Stirling

[schu-r]

Hello I have a pellematic condens_e

It has a additional Stirling Power Generator. I would need this data also to be in the HA. Can you include it? I'll send you a complete JSON from my pellematic.
You see the System is not running and has ambient Temperature.

{
"system":{
"L_ambient":"203",
"L_errors":"0",
"L_usb_stick":"false"
},
"weather":{
"L_temp":"0",
"L_clouds":"100",
"L_forecast_temp":"0",
"L_forecast_clouds":"100",
"L_forecast_today":"true",
"L_starttime":"850",
"L_endtime":"1530",
"L_source":"https://www.openweathermap.org",
"L_location":"Chambery|FR|3027422",
"cloud_limit":"55",
"hysteresys":"-40",
"offtemp":"-100",
"lead":"120",
"refresh":"false",
"oekomode":"0"
},
"forecast":{
"L_w_0":"Mo, 19 Jun 04:29|0|100|9 km/h|04n|804|C|08:15|17:11",
"L_w_1":"Mi, 10 Jan 10:00|1|100|5 km/h|13d|600|C",
"L_w_2":"Mi, 10 Jan 13:00|4|100|4 km/h|04d|804|C",
"L_w_3":"Mi, 10 Jan 16:00|4|100|4 km/h|04d|804|C",
"L_w_4":"Mi, 10 Jan 19:00|2|100|4 km/h|04n|804|C",
"L_w_5":"Mi, 10 Jan 22:00|2|100|5 km/h|04n|804|C",
"L_w_6":"Do, 11 Jan 01:00|1|100|5 km/h|04n|804|C",
"L_w_7":"Do, 11 Jan 04:00|0|100|5 km/h|04n|804|C",
"L_w_8":"Do, 11 Jan 07:00|-3|87|5 km/h|04n|804|C",
"L_w_9":"Do, 11 Jan 10:00|1|100|3 km/h|04d|804|C",
"L_w_10":"Do, 11 Jan 13:00|5|99|5 km/h|04d|804|C",
"L_w_11":"Do, 11 Jan 16:00|4|49|5 km/h|03d|802|C",
"L_w_12":"Do, 11 Jan 19:00|0|47|4 km/h|03n|802|C",
"L_w_13":"Do, 11 Jan 22:00|2|86|4 km/h|04n|804|C",
"L_w_14":"Fr, 12 Jan 01:00|2|92|4 km/h|04n|804|C",
"L_w_15":"Fr, 12 Jan 04:00|1|99|4 km/h|04n|804|C",
"L_w_16":"Fr, 12 Jan 07:00|0|98|4 km/h|04n|804|C",
"L_w_17":"Fr, 12 Jan 10:00|1|88|4 km/h|04d|804|C",
"L_w_18":"Fr, 12 Jan 13:00|4|83|4 km/h|04d|803|C",
"L_w_19":"Fr, 12 Jan 16:00|3|86|4 km/h|04d|804|C",
"L_w_20":"Fr, 12 Jan 19:00|1|83|3 km/h|04n|803|C",
"L_w_21":"Fr, 12 Jan 22:00|1|92|4 km/h|04n|804|C",
"L_w_22":"Sa, 13 Jan 01:00|1|94|3 km/h|04n|804|C",
"L_w_23":"Sa, 13 Jan 04:00|-2|64|5 km/h|04n|803|C",
"L_w_24":"Sa, 13 Jan 07:00|-3|36|5 km/h|03n|802|C"
},
"stirling":{
"L_temp_1":"210",
"L_temp_2":"211",
"L_temp_diff":"1",
"L_temp_flow":"187",
"L_temp_ret":"187",
"L_temp_amb":"193",
"L_flow":"0",
"L_voltage":"2319",
"L_current":"0",
"L_frequency":"5000",
"L_phase":"0",
"L_power":"0",
"L_power_totals":"6705868",
"L_power_today":"0",
"L_power_yesterday":"0",
"L_source":"1",
"L_st_req":"0",
"L_state":"0",
"L_runtime":"12",
"L_start":"9",
"L_safety_shutdown":"1",
"L_error":"304"
},
"hk1":{
"L_roomtemp_act":"0",
"L_roomtemp_set":"80",
"L_flowtemp_act":"196",
"L_flowtemp_set":"80",
"L_comfort":"0",
"L_state":"8",
"L_statetext":"Betriebsart Aus",
"L_pump":"false",
"remote_override":"0",
"mode_auto":"0",
"time_prg":"0",
"temp_setback":"180",
"temp_heat":"220",
"temp_vacation":"150",
"name":"",
"oekomode":"0",
"autocomfort":"-1",
"autocomfort_sunset":"0",
"autocomfort_sunrise":"0"
},
"hk2":{
"L_roomtemp_act":"0",
"L_roomtemp_set":"80",
"L_flowtemp_act":"203",
"L_flowtemp_set":"80",
"L_comfort":"0",
"L_state":"8",
"L_statetext":"Betriebsart Aus",
"L_pump":"false",
"remote_override":"0",
"mode_auto":"0",
"time_prg":"0",
"temp_setback":"180",
"temp_heat":"220",
"temp_vacation":"150",
"name":"",
"oekomode":"0",
"autocomfort":"-1",
"autocomfort_sunset":"0",
"autocomfort_sunrise":"0"
},
"pu1":{
"L_tpo_act":"222",
"L_tpo_set":"80",
"L_tpm_act":"217",
"L_tpm_set":"80",
"L_pump_release":"80",
"L_pump":"0",
"L_state":"512",
"L_statetext":"Anforderung Aus",
"mintemp_off":"80",
"mintemp_on":"80",
"ext_mintemp_off":"80",
"ext_mintemp_on":"80"
},
"ww1":{
"L_temp_set":"80",
"L_ontemp_act":"227",
"L_offtemp_act":"227",
"L_pump":"false",
"L_state":"4",
"L_statetext":"Betriebsart Aus",
"time_prg":"0",
"sensor_on":"0",
"sensor_off":"0",
"mode_auto":"1",
"mode_dhw":"1",
"heat_once":"false",
"temp_min_set":"300",
"temp_max_set":"600",
"name":"",
"smartstart":"0",
"use_boiler_heat":"0",
"oekomode":"0"
},
"sk1":{
"L_koll_temp":"201",
"L_spu":"204",
"L_pump":"0",
"L_state":"32",
"L_statetext":"Differenz Kollektor-Speicher zu niedrig",
"mode":"1",
"cooling":"0",
"spu_max":"600",
"name":""
},
"pe1":{
"L_temp_act":"222",
"L_temp_set":"80",
"L_ext_temp":"-32768",
"L_frt_temp_act":"219",
"L_frt_temp_set":"80",
"L_br":"false",
"L_ak":"true",
"L_not":"true",
"L_stb":"true",
"L_modulation":"0",
"L_uw_speed":"0",
"L_state":"99",
"L_statetext":"Aus",
"L_type":"6",
"L_starts":"241",
"L_runtime":"1274",
"L_avg_runtime":"317",
"L_uw_release":"600",
"L_uw":"0",
"L_storage_fill":"2423",
"L_storage_min":"400",
"L_storage_max":"3300",
"L_storage_popper":"0",
"storage_fill_today":"0",
"storage_fill_yesterday":"0",
"mode":"1"
},
"error":{
}
}

[dominikamann]

Can you please tell me the correct units and factors?

It is possible if you open the API in help mode: http://[YOU_IP]:4321/[YOUR_PASSWORD]/all?

"stirling":{
"L_temp_1":"210",
"L_temp_2":"211",
"L_temp_diff":"1",
"L_temp_flow":"187",
"L_temp_ret":"187",
"L_temp_amb":"193",
"L_flow":"0",
"L_voltage":"2319",
"L_current":"0",
"L_frequency":"5000",
"L_phase":"0",
"L_power":"0",
"L_power_totals":"6705868",
"L_power_today":"0",
"L_power_yesterday":"0",
"L_source":"1",
"L_st_req":"0",
"L_state":"0",
"L_runtime":"12",
"L_start":"9",
"L_safety_shutdown":"1",
"L_error":"304"
},

[schu-r]

So I have it as a REST Request. But it doesnt work very good.
Here are my settings:

sensor:
- name: "Stirling T1"
value_template: "{{ value_json['stirling']['L_temp_1']|int / 10 }}"
unit_of_measurement: "°C"
device_class: temperature
force_update: true
- name: "Stirling T2"
value_template: "{{ value_json['stirling']['L_temp_2']|int / 10 }}"
unit_of_measurement: "°C"
device_class: temperature
force_update: true
- name: "Stirling TempDiff"
value_template: "{{ value_json['stirling']['L_temp_diff']|int / 10 }}"
unit_of_measurement: "°C"
device_class: temperature
force_update: true
- name: "Stirling TempFlow"
value_template: "{{ value_json['stirling']['L_temp_flow']|int / 10 }}"
unit_of_measurement: "°C"
device_class: temperature
force_update: true
- name: "Stirling TempRet"
value_template: "{{ value_json['stirling']['L_temp_ret']|int / 10 }}"
unit_of_measurement: "°C"
device_class: temperature
force_update: true
- name: "Stirling TempAmbient"
value_template: "{{ value_json['stirling']['L_temp_amb']|int / 10 }}"
unit_of_measurement: "°C"
device_class: temperature
force_update: true
- name: "Stirling Flow"
value_template: "{{ value_json['stirling']['L_flow']|int / 10 }}" //Not sure about that
unit_of_measurement: "l/min"
force_update: true
- name: "Stirling Voltage"
value_template: "{{ value_json['stirling']['L_voltage']|int / 10 }}"
unit_of_measurement: "V"
device_class: voltage
force_update: true
- name: "Stirling Current"
value_template: "{{ value_json['stirling']['L_current']|int / 100 }}"
unit_of_measurement: "A"
device_class: current
force_update: true
- name: "Stirling Frequency"
value_template: "{{ value_json['stirling']['L_frequency']|int / 100 }}"
unit_of_measurement: "Hz"
device_class: frequency
force_update: true
- name: "Stirling Phase"
value_template: "{{ value_json['stirling']['L_phase']|int / 100 }}"
unit_of_measurement: "Hz"
device_class: frequency
force_update: true
- name: "Stirling power"
value_template: "{{ value_json['stirling']['L_power']|int }}"
unit_of_measurement: "W"
device_class: power
force_update: true
- name: "Stirling power_total"
value_template: "{{ value_json['stirling']['L_power_totals']|int / 1000 }}" //Not sure about that
unit_of_measurement: "kWh"
device_class: energy
force_update: true
- name: "Stirling power_today"
value_template: "{{ value_json['stirling']['L_power_today']|int / 1000 }}" //Not sure about that
unit_of_measurement: "kWh"
device_class: energy
force_update: true
- name: "Stirling power_yesterday"
value_template: "{{ value_json['stirling']['L_power_yesterday']|int / 1000 }}" //Not sure about that
unit_of_measurement: "kWh"
device_class: energy
force_update: true
- name: "Stirling Source"
value_template: "{{ value_json['stirling']['L_source']|int }}"
unit_of_measurement: ""
force_update: true
- name: "Stirling st_req"
value_template: "{{ value_json['stirling']['L_st_req']|int }}"
unit_of_measurement: ""
force_update: true
- name: "Stirling State"
value_template: "{{ value_json['stirling']['L_state']|int }}"
unit_of_measurement: ""
force_update: true
- name: "Stirling Runtime"
value_template: "{{ value_json['stirling']['L_runtime']|int }}"
unit_of_measurement: "h"
force_update: true
- name: "Stirling Start"
value_template: "{{ value_json['stirling']['L_start']|int }}"
unit_of_measurement: ""
force_update: true
- name: "Stirling safety_shutdown"
value_template: "{{ value_json['stirling']['L_safety_shutdown']|int }}"
unit_of_measurement: ""
force_update: true
- name: "Stirling Error"
value_template: "{{ value_json['stirling']['L_error']|int }}"
unit_of_measurement: ""
force_update: true

[dominikamann]

It would be easier if you share the response (JSON) of http://[IP_OF_YOUR_HEATER]:4321/[YOUR_HEATER_PASSWORD]/all?
Until then i implemented a first rudimentary support -> #42. Once the release is available please check and test. You need to remove and add the pellematic integration again.

[dominikamann]

See https://github.com/dominikamann/oekofen-pellematic-compact/releases/tag/v3.1.1

[schu-r]

I have some issues.

STIRLING_SENSOR_TYPES = {
"L_temp_1": [
"Stirling Engine Temperature 1",
"L_temp_1",
UnitOfTemperature.CELSIUS,
None,
],
"L_temp_2": [
"Stirling Engine Temperature 2",
"L_temp_2",
UnitOfTemperature.CELSIUS,
None,
],
"L_temp_diff": [
"Stirling Engine Temperature Diff",
"L_temp_diff",
UnitOfTemperature.CELSIUS,
None,
],
"L_temp_flow": [
"Stirling Engine Temperature Flow",
"L_temp_flow",
UnitOfTemperature.CELSIUS,
None,
],
"L_temp_ret": [
"Stirling Engine Temperature Ret",
"L_temp_ret",
UnitOfTemperature.CELSIUS,
None,
],
"L_temp_amb": [
"Stirling Engine Temperature Ambient",
"L_temp_amb",
UnitOfTemperature.CELSIUS,
None,
],
"L_flow": [
"Stirling Engine Flow",
"L_flow",
None,
"mdi:numeric",
],
"L_voltage": [
"Stirling Engine Voltage",
"L_voltage",
UnitOfElectricPotential.VOLT, //Here
"mdi:numeric",
],
"L_current": [
"Stirling Engine Current",
"L_current",
UnitOfElectricCurrent.AMPERE, //Here
"mdi:numeric",
],
"L_frequency": [
"Stirling Engine Frequency",
"L_frequency",
UnitOfFrequency.HERZ, // Here
"mdi:numeric",
],
"L_phase": [
"Stirling Engine Phase",
"L_phase",
UnitOfFrequency.HERZ, // Here
"mdi:numeric",
],
"L_power": [
"Stirling Engine Power",
"L_power",
UnitOfPower.WATT,
None,
],
"L_power_totals": [
"Stirling Engine Power Totals",
"L_power_totals",
UnitOfEnergy.KILO_WATT_HOUR, //Here
"mdi:numeric",
],
"L_power_today": [
"Stirling Engine Power Today",
"L_power_today",
UnitOfEnergy.KILO_WATT_HOUR, //Here
"mdi:numeric",
],
"L_power_yesterday": [
"Stirling Engine Power Yesterday",
"L_power_yesterday",
UnitOfEnergy.KILO_WATT_HOUR, //Here,
"mdi:numeric",
],
"L_source": [
"Stirling Engine Source",
"L_source",
None,
"mdi:numeric",
],
"L_st_req": [
"Stirling Engine St req",
"L_st_req",
None,
"mdi:numeric",
],
"L_state": [
"Stirling Engine State",
"L_state",
None,
"mdi:numeric",
],
"L_runtime": [
"Stirling Engine Runtime",
"L_runtime",
UnitOfTime.HOURS,
"mdi:timer",
],
"L_start": [
"Stirling Engine Start",
"L_start",
None,
"mdi:numeric",
],
"L_safety_shutdown": [
"Stirling Engine Safety shutdown",
"L_safety_shutdown",
None,
"mdi:numeric",
],
"L_error": [
"Stirling Engine Runtime",
"L_error",
None,
"mdi:numeric",
],
}

And I send You a complete /all Json
all.txt

[dominikamann]

Thanks. What kind of issues?

[schu-r]

I added some lines to your code,
For Example 'Stirling Engine Frequency' is numeric and 5000 and should be 50,00Hz
Also Volatage is 2312 which meand 231,2 Volt.
So i added some Units to your code.