     
      - name : "Low noise control"
        state: "{{ stae_attr('sensor.althermasensors', 'Low noise control') }}"
        state_class: measurement
      - name : "Suction pipe temperature"
        state: "{{ state_attr('sensor.althermasensors', 'Suction pipe temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name : "Inverter current secondary"
        state: "{{ state_attr('sensor.althermasensors', 'INV secondary current (A)') }}"
        unit_of_measurement: "A"
        state_class: measurement
      - name : "Druk sensor"
        state: "{{ state_attr('sensor.althermasensors', 'Pressure sensor') }}"
        state_class: measurement
      - name : "STD Compressor 1"
        state: "{{ state_attr('sensor.althermasensors', 'STD Compressor 1') }}"
        state_class: measurement 
      - name : "Vries beveiliging"
        state: "{{ state_attr('sensor.althermasensors', 'Freeze Protection') }}"
        state_class: measurement 
      - name : "Stille modus"
        state: "{{ state_attr('sensor.althermasensors', 'Silent Mode') }}"
        state_class: measurement 

      - name: "ESPAltherma last update"
        state: "{{ as_timestamp(states.sensor.althermasensors.last_updated) | timestamp_custom('%H:%M:%S',True) }}"
      - name: "COP"
        unit_of_measurement: "COP"
        state_class: measurement
        state: >-
          {% if states('sensor.thermostat') == 'OFF'  %}
          {% set cop = 0.0 | float %} 
          {% elif states('sensor.thermostat') == 'ON' 
            or states('sensor.inverter_usage') |float >90 %}
          {% set t1 = states('sensor.water_leaving_temperature') | float %}
          {% set t2 = states('sensor.water_inlet_temperature') | float %}
          {% set f = states('sensor.flowpump') | float %}
          {% set pw = states('sensor.inverter_usage') | float %}
          {% set pwg = ((t1 - t2)*f) / 60 * 4184 | float %}
          {% set cop = pwg / pw | float  %}
            {% endif %}
          {% if cop != 0.0 %}
          {{ cop | float | round(1) }}
            {% else %}
          {% endif %}
      - name: "∆T"

[ Voor 0% gewijzigd door Septillion op 15-12-2022 17:32 . Reden: yaml code tags ]

[Toppe]

blinded schreef op woensdag 14 december 2022 @ 22:38:
en hoe fix je het begin?

code:

# Loads default set of integrations. Do not remove.
default_config:

# Text to speech
tts:
  - platform: google_translate

automation: !include automations.yaml
script: !include scripts.yaml
scene: !include scenes.yaml

sensor:
      - name: "Dampleidingtemperatuur"
        state: "{{ state_attr('sensor.althermasensors','Discharge pipe temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Operation mode"
        state: "{{ state_attr('sensor.althermasensors','Operation Mode') }}"
      - name: "I/O Mode"
        state: "{{ state_attr('sensor.althermasensors','I/U operation mode') }}"
      - name: "Current mode"
        state: "{% if is_state('sensor.espaltherma_thermostaat_aan_uit', 'ON') %} {{ state_attr('sensor.althermasensors','Operation Mode') }} {% else %} Uit {% endif %}"
      - name: "Booster thermal protection"
        state: "{{ state_attr('sensor.althermasensors','Thermal protector (Q1L) BUH') }}"
      - name: "Back-up thermal protection"
        state: "{{ state_attr('sensor.althermasensors','Thermal protector BSH') }}"
      - name: "Watertanktemperature"
        state: "{{ state_attr('sensor.althermasensors','DHW tank temp. (R5T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Flowpump"
        state: "{{ state_attr('sensor.althermasensors','Flow sensor (l/min)') }}"
        unit_of_measurement: "l/min"
        state_class: measurement
      - name: "Water flow switch"
        state: "{{ state_attr('sensor.althermasensors','Water flow switch') }}"
      - name: "Water pump operation"
        state: "{{ state_attr('sensor.althermasensors','Water pump operation') }}"
      - name: "Water pump level (original)"
        state: "{{ state_attr('sensor.althermasensors','Water pump signal (0:max-100:stop)') }}"
        unit_of_measurement: "%"
        state_class: measurement
      - name: "Water pump level"
        state: "{{ 100 - state_attr('sensor.althermasensors','Water pump signal (0:max-100:stop)') }}"
        unit_of_measurement: "%"
        state_class: measurement
      - name: "Reheat"
        state: "{{ state_attr('sensor.althermasensors','Reheat ON/OFF') }}"
      - name: "Circulation pump"
        state: "{{ state_attr('sensor.althermasensors','Circulation pump operation') }}"
      - name: "Delta T Heating"
        state: "{{ state_attr('sensor.althermasensors','Target delta T heating') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Delta T Cooling"
        state: "{{ state_attr('sensor.althermasensors','Target delta T cooling') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Outdoor temperature"
        state: "{{ state_attr('sensor.althermasensors','Outdoor air temp.(R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Thermostat"
        state: "{{ state_attr('sensor.althermasensors','Thermostat ON/OFF') }}"
      - name: "Defrost operation"
        state: "{{ state_attr('sensor.althermasensors','Defrost Operation') }}"
      - name: "Back-up heater"
        state: "{{ state_attr('sensor.althermasensors','BUH Step1') }}"
      - name: "Watertank setpoint"
        state: "{{ state_attr('sensor.althermasensors','DHW setpoint') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Room temperature setpoint"
        state: "{{ state_attr('sensor.althermasensors','RT setpoint') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water leaving temperature"
        state: "{{ state_attr('sensor.althermasensors','Leaving water temp. before BUH (R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water inlet temperature"
        state: "{{ state_attr('sensor.althermasensors','Inlet water temp.(R4T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Heat exchanger temperature"
        state: "{{ state_attr('sensor.althermasensors','Heat exchanger mid-temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Refrigerator liquid temperature"
        state: "{{ state_attr('sensor.althermasensors','Refrig. Temp. liquid side (R3T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water pressure"
        state: "{{ state_attr('sensor.althermasensors','Water pressure') }}"
        unit_of_measurement: "bar"
        state_class: measurement
      - name: "Leaving water setpoint"
        state: "{{ state_attr('sensor.althermasensors','LW setpoint (main)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Roomtemperature"
        state: "{{ state_attr('sensor.althermasensors','Indoor ambient temp. (R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Inverter current"
        state: "{{ state_attr('sensor.althermasensors','INV primary current (A)') }}"
        unit_of_measurement: "A"
        state_class: measurement
      - name: "Inverter frequency"
        state: "{{ state_attr('sensor.althermasensors','INV frequency (rps)') }}"
        unit_of_measurement: "rps"
        state_class: measurement
      - name: "Voltage"
        state: "{{ state_attr('sensor.althermasensors','Voltage (N-phase) (V)') }}"
        unit_of_measurement: "V"
        state_class: measurement
      - name: "Inverter usage"
        state: "{% if is_state_attr('sensor.althermasensors', 'Thermostat ON/OFF', 'ON') %} {{ (states('sensor.inverter_current')|float * 230 | float) }} {% else %} 0 {% endif %}"
        unit_of_measurement: "W"
        state_class: measurement
      - name: "Heat yield"
        state: "{% if is_state_attr('sensor.althermasensors', 'Thermostat ON/OFF', 'ON') %} {{ (states('sensor.inverter_usage')|float * states('sensor.cop')| float)|round|int }} {% else %} 0 {% endif %}"
        unit_of_measurement: "W"
        state_class: measurement
     
      - name : "Low noise control"
        state: "{{ stae_attr('sensor.althermasensors', 'Low noise control') }}"
        state_class: measurement
      - name : "Suction pipe temperature"
        state: "{{ state_attr('sensor.althermasensors', 'Suction pipe temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name : "Inverter current secondary"
        state: "{{ state_attr('sensor.althermasensors', 'INV secondary current (A)') }}"
        unit_of_measurement: "A"
        state_class: measurement
      - name : "Druk sensor"
        state: "{{ state_attr('sensor.althermasensors', 'Pressure sensor') }}"
        state_class: measurement
      - name : "STD Compressor 1"
        state: "{{ state_attr('sensor.althermasensors', 'STD Compressor 1') }}"
        state_class: measurement 
      - name : "Vries beveiliging"
        state: "{{ state_attr('sensor.althermasensors', 'Freeze Protection') }}"
        state_class: measurement 
      - name : "Stille modus"
        state: "{{ state_attr('sensor.althermasensors', 'Silent Mode') }}"
        state_class: measurement 

      - name: "ESPAltherma last update"
        state: "{{ as_timestamp(states.sensor.althermasensors.last_updated) | timestamp_custom('%H:%M:%S',True) }}"
      - name: "COP"
        unit_of_measurement: "COP"
        state_class: measurement
        state: >-
          {% if states('sensor.thermostat') == 'OFF'  %}
          {% set cop = 0.0 | float %} 
          {% elif states('sensor.thermostat') == 'ON' 
            or states('sensor.inverter_usage') |float >90 %}
          {% set t1 = states('sensor.water_leaving_temperature') | float %}
          {% set t2 = states('sensor.water_inlet_temperature') | float %}
          {% set f = states('sensor.flowpump') | float %}
          {% set pw = states('sensor.inverter_usage') | float %}
          {% set pwg = ((t1 - t2)*f) / 60 * 4184 | float %}
          {% set cop = pwg / pw | float  %}
            {% endif %}
          {% if cop != 0.0 %}
          {{ cop | float | round(1) }}
            {% else %}
          {% endif %}
      - name: "∆T"

template:
Op regel 11 zetten en de aller laatste regel verwijderen

[ShaneV]

Ik heb de EHV08S26CB9W, enig idee welke te kiezen uit de lijst?

[Toppe]

ShaneV schreef op donderdag 15 december 2022 @ 11:40:
Ik heb de EHV08S26CB9W, enig idee welke te kiezen uit de lijst?

Zou het eens proberen met LT_DA_04-08KW.h

[Driek]

Driek schreef op woensdag 14 december 2022 @ 13:39:
top, ik heb echt net de m5stack besteld om het allemaal up and running te krijgen.

zo mijn stick is binnen, gisteren platformio al klaar gezet dus gelijk alles geupload.
Daarna is hij zichtbaar op de wifi, en ook via mqtt in HA.
Dus het uploaden lijkt gelukt.

Straks een moment vinden om hem aan de wp te hangen. Ben benieuwd.

[MBgek]

@Toppe Leuk topic! ik draai al een paar jaar een ESP32 met ESPAltherma naar volle tevredenheid. Ik haal de data binnen via MQTT naar een Homey. Wil binnekort aan de gang met Docker op een Rpi om wat meer inzicht te krijgen met Grafana.

[Driek]

Driek schreef op donderdag 15 december 2022 @ 13:00:
[...]

zo mijn stick is binnen, gisteren platformio al klaar gezet dus gelijk alles geupload.
Daarna is hij zichtbaar op de wifi, en ook via mqtt in HA.
Dus het uploaden lijkt gelukt.

Straks een moment vinden om hem aan de wp te hangen. Ben benieuwd.

zo net dat ding aan de wp gehangen. Komt weer online.

Ik heb alleen niet echt entiteiten in HA, ik zie wel in mijn mqtt explorer dat de gegevens via de ATTR binnenkomen.
Eens even goed lezen hoe ik dit goed in HA krijg.

[Toppe]

Driek schreef op donderdag 15 december 2022 @ 14:47:
[...]

zo net dat ding aan de wp gehangen. Komt weer online.

Ik heb alleen niet echt entiteiten in HA, ik zie wel in mijn mqtt explorer dat de gegevens via de ATTR binnenkomen.
Eens even goed lezen hoe ik dit goed in HA krijg.

Toppe in "Home Assistant - Show je setup"

Daar staat een configuration.yaml bestand die dat voor je doet.

Onderste regel even verwijderen

Helaas positief getest vanochtend en duizelig like a malle dus even op de MacBook zit er nu niet in.

[Driek]

Toppe schreef op donderdag 15 december 2022 @ 14:52:
[...]


Toppe in "Home Assistant - Show je setup"

Daar staat een configuration.yaml bestand die dat voor je doet.

Onderste regel even verwijderen

Helaas positief getest vanochtend en duizelig like a malle dus even op de MacBook zit er nu niet in.

rustig aan, bedankt voor de tip!

[Toppe]

@blinded bij jou al werkend?

[blinded]

Toppe schreef op donderdag 15 december 2022 @ 14:56:
@blinded bij jou al werkend?

Nee, hard aan het "werk" werk.
Als ik het goed begrijp moet ik na de sensors in de config ook nog een 2de overview maken.
Kan ik daarvoor een "nieuw" blad aanmaken apart voor de wp want in mijn huidig overzicht zitten al andere dingen?

[Toppe]

blinded schreef op donderdag 15 december 2022 @ 15:28:
[...]

Nee, hard aan het "werk" werk.
Als ik het goed begrijp moet ik na de sensors in de config ook nog een 2de overview maken.
Kan ik daarvoor een "nieuw" blad aanmaken apart voor de wp want in mijn huidig overzicht zitten al andere dingen?

Tweede
Overview?

[Driek]

Toppe schreef op donderdag 15 december 2022 @ 15:29:
[...]


Tweede
Overview?

ik denk dat hij een extra tablad op de lovelace bedoelt.

[Driek]

vraagje, ik heb een sensor.yaml included
In de sensor.yaml voeg ik toe:

code:

- name: "Dampleidingtemperatuur"
  state: "{{ state_attr('sensor.althermasensors','Discharge pipe temp.') }}"
  unit_of_measurement: "°C"
  state_class: measurement

maar dan geeft hij de volgende fout:
The system cannot restart because the configuration is not valid: Invalid config for [sensor]: required key not provided @ data['platform']. Got None. (See /config/configuration.yaml, line 22).

Enig idee?

Dit is opgelost trouwens.

[blinded]

Driek schreef op donderdag 15 december 2022 @ 15:30:
[...]

ik denk dat hij een extra tablad op de lovelace bedoelt.

ja dat!

[Driek]

blinded schreef op donderdag 15 december 2022 @ 15:47:
[...]

ja dat!

in de lovelace zelf, op de 3 puntjes rechts boven klikken > edit dashboard > en dan op de + klikken, dan komt er nieuw tabblad bij

[blinded]

Driek schreef op donderdag 15 december 2022 @ 15:50:
[...]

in de lovelace zelf, op de 3 puntjes rechts boven klikken > edit dashboard > en dan op de + klikken, dan komt er nieuw tabblad bij

kan je daar dan een hele yaml in plakken ?

[Driek]

blinded schreef op donderdag 15 december 2022 @ 16:33:
[...]

kan je daar dan een hele yaml in plakken ?

in theorie wel, moet je wel weten wat je doet, en goed op spaties letten

[Driek]

Driek schreef op donderdag 15 december 2022 @ 16:35:
[...]

in theorie wel, moet je wel weten wat je doet, en goed op spaties letten

Het is mij gelukt om hem in 1 keer erin te plakken.
Her en der nog een entiteit die niet bestaat dus daar moet ik nog even induiken.

[Driek]

@Toppe

Het sensor script eindigt hiermee:

code:

      - name: "COP with cooling"
        unit_of_measurement: "COP"
        state_class: measurement
        state: >-
           {% if states('sensor.thermostat') == 'OFF'  %}
          {% set cop = 0.0 | float %} 
          {% elif states('sensor.thermostat') == 'ON' 
            or states('sensor.inverter_usage') |float >90 %}
          {% set t1 = states('sensor.water_leaving_temperature') | float %}
          {% set t2 = states('sensor.water_inlet_temperature') | float %}
          {% set f = states('sensor.flowpump') | float %}
          {% set pw = states('sensor.inverter_usage') | float %}
          {% set pwg = ((t1 - t2)*f) / 60 * 4184 | float %}
          {% set cop = pwg / pw | float  %}
            {% endif %}
          {% if cop != 0.0 %}
          {{ cop | float | round(1) }}
            {% else %}
          {% endif %}
      - name: "∆T"

Volgens mij hoort hier nog een stuk onder waardoor het dashboord niet helemaal correct werkt.
Kan je die ook tzt posten? (geen haast)

Daarnaast zou ik graag de Warmtepomp ook in de energy dashboard als gebruiker toevoegen. Maar daar kan ik hem niet selecteren. Is dit jouw wel gelukt?

[Danot]

Wat is er allemaal te regelen met deze module? Alleen aan/uit of ook instellingen als de thermostaat temperatuur en warmwater temperatuur?

[Toppe]

Driek schreef op donderdag 15 december 2022 @ 19:13:
@Toppe

Het sensor script eindigt hiermee:

code:

      - name: "COP with cooling"
        unit_of_measurement: "COP"
        state_class: measurement
        state: >-
           {% if states('sensor.thermostat') == 'OFF'  %}
          {% set cop = 0.0 | float %} 
          {% elif states('sensor.thermostat') == 'ON' 
            or states('sensor.inverter_usage') |float >90 %}
          {% set t1 = states('sensor.water_leaving_temperature') | float %}
          {% set t2 = states('sensor.water_inlet_temperature') | float %}
          {% set f = states('sensor.flowpump') | float %}
          {% set pw = states('sensor.inverter_usage') | float %}
          {% set pwg = ((t1 - t2)*f) / 60 * 4184 | float %}
          {% set cop = pwg / pw | float  %}
            {% endif %}
          {% if cop != 0.0 %}
          {{ cop | float | round(1) }}
            {% else %}
          {% endif %}
      - name: "∆T"

Volgens mij hoort hier nog een stuk onder waardoor het dashboord niet helemaal correct werkt.
Kan je die ook tzt posten? (geen haast)

Daarnaast zou ik graag de Warmtepomp ook in de energy dashboard als gebruiker toevoegen. Maar daar kan ik hem niet selecteren. Is dit jouw wel gelukt?

Laatste regel verwijderen. En vanaf regel 6 even extra spatie doen

[Toppe]

Danot schreef op donderdag 15 december 2022 @ 19:15:
Wat is er allemaal te regelen met deze module? Alleen aan/uit of ook instellingen als de thermostaat temperatuur en warmwater temperatuur?

Je kan er niets mee instellen. Enkel uitlezen.

[Driek]

Toppe schreef op donderdag 15 december 2022 @ 19:36:
[...]


Laatste regel verwijderen. En vanaf regel 6 even extra spatie doen

Ja het is meer dat ik de details van - name: "∆T" mis.

Op mijn lovelace krijg ik nu entity not available sensor.t
ik mis verder:
sensor.desinfectie
sensor.water_tank_afgeleide
sensor.altherma_daily_heat_energy_consumption
sensor.altherma_daily_heat_tank_energy_consumption

No een vraag, de thermostaat maak je die met Daikin Residential controller integratie?
Ik heb namelijk geen daikin account.
Hierdoor mis ik dus denk ik de climate.altherma

[ Voor 18% gewijzigd door Driek op 15-12-2022 19:46 ]

[Toppe]

Driek schreef op donderdag 15 december 2022 @ 19:42:
[...]

Ja het is meer dat ik de details van - name: "∆T" mis.

Op mijn lovelace krijg ik nu entity not available sensor.t
ik mis verder:
sensor.desinfectie
sensor.water_tank_afgeleide
sensor.altherma_daily_heat_energy_consumption
sensor.altherma_daily_heat_tank_energy_consumption

No een vraag, de thermostaat maak je die met Daikin Residential controller integratie?
Ik heb namelijk geen daikin account.
Hierdoor mis ik dus denk ik de climate.altherma

Voor die 4 missende sensoren heb je een Daikin account nodig. Delta T doe ik morgen ofzo even posten

[Driek]

Toppe schreef op donderdag 15 december 2022 @ 19:51:
[...]


Voor die 4 missende sensoren heb je een Daikin account nodig. Delta T doe ik morgen ofzo even posten

natuurlijk kan ik een account aanmaken, maar ik denk dat jou daikin aan de cloud hangt? Die van mij verder niet, dus ik denk dat ik daar verder dan niks aan heb.

[Toppe]

Driek schreef op donderdag 15 december 2022 @ 19:53:
[...]

natuurlijk kan ik een account aanmaken, maar ik denk dat jou daikin aan de cloud hangt? Die van mij verder niet, dus ik denk dat ik daar verder dan niks aan heb.

Ja klopt. Maar er zijn ook intergraties in HACS die met een lokaal account kunnen werken.

[Driek]

Toppe schreef op donderdag 15 december 2022 @ 20:00:
[...]


Ja klopt. Maar er zijn ook intergraties in HACS die met een lokaal account kunnen werken.

ok, die zal ik eens zoeken.

Ik ben oa geintereseerd in het energieverbruik, maar dat lijkt nu dus net niet te kunnen.

Hoewel ik denk dat het met de Inverter usage wel zou moeten kunnen.

[Toppe]

Driek schreef op donderdag 15 december 2022 @ 20:04:
[...]

ok, die zal ik eens zoeken.

Ik ben oa geintereseerd in het energieverbruik, maar dat lijkt nu dus net niet te kunnen.

Hoewel ik denk dat het met de Inverter usage wel zou moeten kunnen.

Het kan inderdaad wel met inverter usage. Moet je een riemann helper aanmaken en daar achter een nutsmeter

[Driek]

Toppe schreef op donderdag 15 december 2022 @ 20:14:
[...]


Het kan inderdaad wel met inverter usage. Moet je een riemann helper aanmaken en daar achter een nutsmeter

ja die heb ik net geinstalleerd, maar ik lijk geen waarde op inverter usage binnen te krijgen.
Maar dat zou kunnen omdat hij nu niet aan het verwarmen is.

Ik had eigenlijk gehoopt dat ik opgenomen electrisch vermogen en geproduceerde warmte die ik op mijn warmtepomp zelf wel kan aflezen ook nu via HA inzichtelijk zou krijgen.

[ Voor 18% gewijzigd door Driek op 15-12-2022 20:25 ]

[Toppe]

Driek schreef op donderdag 15 december 2022 @ 20:22:
[...]

ja die heb ik net geinstalleerd, maar ik lijk geen waarde op inverter usage binnen te krijgen.
Maar dat zou kunnen omdat hij nu niet aan het verwarmen is.

Ik had eigenlijk gehoopt dat ik opgenomen electrisch vermogen en geproduceerde warmte die ik op mijn warmtepomp zelf wel kan aflezen ook nu via HA inzichtelijk zou krijgen.

Als de ‘thermostaat’ uit is dan heb je geen verbruik.

[Driek]

edautz schreef op woensdag 14 december 2022 @ 19:57:
Goed dat hier een apart topic voor gestart is.

Momenteel mijn WP dashboard:

[Afbeelding]

Daar het deze week flink koud is nog met de WP parameters aan het experimenteren om het verbruik omlaag te krijgen.

Vraagje, hoe kom je aan dat espaltherma plaatje? Krijg hem zo snel niet gevonden.

[edautz]

Driek schreef op donderdag 15 december 2022 @ 21:17:
[...]

Vraagje, hoe kom je aan dat espaltherma plaatje? Krijg hem zo snel niet gevonden.

Kijk in dit GitHub issue

https://github.com/raomin/ESPAltherma/issues/17

Dan naar de post van 26 feb dit jaar, onder de hidden items. Daar kun je het plaatje kopiëren en de yaml code vinden. Plaatje naar wens aanpassen en code aanpassen met de juiste sensor namen en evt de posities en de grootte van de items aanpassen.

[Driek]

edautz schreef op donderdag 15 december 2022 @ 23:46:
[...]


Kijk in dit GitHub issue

https://github.com/raomin/ESPAltherma/issues/17

Dan naar de post van 26 feb dit jaar, onder de hidden items. Daar kun je het plaatje kopiëren en de yaml code vinden. Plaatje naar wens aanpassen en code aanpassen met de juiste sensor namen en evt de posities en de grootte van de items aanpassen.

thanks, goed verstopt inderdaad
https://user-images.githu...b4f-a348-8368061a08c8.png

[Toppe]

@Driek @blinded

YAML:

      - name: "Working COP"
        unit_of_measurement: "COP"
        state_class: measurement
        state: >-
          {% if states('sensor.thermostat') == 'OFF'  %}
          {% set cop = 0.0 | float %} 
          {% elif states('sensor.thermostat') == 'ON' 
            or states('sensor.inverter_usage') |float >90 %}
          {% set t1 = states('sensor.water_leaving_temperature') | float %}
          {% set t2 = states('sensor.water_inlet_temperature') | float %}
          {% set f = states('sensor.flowpump') | float %}
          {% set pw = states('sensor.inverter_usage') | float %}
          {% set pwg = ((t1 - t2)*f) / 60 * 4184 | float %}
          {% set cop = pwg / pw | float  %}
            {% endif %}
          {% if cop != 0.0 %}
          {{ cop | float | round(1) }}
            {% else %}
          {% endif %}

      - name: "∆T"
        unit_of_measurement: "°C"
        state_class: measurement
        state: >-
          {{ (states('sensor.water_leaving_temperature')|float - states('sensor.water_inlet_temperature') | float)|round(1) }}

[ShaneV]

Het lukt mij niet exact. Ik heb de sensors toegevoegd aan mijn sensor.yaml maar, krijg steeds deze foutmelding:

Invalid config for [sensor.template]: expected dictionary for dictionary value @ data['sensors']. Got [OrderedDict([('name', 'Dampleidingtemperatuur'), ('state', "{{ state_attr('sensor.althermasensors','Discharge pipe temp.') }}"), ('unit_of_measurement', '°C'), ('state_class', 'measurement')]), OrderedDict([('name', 'Operation mode'), ('state', "{{ state_attr('sensor.althermasensors','Operation Mode') }}")]), OrderedDict([('name', 'I/O Mode'), ('state', "{{ state_attr('sensor.althermasensors','I/U operation mode') }}")]), OrderedDict([('name', 'Current mode'), ('state', "{% if is_state('sens.... (See ?, line ?).

YAML:

  - platform: template
    sensors:
      screen_sensor_opslagkamer:
        friendly_name: "Screen sensor opslagkamer"
        value_template: >-
          {% if is_state("binary_sensor.screen_opslagkamer_contact", "off") %}
            Open
          {% else %}
            Dicht
          {% endif %}

  - platform: template
    sensors:
      - name: "Dampleidingtemperatuur"
        state: "{{ state_attr('sensor.althermasensors','Discharge pipe temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Operation mode"
        state: "{{ state_attr('sensor.althermasensors','Operation Mode') }}"
      - name: "I/O Mode"
        state: "{{ state_attr('sensor.althermasensors','I/U operation mode') }}"
      - name: "Current mode"
        state: "{% if is_state('sensor.espaltherma_thermostaat_aan_uit', 'ON') %} {{ state_attr('sensor.althermasensors','Operation Mode') }} {% else %} Uit {% endif %}"
      - name: "Booster thermal protection"
        state: "{{ state_attr('sensor.althermasensors','Thermal protector (Q1L) BUH') }}"
      - name: "Back-up thermal protection"
        state: "{{ state_attr('sensor.althermasensors','Thermal protector BSH') }}"
      - name: "Watertanktemperature"
        state: "{{ state_attr('sensor.althermasensors','DHW tank temp. (R5T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Flowpump"
        state: "{{ state_attr('sensor.althermasensors','Flow sensor (l/min)') }}"
        unit_of_measurement: "l/min"
        state_class: measurement
      - name: "Water flow switch"
        state: "{{ state_attr('sensor.althermasensors','Water flow switch') }}"
      - name: "Water pump operation"
        state: "{{ state_attr('sensor.althermasensors','Water pump operation') }}"
      - name: "Water pump level (original)"
        state: "{{ state_attr('sensor.althermasensors','Water pump signal (0:max-100:stop)') }}"
        unit_of_measurement: "%"
        state_class: measurement
      - name: "Water pump level"
        state: "{{ 100 - state_attr('sensor.althermasensors','Water pump signal (0:max-100:stop)') }}"
        unit_of_measurement: "%"
        state_class: measurement
      - name: "Reheat"
        state: "{{ state_attr('sensor.althermasensors','Reheat ON/OFF') }}"
      - name: "Circulation pump"
        state: "{{ state_attr('sensor.althermasensors','Circulation pump operation') }}"
      - name: "Delta T Heating"
        state: "{{ state_attr('sensor.althermasensors','Target delta T heating') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Delta T Cooling"
        state: "{{ state_attr('sensor.althermasensors','Target delta T cooling') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Outdoor temperature"
        state: "{{ state_attr('sensor.althermasensors','Outdoor air temp.(R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Thermostat"
        state: "{{ state_attr('sensor.althermasensors','Thermostat ON/OFF') }}"
      - name: "Defrost operation"
        state: "{{ state_attr('sensor.althermasensors','Defrost Operation') }}"
      - name: "Back-up heater"
        state: "{{ state_attr('sensor.althermasensors','BUH Step1') }}"
      - name: "Watertank setpoint"
        state: "{{ state_attr('sensor.althermasensors','DHW setpoint') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Room temperature setpoint"
        state: "{{ state_attr('sensor.althermasensors','RT setpoint') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water leaving temperature"
        state: "{{ state_attr('sensor.althermasensors','Leaving water temp. before BUH (R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water inlet temperature"
        state: "{{ state_attr('sensor.althermasensors','Inlet water temp.(R4T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Heat exchanger temperature"
        state: "{{ state_attr('sensor.althermasensors','Heat exchanger mid-temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Refrigerator liquid temperature"
        state: "{{ state_attr('sensor.althermasensors','Refrig. Temp. liquid side (R3T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water pressure"
        state: "{{ state_attr('sensor.althermasensors','Water pressure') }}"
        unit_of_measurement: "bar"
        state_class: measurement
      - name: "Leaving water setpoint"
        state: "{{ state_attr('sensor.althermasensors','LW setpoint (main)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Roomtemperature"
        state: "{{ state_attr('sensor.althermasensors','Indoor ambient temp. (R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Inverter current"
        state: "{{ state_attr('sensor.althermasensors','INV primary current (A)') }}"
        unit_of_measurement: "A"
        state_class: measurement
      - name: "Inverter frequency"
        state: "{{ state_attr('sensor.althermasensors','INV frequency (rps)') }}"
        unit_of_measurement: "rps"
        state_class: measurement
      - name: "Voltage"
        state: "{{ state_attr('sensor.althermasensors','Voltage (N-phase) (V)') }}"
        unit_of_measurement: "V"
        state_class: measurement
      - name: "Inverter usage"
        state: "{% if is_state_attr('sensor.althermasensors', 'Thermostat ON/OFF', 'ON') %} {{ (states('sensor.inverter_current')|float * 230 | float) }} {% else %} 0 {% endif %}"
        unit_of_measurement: "W"
        state_class: measurement
      - name: "Heat yield"
        state: "{% if is_state_attr('sensor.althermasensors', 'Thermostat ON/OFF', 'ON') %} {{ (states('sensor.inverter_usage')|float * states('sensor.cop')| float)|round|int }} {% else %} 0 {% endif %}"
        unit_of_measurement: "W"
        state_class: measurement
     
      - name : "Low noise control"
        state: "{{ stae_attr('sensor.althermasensors', 'Low noise control') }}"
        state_class: measurement
      - name : "Suction pipe temperature"
        state: "{{ state_attr('sensor.althermasensors', 'Suction pipe temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name : "Inverter current secondary"
        state: "{{ state_attr('sensor.althermasensors', 'INV secondary current (A)') }}"
        unit_of_measurement: "A"
        state_class: measurement
      - name : "Druk sensor"
        state: "{{ state_attr('sensor.althermasensors', 'Pressure sensor') }}"
        state_class: measurement
      - name : "STD Compressor 1"
        state: "{{ state_attr('sensor.althermasensors', 'STD Compressor 1') }}"
        state_class: measurement 
      - name : "Vries beveiliging"
        state: "{{ state_attr('sensor.althermasensors', 'Freeze Protection') }}"
        state_class: measurement 
      - name : "Stille modus"
        state: "{{ state_attr('sensor.althermasensors', 'Silent Mode') }}"
        state_class: measurement 

      - name: "ESPAltherma last update"
        state: "{{ as_timestamp(states.sensor.althermasensors.last_updated) | timestamp_custom('%H:%M:%S',True) }}"
      - name: "COP"
        unit_of_measurement: "COP"
        state_class: measurement
        state: >-
          {% if states('sensor.thermostat') == 'OFF'  %}
          {% set cop = 0.0 | float %} 
          {% elif states('sensor.thermostat') == 'ON' 
            or states('sensor.inverter_usage') |float >90 %}
          {% set t1 = states('sensor.water_leaving_temperature') | float %}
          {% set t2 = states('sensor.water_inlet_temperature') | float %}
          {% set f = states('sensor.flowpump') | float %}
          {% set pw = states('sensor.inverter_usage') | float %}
          {% set pwg = ((t1 - t2)*f) / 60 * 4184 | float %}
          {% set cop = pwg / pw | float  %}
            {% endif %}
          {% if cop != 0.0 %}
          {{ cop | float | round(1) }}
            {% else %}
          {% endif %}
      - name: "∆T"

[Driek]

ShaneV schreef op vrijdag 16 december 2022 @ 09:27:
Het lukt mij niet exact. Ik heb de sensors toegevoegd aan mijn sensor.yaml maar, krijg steeds deze foutmelding:

Invalid config for [sensor.template]: expected dictionary for dictionary value @ data['sensors']. Got [OrderedDict([('name', 'Dampleidingtemperatuur'), ('state', "{{ state_attr('sensor.althermasensors','Discharge pipe temp.') }}"), ('unit_of_measurement', '°C'), ('state_class', 'measurement')]), OrderedDict([('name', 'Operation mode'), ('state', "{{ state_attr('sensor.althermasensors','Operation Mode') }}")]), OrderedDict([('name', 'I/O Mode'), ('state', "{{ state_attr('sensor.althermasensors','I/U operation mode') }}")]), OrderedDict([('name', 'Current mode'), ('state', "{% if is_state('sens.... (See ?, line ?).

YAML:

  - platform: template
    sensors:
      screen_sensor_opslagkamer:
        friendly_name: "Screen sensor opslagkamer"
        value_template: >-
          {% if is_state("binary_sensor.screen_opslagkamer_contact", "off") %}
            Open
          {% else %}
            Dicht
          {% endif %}

  - platform: template
    sensors:
      - name: "Dampleidingtemperatuur"
        state: "{{ state_attr('sensor.althermasensors','Discharge pipe temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Operation mode"
        state: "{{ state_attr('sensor.althermasensors','Operation Mode') }}"
      - name: "I/O Mode"
        state: "{{ state_attr('sensor.althermasensors','I/U operation mode') }}"
      - name: "Current mode"
        state: "{% if is_state('sensor.espaltherma_thermostaat_aan_uit', 'ON') %} {{ state_attr('sensor.althermasensors','Operation Mode') }} {% else %} Uit {% endif %}"
      - name: "Booster thermal protection"
        state: "{{ state_attr('sensor.althermasensors','Thermal protector (Q1L) BUH') }}"
      - name: "Back-up thermal protection"
        state: "{{ state_attr('sensor.althermasensors','Thermal protector BSH') }}"
      - name: "Watertanktemperature"
        state: "{{ state_attr('sensor.althermasensors','DHW tank temp. (R5T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Flowpump"
        state: "{{ state_attr('sensor.althermasensors','Flow sensor (l/min)') }}"
        unit_of_measurement: "l/min"
        state_class: measurement
      - name: "Water flow switch"
        state: "{{ state_attr('sensor.althermasensors','Water flow switch') }}"
      - name: "Water pump operation"
        state: "{{ state_attr('sensor.althermasensors','Water pump operation') }}"
      - name: "Water pump level (original)"
        state: "{{ state_attr('sensor.althermasensors','Water pump signal (0:max-100:stop)') }}"
        unit_of_measurement: "%"
        state_class: measurement
      - name: "Water pump level"
        state: "{{ 100 - state_attr('sensor.althermasensors','Water pump signal (0:max-100:stop)') }}"
        unit_of_measurement: "%"
        state_class: measurement
      - name: "Reheat"
        state: "{{ state_attr('sensor.althermasensors','Reheat ON/OFF') }}"
      - name: "Circulation pump"
        state: "{{ state_attr('sensor.althermasensors','Circulation pump operation') }}"
      - name: "Delta T Heating"
        state: "{{ state_attr('sensor.althermasensors','Target delta T heating') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Delta T Cooling"
        state: "{{ state_attr('sensor.althermasensors','Target delta T cooling') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Outdoor temperature"
        state: "{{ state_attr('sensor.althermasensors','Outdoor air temp.(R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Thermostat"
        state: "{{ state_attr('sensor.althermasensors','Thermostat ON/OFF') }}"
      - name: "Defrost operation"
        state: "{{ state_attr('sensor.althermasensors','Defrost Operation') }}"
      - name: "Back-up heater"
        state: "{{ state_attr('sensor.althermasensors','BUH Step1') }}"
      - name: "Watertank setpoint"
        state: "{{ state_attr('sensor.althermasensors','DHW setpoint') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Room temperature setpoint"
        state: "{{ state_attr('sensor.althermasensors','RT setpoint') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water leaving temperature"
        state: "{{ state_attr('sensor.althermasensors','Leaving water temp. before BUH (R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water inlet temperature"
        state: "{{ state_attr('sensor.althermasensors','Inlet water temp.(R4T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Heat exchanger temperature"
        state: "{{ state_attr('sensor.althermasensors','Heat exchanger mid-temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Refrigerator liquid temperature"
        state: "{{ state_attr('sensor.althermasensors','Refrig. Temp. liquid side (R3T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water pressure"
        state: "{{ state_attr('sensor.althermasensors','Water pressure') }}"
        unit_of_measurement: "bar"
        state_class: measurement
      - name: "Leaving water setpoint"
        state: "{{ state_attr('sensor.althermasensors','LW setpoint (main)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Roomtemperature"
        state: "{{ state_attr('sensor.althermasensors','Indoor ambient temp. (R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Inverter current"
        state: "{{ state_attr('sensor.althermasensors','INV primary current (A)') }}"
        unit_of_measurement: "A"
        state_class: measurement
      - name: "Inverter frequency"
        state: "{{ state_attr('sensor.althermasensors','INV frequency (rps)') }}"
        unit_of_measurement: "rps"
        state_class: measurement
      - name: "Voltage"
        state: "{{ state_attr('sensor.althermasensors','Voltage (N-phase) (V)') }}"
        unit_of_measurement: "V"
        state_class: measurement
      - name: "Inverter usage"
        state: "{% if is_state_attr('sensor.althermasensors', 'Thermostat ON/OFF', 'ON') %} {{ (states('sensor.inverter_current')|float * 230 | float) }} {% else %} 0 {% endif %}"
        unit_of_measurement: "W"
        state_class: measurement
      - name: "Heat yield"
        state: "{% if is_state_attr('sensor.althermasensors', 'Thermostat ON/OFF', 'ON') %} {{ (states('sensor.inverter_usage')|float * states('sensor.cop')| float)|round|int }} {% else %} 0 {% endif %}"
        unit_of_measurement: "W"
        state_class: measurement
     
      - name : "Low noise control"
        state: "{{ stae_attr('sensor.althermasensors', 'Low noise control') }}"
        state_class: measurement
      - name : "Suction pipe temperature"
        state: "{{ state_attr('sensor.althermasensors', 'Suction pipe temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name : "Inverter current secondary"
        state: "{{ state_attr('sensor.althermasensors', 'INV secondary current (A)') }}"
        unit_of_measurement: "A"
        state_class: measurement
      - name : "Druk sensor"
        state: "{{ state_attr('sensor.althermasensors', 'Pressure sensor') }}"
        state_class: measurement
      - name : "STD Compressor 1"
        state: "{{ state_attr('sensor.althermasensors', 'STD Compressor 1') }}"
        state_class: measurement 
      - name : "Vries beveiliging"
        state: "{{ state_attr('sensor.althermasensors', 'Freeze Protection') }}"
        state_class: measurement 
      - name : "Stille modus"
        state: "{{ state_attr('sensor.althermasensors', 'Silent Mode') }}"
        state_class: measurement 

      - name: "ESPAltherma last update"
        state: "{{ as_timestamp(states.sensor.althermasensors.last_updated) | timestamp_custom('%H:%M:%S',True) }}"
      - name: "COP"
        unit_of_measurement: "COP"
        state_class: measurement
        state: >-
          {% if states('sensor.thermostat') == 'OFF'  %}
          {% set cop = 0.0 | float %} 
          {% elif states('sensor.thermostat') == 'ON' 
            or states('sensor.inverter_usage') |float >90 %}
          {% set t1 = states('sensor.water_leaving_temperature') | float %}
          {% set t2 = states('sensor.water_inlet_temperature') | float %}
          {% set f = states('sensor.flowpump') | float %}
          {% set pw = states('sensor.inverter_usage') | float %}
          {% set pwg = ((t1 - t2)*f) / 60 * 4184 | float %}
          {% set cop = pwg / pw | float  %}
            {% endif %}
          {% if cop != 0.0 %}
          {{ cop | float | round(1) }}
            {% else %}
          {% endif %}
      - name: "∆T"

je hebt twee keer:
- platform: template
sensors:

De tweede keer moet je weghalen.
En onderin de deltaT, moet je even aanvullen met de post boven je, daar staat de gehele definitie

[Driek]

Toppe schreef op vrijdag 16 december 2022 @ 09:04:
@Driek @blinded

YAML:

      - name: "Working COP"
        unit_of_measurement: "COP"
        state_class: measurement
        state: >-
          {% if states('sensor.thermostat') == 'OFF'  %}
          {% set cop = 0.0 | float %} 
          {% elif states('sensor.thermostat') == 'ON' 
            or states('sensor.inverter_usage') |float >90 %}
          {% set t1 = states('sensor.water_leaving_temperature') | float %}
          {% set t2 = states('sensor.water_inlet_temperature') | float %}
          {% set f = states('sensor.flowpump') | float %}
          {% set pw = states('sensor.inverter_usage') | float %}
          {% set pwg = ((t1 - t2)*f) / 60 * 4184 | float %}
          {% set cop = pwg / pw | float  %}
            {% endif %}
          {% if cop != 0.0 %}
          {{ cop | float | round(1) }}
            {% else %}
          {% endif %}

      - name: "∆T"
        unit_of_measurement: "°C"
        state_class: measurement
        state: >-
          {{ (states('sensor.water_leaving_temperature')|float - states('sensor.water_inlet_temperature') | float)|round(1) }}

Dank je, heb hem nu bijna helemaal naar mijn zin, vooral op basis van jou template.
Dus mijn dank daarvoor.

Nu inderdaad nog een mobiel proof template en dan zijn we er.

Ik heb nu dus goed inzicht in mijn COP, en de kWh lijkt ook goed te gaan, inclusief toevoeging op het energie dashboard. En dat is wat ik wilde.

Aangzien ik verder geen gateway heb op mijn unit heb ik geen thermostaat functie, maar die heb ik ook niet nodig, hij staat altij op 1 temperatuur.

[ShaneV]

Driek schreef op vrijdag 16 december 2022 @ 09:33:
[...]

je hebt twee keer:
- platform: template
sensors:

De tweede keer moet je weghalen.
En onderin de deltaT, moet je even aanvullen met de post boven je, daar staat de gehele definitie

Ik heb dit altijd zo voor al men definities. Werkt perfect. Er staan er nog een pak boven.

YAML:

  - platform: template
    sensors:
      screen_sensor_slaapkamer_ellie:
        friendly_name: "Screen sensor slaapkamer ellie"
        value_template: >-
          {% if is_state("binary_sensor.screen_slaapkamer_ellie_contact", "off") %}
            Open
          {% else %}
            Dicht
          {% endif %}   

  - platform: template
    sensors:
      screen_sensor_screen_pergola:
        friendly_name: "Screen sensor pergola"
        value_template: >-
          {% if is_state("binary_sensor.sensor_screen_pergola_contact", "off") %}
            Open
          {% else %}
            Dicht
          {% endif %} 

[Driek]

ShaneV schreef op vrijdag 16 december 2022 @ 09:37:
[...]


Ik heb dit altijd zo voor al men definities. Werkt perfect. Er staan er nog een pak boven.

YAML:

  - platform: template
    sensors:
      screen_sensor_slaapkamer_ellie:
        friendly_name: "Screen sensor slaapkamer ellie"
        value_template: >-
          {% if is_state("binary_sensor.screen_slaapkamer_ellie_contact", "off") %}
            Open
          {% else %}
            Dicht
          {% endif %}   

  - platform: template
    sensors:
      screen_sensor_screen_pergola:
        friendly_name: "Screen sensor pergola"
        value_template: >-
          {% if is_state("binary_sensor.sensor_screen_pergola_contact", "off") %}
            Open
          {% else %}
            Dicht
          {% endif %} 

ok, ik meen me te herinneren dat hij vroeger bij mij daar over zeurde.
Maar mijn tip is, begin met 1 sensor toevoegen en kijk wat er gebeurt.

code:

- sensor:
  - name: "Dampleidingtemperatuur"
    state: "{{ state_attr('sensor.althermasensors','Discharge pipe temp.') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "I/O Mode"
    state: "{{ state_attr('sensor.althermasensors','I/U operation mode') }}"
    
  - name: "Operation Mode"
    state: "{{ state_attr('sensor.althermasensors','Operation Mode') }}"   
  - name: "Error type"
    state: "{{ state_attr('sensor.althermasensors','Error type') }}"       
  - name: "Current mode"
    state: "{% if is_state('sensor.espaltherma_thermostaat_aan_uit', 'ON') %} {{ state_attr('sensor.althermasensors','Operation Mode') }} {% else %} Uit {% endif %}"
  - name: "Booster thermal protection"
    state: "{{ state_attr('sensor.althermasensors','Thermal protector (Q1L) BUH') }}"
  - name: "Back-up thermal protection"
    state: "{{ state_attr('sensor.althermasensors','Thermal protector BSH') }}"
  - name: "Watertanktemperature"
    state: "{{ state_attr('sensor.althermasensors','DHW tank temp. (R5T)') }}"
    unit_of_measurement: "°C"
    state_class: measurement    
  - name: "Flowpump"
    state: "{{ state_attr('sensor.althermasensors','Flow sensor (l/min)') }}"
    unit_of_measurement: "l/min"
    state_class: measurement
  - name: "Water flow switch"
    state: "{{ state_attr('sensor.althermasensors','Water flow switch') }}"
  - name: "Water pump operation"
    state: "{{ state_attr('sensor.althermasensors','Water pump operation') }}"
  - name: "Water pump level (original)"
    state: "{{ state_attr('sensor.althermasensors','Water pump signal (0:max-100:stop)') }}"
    unit_of_measurement: "%"
    state_class: measurement
  - name: "Water pump level"
    state: "{{ 100 - state_attr('sensor.althermasensors','Water pump signal (0:max-100:stop)') }}"
    unit_of_measurement: "%"
    state_class: measurement
  - name: "Reheat"
    state: "{{ state_attr('sensor.althermasensors','Reheat ON/OFF') }}"
  - name: "Circulation pump"
    state: "{{ state_attr('sensor.althermasensors','Circulation pump operation') }}"
  - name: "Delta T Heating"
    state: "{{ state_attr('sensor.althermasensors','Target delta T heating') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "Delta T Cooling"
    state: "{{ state_attr('sensor.althermasensors','Target delta T cooling') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "Outdoor temperature"
    state: "{{ state_attr('sensor.althermasensors','Outdoor air temp.(R1T)') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "Thermostat"
    state: "{{ state_attr('sensor.althermasensors','Thermostat ON/OFF') }}"
  - name: "Defrost operation"
    state: "{{ state_attr('sensor.althermasensors','Defrost Operation') }}"
  - name: "Back-up heater"
    state: "{{ state_attr('sensor.althermasensors','BUH Step1') }}"
  - name: "Watertank setpoint"
    state: "{{ state_attr('sensor.althermasensors','DHW setpoint') }}"
    unit_of_measurement: "°C"
    state_class: measurement   
  - name: "Room temperature setpoint"
    state: "{{ state_attr('sensor.althermasensors','RT setpoint') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "Water leaving temperature"
    state: "{{ state_attr('sensor.althermasensors','Leaving water temp. before BUH (R1T)') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "Water inlet temperature"
    state: "{{ state_attr('sensor.althermasensors','Inlet water temp.(R4T)') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "Heat exchanger temperature"
    state: "{{ state_attr('sensor.althermasensors','Heat exchanger mid-temp.') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "Refrigerator liquid temperature"
    state: "{{ state_attr('sensor.althermasensors','Refrig. Temp. liquid side (R3T)') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "Water pressure"
    state: "{{ state_attr('sensor.althermasensors','Water pressure') }}"
    unit_of_measurement: "bar"
    state_class: measurement
  - name: "Leaving water setpoint"
    state: "{{ state_attr('sensor.althermasensors','LW setpoint (main)') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "Roomtemperature"
    state: "{{ state_attr('sensor.althermasensors','Indoor ambient temp. (R1T)') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "Inverter current"
    state: "{{ state_attr('sensor.althermasensors','INV primary current (A)') }}"
    unit_of_measurement: "A"
    state_class: measurement
  - name: "Inverter frequency"
    state: "{{ state_attr('sensor.althermasensors','INV frequency (rps)') }}"
    unit_of_measurement: "rps"
    state_class: measurement
  - name: "Voltage"
    state: "{{ state_attr('sensor.althermasensors','Voltage (N-phase) (V)') }}"
    unit_of_measurement: "V"
    state_class: measurement  
  - name: "Inverter usage"
    state: "{% if is_state_attr('sensor.althermasensors', 'Thermostat ON/OFF', 'ON') %} {{ (states('sensor.inverter_current')|float * 230 | float) }} {% else %} 0 {% endif %}"
    unit_of_measurement: "W"
    state_class: measurement
    device_class: energy
  - name: "Heat yield"
    state: "{% if is_state_attr('sensor.althermasensors', 'Thermostat ON/OFF', 'ON') %} {{ (states('sensor.inverter_usage')|float * states('sensor.cop')| float)|round|int }} {% else %} 0 {% endif %}"
    unit_of_measurement: "W"
    state_class: measurement    
  - name : "Low noise control"
    state: "{{ stae_attr('sensor.althermasensors', 'Low noise control') }}"
    state_class: measurement
  - name : "Suction pipe temperature"
    state: "{{ state_attr('sensor.althermasensors', 'Suction pipe temp.') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name : "Inverter current secondary"
    state: "{{ state_attr('sensor.althermasensors', 'INV secondary current (A)') }}"
    unit_of_measurement: "A"
    state_class: measurement
  - name : "Druk sensor"
    state: "{{ state_attr('sensor.althermasensors', 'Pressure sensor') }}"
    state_class: measurement
  - name : "STD Compressor 1"
    state: "{{ state_attr('sensor.althermasensors', 'STD Compressor 1') }}"
    state_class: measurement 
  - name : "Vries beveiliging"
    state: "{{ state_attr('sensor.althermasensors', 'Freeze Protection') }}"
    state_class: measurement 
  - name : "Stille modus"
    state: "{{ state_attr('sensor.althermasensors', 'Silent Mode') }}"
    state_class: measurement 
  - name: "ESPAltherma last update"
    state: "{{ as_timestamp(states.sensor.althermasensors.last_updated) | timestamp_custom('%H:%M:%S',True) }}"    
  - name: "COP"
    unit_of_measurement: "COP"
    state_class: measurement
    state: >-
      {% if states('sensor.thermostat') == 'OFF'  %}
      {% set cop = 0.0 | float %} 
      {% elif states('sensor.thermostat') == 'ON' 
        or states('sensor.inverter_usage') |float >90 %}
      {% set t1 = states('sensor.water_leaving_temperature') | float %}
      {% set t2 = states('sensor.water_inlet_temperature') | float %}
      {% set f = states('sensor.flowpump') | float %}
      {% set pw = states('sensor.inverter_usage') | float %}
      {% set pwg = ((t1 - t2)*f) / 60 * 4184 | float %}
      {% set cop = pwg / pw | float  %}
        {% endif %}
      {% if cop != 0.0 %}
      {{ cop | float | round(1) }}
        {% else %}
      {% endif %}    
  - name: "COP with cooling"
    unit_of_measurement: "COP"
    state_class: measurement
    state: >-
      {% if states('sensor.thermostat') == 'OFF'  %}
      {% set cop = 0.0 | float %} 
      {% elif states('sensor.thermostat') == 'ON' 
        or states('sensor.inverter_usage') |float >90 %}
      {% set t1 = states('sensor.water_leaving_temperature') | float %}
      {% set t2 = states('sensor.water_inlet_temperature') | float %}
      {% set f = states('sensor.flowpump') | float %}
      {% set pw = states('sensor.inverter_usage') | float %}
      {% set pwg = ((t1 - t2)*f) / 60 * 4184 | float %}
      {% set cop = pwg / pw | float  %}
        {% endif %}
      {% if cop != 0.0 %}
      {{ cop | float | round(1) }}
        {% else %}
      {% endif %}   
  - name: "∆T"
    unit_of_measurement: "°C"
    state_class: measurement
    state: >-
      {{ (states('sensor.water_leaving_temperature')|float - states('sensor.water_inlet_temperature') | float)|round(1) }}

mijne ziet er nu zo uit, in een losse template.yaml

[ShaneV]

Driek schreef op vrijdag 16 december 2022 @ 09:39:
[...]

ok, ik meen me te herinneren dat hij vroeger bij mij daar over zeurde.
Maar mijn tip is, begin met 1 sensor toevoegen en kijk wat er gebeurt.

code:

- sensor:
  - name: "Dampleidingtemperatuur"
    state: "{{ state_attr('sensor.althermasensors','Discharge pipe temp.') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "I/O Mode"
    state: "{{ state_attr('sensor.althermasensors','I/U operation mode') }}"
    
  - name: "Operation Mode"
    state: "{{ state_attr('sensor.althermasensors','Operation Mode') }}"   
  - name: "Error type"
    state: "{{ state_attr('sensor.althermasensors','Error type') }}"       
  - name: "Current mode"
    state: "{% if is_state('sensor.espaltherma_thermostaat_aan_uit', 'ON') %} {{ state_attr('sensor.althermasensors','Operation Mode') }} {% else %} Uit {% endif %}"
  - name: "Booster thermal protection"
    state: "{{ state_attr('sensor.althermasensors','Thermal protector (Q1L) BUH') }}"
  - name: "Back-up thermal protection"
    state: "{{ state_attr('sensor.althermasensors','Thermal protector BSH') }}"
  - name: "Watertanktemperature"
    state: "{{ state_attr('sensor.althermasensors','DHW tank temp. (R5T)') }}"
    unit_of_measurement: "°C"
    state_class: measurement    
  - name: "Flowpump"
    state: "{{ state_attr('sensor.althermasensors','Flow sensor (l/min)') }}"
    unit_of_measurement: "l/min"
    state_class: measurement
  - name: "Water flow switch"
    state: "{{ state_attr('sensor.althermasensors','Water flow switch') }}"
  - name: "Water pump operation"
    state: "{{ state_attr('sensor.althermasensors','Water pump operation') }}"
  - name: "Water pump level (original)"
    state: "{{ state_attr('sensor.althermasensors','Water pump signal (0:max-100:stop)') }}"
    unit_of_measurement: "%"
    state_class: measurement
  - name: "Water pump level"
    state: "{{ 100 - state_attr('sensor.althermasensors','Water pump signal (0:max-100:stop)') }}"
    unit_of_measurement: "%"
    state_class: measurement
  - name: "Reheat"
    state: "{{ state_attr('sensor.althermasensors','Reheat ON/OFF') }}"
  - name: "Circulation pump"
    state: "{{ state_attr('sensor.althermasensors','Circulation pump operation') }}"
  - name: "Delta T Heating"
    state: "{{ state_attr('sensor.althermasensors','Target delta T heating') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "Delta T Cooling"
    state: "{{ state_attr('sensor.althermasensors','Target delta T cooling') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "Outdoor temperature"
    state: "{{ state_attr('sensor.althermasensors','Outdoor air temp.(R1T)') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "Thermostat"
    state: "{{ state_attr('sensor.althermasensors','Thermostat ON/OFF') }}"
  - name: "Defrost operation"
    state: "{{ state_attr('sensor.althermasensors','Defrost Operation') }}"
  - name: "Back-up heater"
    state: "{{ state_attr('sensor.althermasensors','BUH Step1') }}"
  - name: "Watertank setpoint"
    state: "{{ state_attr('sensor.althermasensors','DHW setpoint') }}"
    unit_of_measurement: "°C"
    state_class: measurement   
  - name: "Room temperature setpoint"
    state: "{{ state_attr('sensor.althermasensors','RT setpoint') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "Water leaving temperature"
    state: "{{ state_attr('sensor.althermasensors','Leaving water temp. before BUH (R1T)') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "Water inlet temperature"
    state: "{{ state_attr('sensor.althermasensors','Inlet water temp.(R4T)') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "Heat exchanger temperature"
    state: "{{ state_attr('sensor.althermasensors','Heat exchanger mid-temp.') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "Refrigerator liquid temperature"
    state: "{{ state_attr('sensor.althermasensors','Refrig. Temp. liquid side (R3T)') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "Water pressure"
    state: "{{ state_attr('sensor.althermasensors','Water pressure') }}"
    unit_of_measurement: "bar"
    state_class: measurement
  - name: "Leaving water setpoint"
    state: "{{ state_attr('sensor.althermasensors','LW setpoint (main)') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "Roomtemperature"
    state: "{{ state_attr('sensor.althermasensors','Indoor ambient temp. (R1T)') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name: "Inverter current"
    state: "{{ state_attr('sensor.althermasensors','INV primary current (A)') }}"
    unit_of_measurement: "A"
    state_class: measurement
  - name: "Inverter frequency"
    state: "{{ state_attr('sensor.althermasensors','INV frequency (rps)') }}"
    unit_of_measurement: "rps"
    state_class: measurement
  - name: "Voltage"
    state: "{{ state_attr('sensor.althermasensors','Voltage (N-phase) (V)') }}"
    unit_of_measurement: "V"
    state_class: measurement  
  - name: "Inverter usage"
    state: "{% if is_state_attr('sensor.althermasensors', 'Thermostat ON/OFF', 'ON') %} {{ (states('sensor.inverter_current')|float * 230 | float) }} {% else %} 0 {% endif %}"
    unit_of_measurement: "W"
    state_class: measurement
    device_class: energy
  - name: "Heat yield"
    state: "{% if is_state_attr('sensor.althermasensors', 'Thermostat ON/OFF', 'ON') %} {{ (states('sensor.inverter_usage')|float * states('sensor.cop')| float)|round|int }} {% else %} 0 {% endif %}"
    unit_of_measurement: "W"
    state_class: measurement    
  - name : "Low noise control"
    state: "{{ stae_attr('sensor.althermasensors', 'Low noise control') }}"
    state_class: measurement
  - name : "Suction pipe temperature"
    state: "{{ state_attr('sensor.althermasensors', 'Suction pipe temp.') }}"
    unit_of_measurement: "°C"
    state_class: measurement
  - name : "Inverter current secondary"
    state: "{{ state_attr('sensor.althermasensors', 'INV secondary current (A)') }}"
    unit_of_measurement: "A"
    state_class: measurement
  - name : "Druk sensor"
    state: "{{ state_attr('sensor.althermasensors', 'Pressure sensor') }}"
    state_class: measurement
  - name : "STD Compressor 1"
    state: "{{ state_attr('sensor.althermasensors', 'STD Compressor 1') }}"
    state_class: measurement 
  - name : "Vries beveiliging"
    state: "{{ state_attr('sensor.althermasensors', 'Freeze Protection') }}"
    state_class: measurement 
  - name : "Stille modus"
    state: "{{ state_attr('sensor.althermasensors', 'Silent Mode') }}"
    state_class: measurement 
  - name: "ESPAltherma last update"
    state: "{{ as_timestamp(states.sensor.althermasensors.last_updated) | timestamp_custom('%H:%M:%S',True) }}"    
  - name: "COP"
    unit_of_measurement: "COP"
    state_class: measurement
    state: >-
      {% if states('sensor.thermostat') == 'OFF'  %}
      {% set cop = 0.0 | float %} 
      {% elif states('sensor.thermostat') == 'ON' 
        or states('sensor.inverter_usage') |float >90 %}
      {% set t1 = states('sensor.water_leaving_temperature') | float %}
      {% set t2 = states('sensor.water_inlet_temperature') | float %}
      {% set f = states('sensor.flowpump') | float %}
      {% set pw = states('sensor.inverter_usage') | float %}
      {% set pwg = ((t1 - t2)*f) / 60 * 4184 | float %}
      {% set cop = pwg / pw | float  %}
        {% endif %}
      {% if cop != 0.0 %}
      {{ cop | float | round(1) }}
        {% else %}
      {% endif %}    
  - name: "COP with cooling"
    unit_of_measurement: "COP"
    state_class: measurement
    state: >-
      {% if states('sensor.thermostat') == 'OFF'  %}
      {% set cop = 0.0 | float %} 
      {% elif states('sensor.thermostat') == 'ON' 
        or states('sensor.inverter_usage') |float >90 %}
      {% set t1 = states('sensor.water_leaving_temperature') | float %}
      {% set t2 = states('sensor.water_inlet_temperature') | float %}
      {% set f = states('sensor.flowpump') | float %}
      {% set pw = states('sensor.inverter_usage') | float %}
      {% set pwg = ((t1 - t2)*f) / 60 * 4184 | float %}
      {% set cop = pwg / pw | float  %}
        {% endif %}
      {% if cop != 0.0 %}
      {{ cop | float | round(1) }}
        {% else %}
      {% endif %}   
  - name: "∆T"
    unit_of_measurement: "°C"
    state_class: measurement
    state: >-
      {{ (states('sensor.water_leaving_temperature')|float - states('sensor.water_inlet_temperature') | float)|round(1) }}

mijne ziet er nu zo uit, in een losse template.yaml

Dat was een goeie tip! Heb deze nu ook zo toegevoegd en via template: !include template.yaml gekoppeld. Dan werkt het

[blinded]

Invalid config for [sensor]: required key not provided @ data['platform']. Got None. (See /config/configuration.yaml, line 13).

code:

# Loads default set of integrations. Do not remove.
default_config:

# Text to speech
tts:
  - platform: google_translate

automation: !include automations.yaml
script: !include scripts.yaml
scene: !include scenes.yaml
template:
sensor:
      - name: "Dampleidingtemperatuur"
        state: "{{ state_attr('sensor.althermasensors','Discharge pipe temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Operation mode"
        state: "{{ state_attr('sensor.althermasensors','Operation Mode') }}"
      - name: "I/O Mode"
        state: "{{ state_attr('sensor.althermasensors','I/U operation mode') }}"
      - name: "Current mode"
        state: "{% if is_state('sensor.espaltherma_thermostaat_aan_uit', 'ON') %} {{ state_attr('sensor.althermasensors','Operation Mode') }} {% else %} Uit {% endif %}"
      - name: "Booster thermal protection"
        state: "{{ state_attr('sensor.althermasensors','Thermal protector (Q1L) BUH') }}"
      - name: "Back-up thermal protection"
        state: "{{ state_attr('sensor.althermasensors','Thermal protector BSH') }}"
      - name: "Watertanktemperature"
        state: "{{ state_attr('sensor.althermasensors','DHW tank temp. (R5T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Flowpump"
        state: "{{ state_attr('sensor.althermasensors','Flow sensor (l/min)') }}"
        unit_of_measurement: "l/min"
        state_class: measurement
      - name: "Water flow switch"
        state: "{{ state_attr('sensor.althermasensors','Water flow switch') }}"
      - name: "Water pump operation"
        state: "{{ state_attr('sensor.althermasensors','Water pump operation') }}"
      - name: "Water pump level (original)"
        state: "{{ state_attr('sensor.althermasensors','Water pump signal (0:max-100:stop)') }}"
        unit_of_measurement: "%"
        state_class: measurement
      - name: "Water pump level"
        state: "{{ 100 - state_attr('sensor.althermasensors','Water pump signal (0:max-100:stop)') }}"
        unit_of_measurement: "%"
        state_class: measurement
      - name: "Reheat"
        state: "{{ state_attr('sensor.althermasensors','Reheat ON/OFF') }}"
      - name: "Circulation pump"
        state: "{{ state_attr('sensor.althermasensors','Circulation pump operation') }}"
      - name: "Delta T Heating"
        state: "{{ state_attr('sensor.althermasensors','Target delta T heating') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Delta T Cooling"
        state: "{{ state_attr('sensor.althermasensors','Target delta T cooling') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Outdoor temperature"
        state: "{{ state_attr('sensor.althermasensors','Outdoor air temp.(R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Thermostat"
        state: "{{ state_attr('sensor.althermasensors','Thermostat ON/OFF') }}"
      - name: "Defrost operation"
        state: "{{ state_attr('sensor.althermasensors','Defrost Operation') }}"
      - name: "Back-up heater"
        state: "{{ state_attr('sensor.althermasensors','BUH Step1') }}"
      - name: "Watertank setpoint"
        state: "{{ state_attr('sensor.althermasensors','DHW setpoint') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Room temperature setpoint"
        state: "{{ state_attr('sensor.althermasensors','RT setpoint') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water leaving temperature"
        state: "{{ state_attr('sensor.althermasensors','Leaving water temp. before BUH (R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water inlet temperature"
        state: "{{ state_attr('sensor.althermasensors','Inlet water temp.(R4T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Heat exchanger temperature"
        state: "{{ state_attr('sensor.althermasensors','Heat exchanger mid-temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Refrigerator liquid temperature"
        state: "{{ state_attr('sensor.althermasensors','Refrig. Temp. liquid side (R3T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water pressure"
        state: "{{ state_attr('sensor.althermasensors','Water pressure') }}"
        unit_of_measurement: "bar"
        state_class: measurement
      - name: "Leaving water setpoint"
        state: "{{ state_attr('sensor.althermasensors','LW setpoint (main)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Roomtemperature"
        state: "{{ state_attr('sensor.althermasensors','Indoor ambient temp. (R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Inverter current"
        state: "{{ state_attr('sensor.althermasensors','INV primary current (A)') }}"
        unit_of_measurement: "A"
        state_class: measurement
      - name: "Inverter frequency"
        state: "{{ state_attr('sensor.althermasensors','INV frequency (rps)') }}"
        unit_of_measurement: "rps"
        state_class: measurement
      - name: "Voltage"
        state: "{{ state_attr('sensor.althermasensors','Voltage (N-phase) (V)') }}"
        unit_of_measurement: "V"
        state_class: measurement
      - name: "Inverter usage"
        state: "{% if is_state_attr('sensor.althermasensors', 'Thermostat ON/OFF', 'ON') %} {{ (states('sensor.inverter_current')|float * 230 | float) }} {% else %} 0 {% endif %}"
        unit_of_measurement: "W"
        state_class: measurement
      - name: "Heat yield"
        state: "{% if is_state_attr('sensor.althermasensors', 'Thermostat ON/OFF', 'ON') %} {{ (states('sensor.inverter_usage')|float * states('sensor.cop')| float)|round|int }} {% else %} 0 {% endif %}"
        unit_of_measurement: "W"
        state_class: measurement
     
      - name : "Low noise control"
        state: "{{ stae_attr('sensor.althermasensors', 'Low noise control') }}"
        state_class: measurement
      - name : "Suction pipe temperature"
        state: "{{ state_attr('sensor.althermasensors', 'Suction pipe temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name : "Inverter current secondary"
        state: "{{ state_attr('sensor.althermasensors', 'INV secondary current (A)') }}"
        unit_of_measurement: "A"
        state_class: measurement
      - name : "Druk sensor"
        state: "{{ state_attr('sensor.althermasensors', 'Pressure sensor') }}"
        state_class: measurement
      - name : "STD Compressor 1"
        state: "{{ state_attr('sensor.althermasensors', 'STD Compressor 1') }}"
        state_class: measurement 
      - name : "Vries beveiliging"
        state: "{{ state_attr('sensor.althermasensors', 'Freeze Protection') }}"
        state_class: measurement 
      - name : "Stille modus"
        state: "{{ state_attr('sensor.althermasensors', 'Silent Mode') }}"
        state_class: measurement 

      - name: "ESPAltherma last update"
        state: "{{ as_timestamp(states.sensor.althermasensors.last_updated) | timestamp_custom('%H:%M:%S',True) }}"
      - name: "Working COP"
        unit_of_measurement: "COP"
        state_class: measurement
        state: >-
          {% if states('sensor.thermostat') == 'OFF'  %}
          {% set cop = 0.0 | float %} 
          {% elif states('sensor.thermostat') == 'ON' 
            or states('sensor.inverter_usage') |float >90 %}
          {% set t1 = states('sensor.water_leaving_temperature') | float %}
          {% set t2 = states('sensor.water_inlet_temperature') | float %}
          {% set f = states('sensor.flowpump') | float %}
          {% set pw = states('sensor.inverter_usage') | float %}
          {% set pwg = ((t1 - t2)*f) / 60 * 4184 | float %}
          {% set cop = pwg / pw | float  %}
            {% endif %}
          {% if cop != 0.0 %}
          {{ cop | float | round(1) }}
            {% else %}
          {% endif %}

      - name: "∆T"
        unit_of_measurement: "°C"
        state_class: measurement
        state: >-
          {{ (states('sensor.water_leaving_temperature')|float - states('sensor.water_inlet_temperature') | float)|round(1) }}

en vraag 2,
kan ik hier dus een dashboard toevoegen voor enkel de WP?

[Driek]

blinded schreef op vrijdag 16 december 2022 @ 14:39:
Invalid config for [sensor]: required key not provided @ data['platform']. Got None. (See /config/configuration.yaml, line 13).

code:

# Loads default set of integrations. Do not remove.
default_config:

# Text to speech
tts:
  - platform: google_translate

automation: !include automations.yaml
script: !include scripts.yaml
scene: !include scenes.yaml
template:
sensor:
      - name: "Dampleidingtemperatuur"
        state: "{{ state_attr('sensor.althermasensors','Discharge pipe temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Operation mode"
        state: "{{ state_attr('sensor.althermasensors','Operation Mode') }}"
      - name: "I/O Mode"
        state: "{{ state_attr('sensor.althermasensors','I/U operation mode') }}"
      - name: "Current mode"
        state: "{% if is_state('sensor.espaltherma_thermostaat_aan_uit', 'ON') %} {{ state_attr('sensor.althermasensors','Operation Mode') }} {% else %} Uit {% endif %}"
      - name: "Booster thermal protection"
        state: "{{ state_attr('sensor.althermasensors','Thermal protector (Q1L) BUH') }}"
      - name: "Back-up thermal protection"
        state: "{{ state_attr('sensor.althermasensors','Thermal protector BSH') }}"
      - name: "Watertanktemperature"
        state: "{{ state_attr('sensor.althermasensors','DHW tank temp. (R5T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Flowpump"
        state: "{{ state_attr('sensor.althermasensors','Flow sensor (l/min)') }}"
        unit_of_measurement: "l/min"
        state_class: measurement
      - name: "Water flow switch"
        state: "{{ state_attr('sensor.althermasensors','Water flow switch') }}"
      - name: "Water pump operation"
        state: "{{ state_attr('sensor.althermasensors','Water pump operation') }}"
      - name: "Water pump level (original)"
        state: "{{ state_attr('sensor.althermasensors','Water pump signal (0:max-100:stop)') }}"
        unit_of_measurement: "%"
        state_class: measurement
      - name: "Water pump level"
        state: "{{ 100 - state_attr('sensor.althermasensors','Water pump signal (0:max-100:stop)') }}"
        unit_of_measurement: "%"
        state_class: measurement
      - name: "Reheat"
        state: "{{ state_attr('sensor.althermasensors','Reheat ON/OFF') }}"
      - name: "Circulation pump"
        state: "{{ state_attr('sensor.althermasensors','Circulation pump operation') }}"
      - name: "Delta T Heating"
        state: "{{ state_attr('sensor.althermasensors','Target delta T heating') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Delta T Cooling"
        state: "{{ state_attr('sensor.althermasensors','Target delta T cooling') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Outdoor temperature"
        state: "{{ state_attr('sensor.althermasensors','Outdoor air temp.(R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Thermostat"
        state: "{{ state_attr('sensor.althermasensors','Thermostat ON/OFF') }}"
      - name: "Defrost operation"
        state: "{{ state_attr('sensor.althermasensors','Defrost Operation') }}"
      - name: "Back-up heater"
        state: "{{ state_attr('sensor.althermasensors','BUH Step1') }}"
      - name: "Watertank setpoint"
        state: "{{ state_attr('sensor.althermasensors','DHW setpoint') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Room temperature setpoint"
        state: "{{ state_attr('sensor.althermasensors','RT setpoint') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water leaving temperature"
        state: "{{ state_attr('sensor.althermasensors','Leaving water temp. before BUH (R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water inlet temperature"
        state: "{{ state_attr('sensor.althermasensors','Inlet water temp.(R4T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Heat exchanger temperature"
        state: "{{ state_attr('sensor.althermasensors','Heat exchanger mid-temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Refrigerator liquid temperature"
        state: "{{ state_attr('sensor.althermasensors','Refrig. Temp. liquid side (R3T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water pressure"
        state: "{{ state_attr('sensor.althermasensors','Water pressure') }}"
        unit_of_measurement: "bar"
        state_class: measurement
      - name: "Leaving water setpoint"
        state: "{{ state_attr('sensor.althermasensors','LW setpoint (main)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Roomtemperature"
        state: "{{ state_attr('sensor.althermasensors','Indoor ambient temp. (R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Inverter current"
        state: "{{ state_attr('sensor.althermasensors','INV primary current (A)') }}"
        unit_of_measurement: "A"
        state_class: measurement
      - name: "Inverter frequency"
        state: "{{ state_attr('sensor.althermasensors','INV frequency (rps)') }}"
        unit_of_measurement: "rps"
        state_class: measurement
      - name: "Voltage"
        state: "{{ state_attr('sensor.althermasensors','Voltage (N-phase) (V)') }}"
        unit_of_measurement: "V"
        state_class: measurement
      - name: "Inverter usage"
        state: "{% if is_state_attr('sensor.althermasensors', 'Thermostat ON/OFF', 'ON') %} {{ (states('sensor.inverter_current')|float * 230 | float) }} {% else %} 0 {% endif %}"
        unit_of_measurement: "W"
        state_class: measurement
      - name: "Heat yield"
        state: "{% if is_state_attr('sensor.althermasensors', 'Thermostat ON/OFF', 'ON') %} {{ (states('sensor.inverter_usage')|float * states('sensor.cop')| float)|round|int }} {% else %} 0 {% endif %}"
        unit_of_measurement: "W"
        state_class: measurement
     
      - name : "Low noise control"
        state: "{{ stae_attr('sensor.althermasensors', 'Low noise control') }}"
        state_class: measurement
      - name : "Suction pipe temperature"
        state: "{{ state_attr('sensor.althermasensors', 'Suction pipe temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name : "Inverter current secondary"
        state: "{{ state_attr('sensor.althermasensors', 'INV secondary current (A)') }}"
        unit_of_measurement: "A"
        state_class: measurement
      - name : "Druk sensor"
        state: "{{ state_attr('sensor.althermasensors', 'Pressure sensor') }}"
        state_class: measurement
      - name : "STD Compressor 1"
        state: "{{ state_attr('sensor.althermasensors', 'STD Compressor 1') }}"
        state_class: measurement 
      - name : "Vries beveiliging"
        state: "{{ state_attr('sensor.althermasensors', 'Freeze Protection') }}"
        state_class: measurement 
      - name : "Stille modus"
        state: "{{ state_attr('sensor.althermasensors', 'Silent Mode') }}"
        state_class: measurement 

      - name: "ESPAltherma last update"
        state: "{{ as_timestamp(states.sensor.althermasensors.last_updated) | timestamp_custom('%H:%M:%S',True) }}"
      - name: "Working COP"
        unit_of_measurement: "COP"
        state_class: measurement
        state: >-
          {% if states('sensor.thermostat') == 'OFF'  %}
          {% set cop = 0.0 | float %} 
          {% elif states('sensor.thermostat') == 'ON' 
            or states('sensor.inverter_usage') |float >90 %}
          {% set t1 = states('sensor.water_leaving_temperature') | float %}
          {% set t2 = states('sensor.water_inlet_temperature') | float %}
          {% set f = states('sensor.flowpump') | float %}
          {% set pw = states('sensor.inverter_usage') | float %}
          {% set pwg = ((t1 - t2)*f) / 60 * 4184 | float %}
          {% set cop = pwg / pw | float  %}
            {% endif %}
          {% if cop != 0.0 %}
          {{ cop | float | round(1) }}
            {% else %}
          {% endif %}

      - name: "∆T"
        unit_of_measurement: "°C"
        state_class: measurement
        state: >-
          {{ (states('sensor.water_leaving_temperature')|float - states('sensor.water_inlet_temperature') | float)|round(1) }}

en vraag 2,
kan ik hier dus een dashboard toevoegen voor enkel de WP?

[Afbeelding]

je moet echt heel veel voorloopspaties dumpen.

Zelfde tip voor jou, begin met 1 sensor, en kijk naar de spaties.

Antwoord op vraag 2, ja dat kan

[blinded]

Driek schreef op vrijdag 16 december 2022 @ 15:53:
[...]

je moet echt heel veel voorloopspaties dumpen.

Zelfde tip voor jou, begin met 1 sensor, en kijk naar de spaties.

Antwoord op vraag 2, ja dat kan

voorloopstaties? volgens mij is dit gewoon valid yaml?

[Driek]

blinded schreef op vrijdag 16 december 2022 @ 16:11:
[...]

voorloopstaties? volgens mij is dit gewoon valid yaml?

Kijk hoeveel spaties bij de regel onder tts hebt, en bij deze.
Daarnaast probeert er eerst 1, en voeg dan de rest tot.

[Toppe]

blinded schreef op vrijdag 16 december 2022 @ 16:11:
[...]

voorloopstaties? volgens mij is dit gewoon valid yaml?

Als je hem net zoals ik gewoon in je configuration.yaml gooit:

YAML:

template:
  - sensor:
      - name: "Dampleidingtemperatuur"
        state: "{{ state_attr('sensor.althermasensors','Discharge pipe temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement

Dan klopt hij exact zoals hij hier staat, voor - sensor: 2 spaties, 6 spaties voor - name: en 8 spaties voor state, unit_of_measurement en state_class

Ik blijf hem -voorr nu- gewoon in configuration.yaml houden, aller eerst omdat hij nu al daar in zit maar ook omdat ik nieuwe gebruikers niet ga opzadelen met een mappen structuur en dergelijke.

Mocht je hier zelf van af stappen dan moet je dus straks alles handmatig gaan omzetten ipv kopiëren en plakken

In jou geval zou je dus voor sensor nog 2 spaties moeten zetten.

[ Voor 3% gewijzigd door Toppe op 16-12-2022 16:51 ]

[blinded]

We komen ergens!
UIteraad nog wat dingen aanpassen aangezien ik helemaal geen vloerverwarming heb etc, maar komt in orde!

[ Voor 20% gewijzigd door blinded op 16-12-2022 16:51 ]

[Toppe]

blinded schreef op vrijdag 16 december 2022 @ 16:50:
We komen ergens!
UIteraad nog wat dingen aanpassen aangezien ik helemaal geen vloerverwarming heb etc, maar komt in orde!
[Afbeelding]

Heb je wel LT verwarming?

Voor het berekenen van je COP is het essentieel dat je wel de aanvoer en retour temperaturen weet/meet namelijk.


De code van de laatste desinfectie:

YAML:

  - trigger:
      platform: numeric_state
      entity_id: sensor.watertanktemperature
      above: 55
    sensor:
      - name: "Desinfectie"
        state: >
          {% if  today_at('5:00') < now() < today_at('23:30') %}
            {{ this.state }}
          {% else %}
            {{ now().strftime('%d-%m-%Y %H:%M') }}
          {% endif %}

[ Voor 26% gewijzigd door Toppe op 16-12-2022 16:54 ]

[Brack]

EDIT: het is gelukt, ik heb alleen dit template ervoor gezet:

code:

template:
  - sensor:

Ik heb echt alle mogelijke varianten van sensors al geplakt, maar het lukt maar niet om het kloppend te krijgen. nu krijg ik de volgende foutmelding voor alle verschillende line's

required key not provided @ data['platform']. Got None. (See /config/configuration.yaml, line 18). Invalid config for [sensor]: required

Heb ik nog andere addons nodig voor HA voordat ik het kan toevoegen?

dit is mijn Configuration file nu

code:

# Loads default set of integrations. Do not remove.
default_config:

# Load frontend themes from the themes folder
frontend:
  themes: !include_dir_merge_named themes

# Text to speech
tts:
  - platform: google_translate

automation: !include automations.yaml
script: !include scripts.yaml
scene: !include scenes.yaml

# Example configuration.yaml entry

sensor:
      - name: "Dampleidingtemperatuur"
        state: "{{ state_attr('sensor.althermasensors','Discharge pipe temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Operation mode"
        state: "{{ state_attr('sensor.althermasensors','Operation Mode') }}"
      - name: "I/O Mode"
        state: "{{ state_attr('sensor.althermasensors','I/U operation mode') }}"
      - name: "Current mode"
        state: "{% if is_state('sensor.espaltherma_thermostaat_aan_uit', 'ON') %} {{ state_attr('sensor.althermasensors','Operation Mode') }} {% else %} Uit {% endif %}"
      - name: "Booster thermal protection"
        state: "{{ state_attr('sensor.althermasensors','Thermal protector (Q1L) BUH') }}"
      - name: "Back-up thermal protection"
        state: "{{ state_attr('sensor.althermasensors','Thermal protector BSH') }}"
      - name: "Watertanktemperature"
        state: "{{ state_attr('sensor.althermasensors','DHW tank temp. (R5T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Flowpump"
        state: "{{ state_attr('sensor.althermasensors','Flow sensor (l/min)') }}"
        unit_of_measurement: "l/min"
        state_class: measurement
      - name: "Water flow switch"
        state: "{{ state_attr('sensor.althermasensors','Water flow switch') }}"
      - name: "Water pump operation"
        state: "{{ state_attr('sensor.althermasensors','Water pump operation') }}"
      - name: "Water pump level (original)"
        state: "{{ state_attr('sensor.althermasensors','Water pump signal (0:max-100:stop)') }}"
        unit_of_measurement: "%"
        state_class: measurement
      - name: "Water pump level"
        state: "{{ 100 - state_attr('sensor.althermasensors','Water pump signal (0:max-100:stop)') }}"
        unit_of_measurement: "%"
        state_class: measurement
      - name: "Reheat"
        state: "{{ state_attr('sensor.althermasensors','Reheat ON/OFF') }}"
      - name: "Circulation pump"
        state: "{{ state_attr('sensor.althermasensors','Circulation pump operation') }}"
      - name: "Delta T Heating"
        state: "{{ state_attr('sensor.althermasensors','Target delta T heating') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Delta T Cooling"
        state: "{{ state_attr('sensor.althermasensors','Target delta T cooling') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Outdoor temperature"
        state: "{{ state_attr('sensor.althermasensors','Outdoor air temp.(R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Thermostat"
        state: "{{ state_attr('sensor.althermasensors','Thermostat ON/OFF') }}"
      - name: "Defrost operation"
        state: "{{ state_attr('sensor.althermasensors','Defrost Operation') }}"
      - name: "Back-up heater"
        state: "{{ state_attr('sensor.althermasensors','BUH Step1') }}"
      - name: "Watertank setpoint"
        state: "{{ state_attr('sensor.althermasensors','DHW setpoint') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Room temperature setpoint"
        state: "{{ state_attr('sensor.althermasensors','RT setpoint') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water leaving temperature"
        state: "{{ state_attr('sensor.althermasensors','Leaving water temp. before BUH (R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water inlet temperature"
        state: "{{ state_attr('sensor.althermasensors','Inlet water temp.(R4T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Heat exchanger temperature"
        state: "{{ state_attr('sensor.althermasensors','Heat exchanger mid-temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Refrigerator liquid temperature"
        state: "{{ state_attr('sensor.althermasensors','Refrig. Temp. liquid side (R3T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Water pressure"
        state: "{{ state_attr('sensor.althermasensors','Water pressure') }}"
        unit_of_measurement: "bar"
        state_class: measurement
      - name: "Leaving water setpoint"
        state: "{{ state_attr('sensor.althermasensors','LW setpoint (main)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Roomtemperature"
        state: "{{ state_attr('sensor.althermasensors','Indoor ambient temp. (R1T)') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name: "Inverter current"
        state: "{{ state_attr('sensor.althermasensors','INV primary current (A)') }}"
        unit_of_measurement: "A"
        state_class: measurement
      - name: "Inverter frequency"
        state: "{{ state_attr('sensor.althermasensors','INV frequency (rps)') }}"
        unit_of_measurement: "rps"
        state_class: measurement
      - name: "Voltage"
        state: "{{ state_attr('sensor.althermasensors','Voltage (N-phase) (V)') }}"
        unit_of_measurement: "V"
        state_class: measurement
      - name: "Inverter usage"
        state: "{% if is_state_attr('sensor.althermasensors', 'Thermostat ON/OFF', 'ON') %} {{ (states('sensor.inverter_current')|float * 230 | float) }} {% else %} 0 {% endif %}"
        unit_of_measurement: "W"
        state_class: measurement
      - name: "Heat yield"
        state: "{% if is_state_attr('sensor.althermasensors', 'Thermostat ON/OFF', 'ON') %} {{ (states('sensor.inverter_usage')|float * states('sensor.cop')| float)|round|int }} {% else %} 0 {% endif %}"
        unit_of_measurement: "W"
        state_class: measurement
     
      - name : "Low noise control"
        state: "{{ stae_attr('sensor.althermasensors', 'Low noise control') }}"
        state_class: measurement
      - name : "Suction pipe temperature"
        state: "{{ state_attr('sensor.althermasensors', 'Suction pipe temp.') }}"
        unit_of_measurement: "°C"
        state_class: measurement
      - name : "Inverter current secondary"
        state: "{{ state_attr('sensor.althermasensors', 'INV secondary current (A)') }}"
        unit_of_measurement: "A"
        state_class: measurement
      - name : "Druk sensor"
        state: "{{ state_attr('sensor.althermasensors', 'Pressure sensor') }}"
        state_class: measurement
      - name : "STD Compressor 1"
        state: "{{ state_attr('sensor.althermasensors', 'STD Compressor 1') }}"
        state_class: measurement 
      - name : "Vries beveiliging"
        state: "{{ state_attr('sensor.althermasensors', 'Freeze Protection') }}"
        state_class: measurement 
      - name : "Stille modus"
        state: "{{ state_attr('sensor.althermasensors', 'Silent Mode') }}"
        state_class: measurement 

      - name: "ESPAltherma last update"
        state: "{{ as_timestamp(states.sensor.althermasensors.last_updated) | timestamp_custom('%H:%M:%S',True) }}"
      - name: "Working COP"
        unit_of_measurement: "COP"
        state_class: measurement
        state: >-
          {% if states('sensor.thermostat') == 'OFF'  %}
          {% set cop = 0.0 | float %} 
          {% elif states('sensor.thermostat') == 'ON' 
            or states('sensor.inverter_usage') |float >90 %}
          {% set t1 = states('sensor.water_leaving_temperature') | float %}
          {% set t2 = states('sensor.water_inlet_temperature') | float %}
          {% set f = states('sensor.flowpump') | float %}
          {% set pw = states('sensor.inverter_usage') | float %}
          {% set pwg = ((t1 - t2)*f) / 60 * 4184 | float %}
          {% set cop = pwg / pw | float  %}
            {% endif %}
          {% if cop != 0.0 %}
          {{ cop | float | round(1) }}
            {% else %}
          {% endif %}

      - name: "∆T"
        unit_of_measurement: "°C"
        state_class: measurement
        state: >-
          {{ (states('sensor.water_leaving_temperature')|float - states('sensor.water_inlet_temperature') | float)|round(1) }}

[ Voor 93% gewijzigd door Brack op 16-12-2022 18:22 ]

[Toppe]

@Brack @Driek @blinded @ShaneV zet jullie code even tussen een kwoot:

[kwoot][code]HIER DE CODE[/code][/kwoot]

Dat scheelt scrollen

[ Voor 3% gewijzigd door Toppe op 16-12-2022 17:39 ]

[blinded]

ik heb net even weer de unit toe gedaan hoe is de wifi eigenlijk na het sluiten van twee deksels...

[Driek]

blinded schreef op vrijdag 16 december 2022 @ 18:14:
ik heb net even weer de unit toe gedaan hoe is de wifi eigenlijk na het sluiten van twee deksels...

mijn wifi is: WifiRSSI: '-67dBm'

[Driek]

blinded schreef op vrijdag 16 december 2022 @ 16:50:
We komen ergens!
UIteraad nog wat dingen aanpassen aangezien ik helemaal geen vloerverwarming heb etc, maar komt in orde!
[Afbeelding]

en wat was nu de oplossing?

[Toppe]

blinded schreef op vrijdag 16 december 2022 @ 18:14:
ik heb net even weer de unit toe gedaan hoe is de wifi eigenlijk na het sluiten van twee deksels...

Hier perfect maar dat komt omdat ik die sensor niet aan de binnenkant heb zitten maar aan de buitenkant van de WP

[Driek]

Toppe schreef op vrijdag 16 december 2022 @ 16:52:
[...]


Heb je wel LT verwarming?

Voor het berekenen van je COP is het essentieel dat je wel de aanvoer en retour temperaturen weet/meet namelijk.


De code van de laatste desinfectie:

YAML:

  - trigger:
      platform: numeric_state
      entity_id: sensor.watertanktemperature
      above: 55
    sensor:
      - name: "Desinfectie"
        state: >
          {% if  today_at('5:00') < now() < today_at('23:30') %}
            {{ this.state }}
          {% else %}
            {{ now().strftime('%d-%m-%Y %H:%M') }}
          {% endif %}

dit komt dan in een automation?

[Toppe]

Driek schreef op vrijdag 16 december 2022 @ 18:50:
[...]

dit komt dan in een automation?

Nee, in je configuratie.yaml

Een automation kan geen sensor maken.

[ Voor 9% gewijzigd door Toppe op 16-12-2022 18:55 ]