Home of FHEM
First steps in FHEM (FHEMWiki)
FHEM reference
![](http://saller.net/wp-content/uploads/2021/11/image-15.png)
HomeMatic
Somit sind die Geräte aktuell nur über eine systemeigene Zentrale CCU2 oder neuer (als physisch vorhandenes Interface), oder eine virtualisierte CCU[1], jeweils zusammen mit den HomeMatic-HMCCU-Modulen in FHEM integrierbar und nicht unmittelbar als Homematic-Geräte ansprechbar.
Zur Einbindung von Geräten, die HM-IP verwenden, ist derzeit (Stand Januar 2019) noch zwingend eine (ggf. virtualisierte) CCU2 oder neuer erforderlich.
HA-Bridge + Logitech + Alexa
Logitech Harmony Fernbedienung oder Philips Hue oder Alexa integrieren)
![](http://saller.net/wp-content/uploads/2021/11/image-16-1024x423.png)
sudo wget https://github.com/bwssytems/ha-bridge/releases/download/v5.4.0/ha-bridge-5.4.0.jar
Ha-Bridge-Service (Philips Hue, etc.) und Alexa: https://forum.fhem.de/index.php?topic=66920.0
Gelöst: Alexa findet keine Geräte von HA Bridge » elcombri.de
Alexa cannot discover devices which used to work. · Issue #1293 · bwssytems/ha-bridge · GitHub
37_echodevice: Alexa echo von fhem ansprechen (z.B. Waschmaschine fertig): https://forum.fhem.de/index.php?topic=82631.0
Alternativen:
Alexa-fhem connector (skill): https://wiki.fhem.de/wiki/FHEM_Connector_f%C3%BCr_Amazon_Alexa (Nachteil: skill nötig und externer Server zu fhem-Vereins-Server als proxy, außerdem zusätzlicher Service, der laufen muss)
Homematic mit Alexa steuern – ohne Cloud-Dienst – HomeMatic-Forum / FHZ-Forum (homematic-forum.de)
Siri über Homebridge anbinden
https://wiki.fhem.de/wiki/Homebridge_einrichten
![](http://saller.net/wp-content/uploads/2021/11/image-17-1024x421.png)
Homebridge Start und Status in FHEM – FHEMWiki
Systemd Service for homebridge (http://github.com/nfarina/homebridge) · GitHub
Homematic Homebridge Fehlerbehebung: Gerät wird auf dem iPhone nicht gefunden › technikkram.net
Homebridge User Configs – FHEMWiki
GitHub – justme-1968/homebridge-fhem: a fhem platform plugin for homebridge
Türsprechanlage über ritto tk-adapter an Fritzbox anbinden und per fhem mit Telegram und Ip cam koppeln
![](http://saller.net/wp-content/uploads/2021/11/image-22.png)
Folgende Hardware wurde verwendet:
https://www.ritto.de/produkte/twinbus-audio-hausstationen/tk-anbindung.html#image-2
Optional IP Cam, z.B. Foscam oder Instar
Fhem Installation auf Linux, z.B. virtuell auf einer Qnap oder Synology Nas oder auf Raspberry
Dann folgendermaßen vorgehen:
- Türsprechanlage (Ritto) über TK-Adapter an Fon1 oder Fon2 an der Fritzbox einrichten:
https://avm.de/service/fritzbox/fritzbox-7590/wissensdatenbank/publication/show/3514_Analoge-Tursprechanlage-in-FRITZ-Box-einrichten/
=> damit kann man dan schon die Telefone klingeln lassen und mit *9 den Türöffner am Handy (FritzFon app) oder Telefon betätigen - SIP client bei Fhem einrichten:
SIP-Client – FHEMWiki
Modul 96_SIP (fhem.de) - Telegram Bot einrichten:
TelegramBot – FHEMWiki - SIP client mit Telegram verbinden
- a) über ein fhem doif:
(([HaustuerStatusVar:state] ne “ringing”) and ([FritzFonSip:caller_state] =~ “ringing”) and ([FritzFonSip:caller] eq “Tuersprechanlage7590 sip:**2\@fritz.box”))
(set HaustuerStatusVar ringing;
set TelegramBot queryInline (Haustüre öffnen) Türklingel wurde betätigt;
get FosCamHaustuere image;
set TelegramBot sendImage ./www/images/webcam/FosCamHaustuere_snapshot.jpg; )
DOELSEIF (([HaustuerStatusVar:state] =~ “ringing”) and ([Haustuere:state] eq “open”))
(set FritzFonSip fetch; set HaustuerStatusVar on; set TelegramBot message Haustüre ist offen)
DOELSEIF (([HaustuerStatusVar:state] =~ “ringing”) and ([Haustuere:state] eq “closed”))
()
DOELSEIF (([HaustuerStatusVar:state] ne “off”) and ([Haustuere:state] eq “closed”))
(set HaustuerStatusVar off) - b) und ein Notify:
TelegramBot:queryData.*ffnen.* set FritzFonSip call **2 30 -#*9
=> damit bekommt man über Telegram bescheid, wenn jemand klingelt, und man bekommt nen Button “Haustüre öffnen” angezeigt
- a) über ein fhem doif:
- optional: Ip cam anbinden:
IPCAM – FHEMWiki
Alarmanlage
Alarmanlage einrichten (siehe https://wiki.fhem.de/wiki/Modul_Alarm)
![](http://saller.net/wp-content/uploads/2021/11/image-5-1024x804.png)
![](http://saller.net/wp-content/uploads/2021/11/image-6-1014x1024.png)
![](http://saller.net/wp-content/uploads/2023/10/image-1024x536.png)
![](http://saller.net/wp-content/uploads/2023/10/image-3.png)
![](http://saller.net/wp-content/uploads/2023/10/image-4.png)
![](http://saller.net/wp-content/uploads/2023/10/image-5-1024x464.png)
![](http://saller.net/wp-content/uploads/2023/10/image-6-1024x179.png)
![](http://saller.net/wp-content/uploads/2023/10/image-7.png)
![](http://saller.net/wp-content/uploads/2023/10/image-8-1024x439.png)
![](http://saller.net/wp-content/uploads/2023/10/image-9-1024x437.png)
![](http://saller.net/wp-content/uploads/2023/10/image-10-1024x293.png)
DebianMail
E-Mail senden via FHEM auf Debian/Ubuntu (siehe FHEMWiki)
![](http://saller.net/wp-content/uploads/2021/11/image-7-1024x353.png)
Presence via FritzBox
see FRITZBOX (FHEMWiki)
![](http://saller.net/wp-content/uploads/2021/11/image-19.png)
![](http://saller.net/wp-content/uploads/2021/11/image-20.png)
![](http://saller.net/wp-content/uploads/2021/11/image-10.png)
Raumklima
Raumklima im Smart Home mit FHEM verbessern: Taupunktoptimiertes Lüften | incl. SVG Plot
Raumluftqualität mit FHEM überwachen | meintechblog.de + logfile mit svg plot
![](http://saller.net/wp-content/uploads/2023/10/image-11-1024x412.png)
![](http://saller.net/wp-content/uploads/2023/10/image-12-1024x434.png)
![](http://saller.net/wp-content/uploads/2023/10/image-13-1024x423.png)
![](http://saller.net/wp-content/uploads/2023/10/image-14-1024x436.png)
![](http://saller.net/wp-content/uploads/2023/10/image-15-1024x438.png)
![](http://saller.net/wp-content/uploads/2023/03/fhem10-1.png)
![](http://saller.net/wp-content/uploads/2023/10/image-16-1024x435.png)
![](http://saller.net/wp-content/uploads/2023/10/image-17-1024x446.png)
HelperUtils to notify
![](http://saller.net/wp-content/uploads/2023/10/image-18.png)
![](http://saller.net/wp-content/uploads/2023/10/image-19.png)
![](http://saller.net/wp-content/uploads/2023/10/image-20-1024x433.png)
![](http://saller.net/wp-content/uploads/2023/10/image-21-1024x236.png)
Telegram Bot einrichten:
![](http://saller.net/wp-content/uploads/2021/11/image-30.png)
![](http://saller.net/wp-content/uploads/2021/11/image-31.png)
FHEM Monitoring
![](http://saller.net/wp-content/uploads/2021/11/image-32.png)
![](http://saller.net/wp-content/uploads/2021/11/image-33-1024x274.png)
![](http://saller.net/wp-content/uploads/2021/11/image-23.png)
![](http://saller.net/wp-content/uploads/2021/11/image-26.png)
![](http://saller.net/wp-content/uploads/2021/11/image-27.png)
![](http://saller.net/wp-content/uploads/2021/11/image-28.png)
![](http://saller.net/wp-content/uploads/2021/11/image-29.png)
Solar PV Anlage
Folgendermaßen habe ich meine PV-Anlage von Solax (mit Solax-Wechselrichter und Batterie) eingerichtet und mit meiner Wärmepumpe (AlphaInnotec) gekoppelt;
Auswertung von Solax X3 Hybrid Inverter – Seite 45 – Datenlogger und Überwachung – Photovoltaikforum
defmod solax_local HTTPMOD <IP-Adress deines WLAN-Dongles mit abschließendem Slash, z.B. http://192.168.0.208/> 60
attr solax_local disable 0
attr solax_local extractAllJSON 1
attr solax_local group energy
attr solax_local reading101JSON Data_103
attr solax_local reading101Name result_soc
attr solax_local reading102JSON Information_0
attr solax_local reading102Name rated_capacity
attr solax_local reading103JSON Data_6
attr solax_local reading103Name AC_Power1
attr solax_local reading103OExpr if ($val > 65535/2) {return $val-65535} else {return $val}
attr solax_local reading104JSON Data_7
attr solax_local reading104Name AC_Power2
attr solax_local reading104OExpr if ($val > 65535/2) {return $val-65535} else {return $val}
attr solax_local reading105JSON Data_8
attr solax_local reading105Name AC_Power3
attr solax_local reading105OExpr if ($val > 65535/2) {return $val-65535} else {return $val}
attr solax_local reading106JSON ver
attr solax_local reading106Name FW_Wifi
attr solax_local reading107JSON Data_34
attr solax_local reading107Name result_feedinpower
attr solax_local reading107OExpr if ($val > 65535/2) {return $val-65535} else {return $val}
attr solax_local reading108JSON Data_169
attr solax_local reading108Name BAT_Voltage
attr solax_local reading108OExpr $val/100
attr solax_local reading109JSON Data_14
attr solax_local reading109Name result_powerdc1
attr solax_local reading109OExpr if ($val > 65535/2) {return $val-65535} else {return $val}
attr solax_local reading110JSON Data_15
attr solax_local reading110Name result_powerdc2
attr solax_local reading110OExpr if ($val > 65535/2) {return $val-65535} else {return $val}
attr solax_local reading115JSON Information_2
attr solax_local reading115Name result_inverterSN
attr solax_local reading138JSON Data_2
attr solax_local reading138Name AC_Current1
attr solax_local reading138OExpr $val / 10
attr solax_local reading141JSON Data_44
attr solax_local reading141Name result_batPower
attr solax_local reading141OExpr if ($val > 65535/2) {return $val-65535} else {return $val}
attr solax_local reading142JSON sn
attr solax_local reading142Name result_sn
attr solax_local reading146JSON Data_0
attr solax_local reading146Name AC_Voltage1
attr solax_local reading146OExpr $val / 10
attr solax_local reading147JSON Data_1
attr solax_local reading147Name AC_Voltage2
attr solax_local reading147OExpr $val/10
attr solax_local reading148JSON Data_2
attr solax_local reading148Name AC_Voltage3
attr solax_local reading148OExpr $val/10
attr solax_local reading149JSON Data_3
attr solax_local reading149Name AC_Current1
attr solax_local reading149OExpr $val/10
attr solax_local reading150JSON Data_4
attr solax_local reading150Name AC_Current2
attr solax_local reading150OExpr $val/10
attr solax_local reading151JSON Data_5
attr solax_local reading151Name AC_Current3
attr solax_local reading151OExpr $val/10
attr solax_local reading159JSON Data_12
attr solax_local reading159Name DC_Current1
attr solax_local reading159OExpr $val / 10
attr solax_local reading160JSON Data_13
attr solax_local reading160Name DC_Current2
attr solax_local reading160OExpr $val/10
attr solax_local reading168Format %.3f
attr solax_local reading168JSON Data_70
attr solax_local reading168Name result_yieldtoday
attr solax_local reading168OExpr $val / 10
attr solax_local reading179JSON Data_10
attr solax_local reading179Name DC_Voltage1
attr solax_local reading179OExpr $val / 10
attr solax_local reading180JSON Data_11
attr solax_local reading180Name DC_Voltage2
attr solax_local reading180OExpr $val / 10
attr solax_local reading181JSON Data_75
attr solax_local reading181Name Data_75
attr solax_local reading193JSON Data_9
attr solax_local reading193Name result_acpower
attr solax_local reading193OExpr if ($val > 65535/2) {return $val-65535} else {return $val}
attr solax_local reading195JSON Data_47
attr solax_local reading195Name result_consumepower
attr solax_local reading195OExpr if ($val > 65535/2) {return $val-65535} else {return $val}
attr solax_local reading196JSON Data_68
attr solax_local reading196Name result_yieldtotal
attr solax_local reading196OExpr $val / 10
attr solax_local reading207JSON type
attr solax_local reading207Name Inverter_Type
attr solax_local reading90JSON Data_88
attr solax_local reading90Name result_consumeenergy
attr solax_local reading90OExpr $val/100
attr solax_local reading99JSON Data_105
attr solax_local reading99Name BAT_Temperature
attr solax_local requestData optType=ReadRealTimeData/?pwd=<SN deines WLAN-Dongles, QR-Code>
attr solax_local requestHeader1 Content-Type: application/json
attr solax_local requestHeader2 Accept: application/json
attr solax_local room energy,solar
attr solax_local stateFormat {sprintf(\
“PV-Leistung (Solax DC): %i W
\
WR-Leistung (Solax AC): %i W
\
Einspeise-Leistung(Solax/HH/Netz): %i / %i / %i W
\
WP-Leistung (Gesamt/PV/Netz): %i = %i + %i W
\
Haus-Leistung (Solax): %i W
\
Batterie-Leistung: %i W
\
Batterie-Loading: %i %%
\
Yield (Heute/Gesamt): %.1f / %.1f kWh
\
Verdient (Netz/HH/WP) seit 27-Apr-2023: %.2f / %.2f / %.2f €
\
SN (Dongle/WR): %s / %s”,\
ReadingsVal($name,”result_powerdc1″,0)+ReadingsVal($name,”result_powerdc2″,0),\
ReadingsVal($name,”result_acpower”,0),\
ReadingsVal($name,”result_feedinpower”,0),\
ReadingsVal($name,”SMZ2_Leistung_HH”,0),\
ReadingsVal($name,”SMZ1_Leistung_Netz”,0),\
ReadingsVal($name,”WP_Leistung”,0),\
ReadingsVal($name,”WP_Leistung_PV”,0),\
ReadingsVal($name,”WP_Leistung_Netz”,0),\
ReadingsVal($name,”result_consumepower”,0),\
ReadingsVal($name,”result_batPower”,0),\
ReadingsVal($name,”result_soc”,0),\
ReadingsVal($name,”result_yieldtoday”,0),\
ReadingsVal($name,”result_yieldtotal”,0),\
ReadingsVal(“MQTT2_SHRDZM_3C6105FB1B1D”,”Einspeisung_EUR_since_27-Apr-2023″,0.0),\
-ReadingsVal(“MQTT2_SHRDZM_4C752535F3EB”,”Haushaltverbrauch_EUR_since_27-Apr-2023″,0.0),\
-ReadingsVal(“SHRDZM_Waermestrom”,”Waermepumpenverbrauch_EUR_since_27-Apr-2023″,0.0),\
ReadingsVal($name,”result_sn”,””),\
ReadingsVal($name,”result_inverterSN”,””))\
}
attr solax_local userReadings SMZ1_Verbrauch_Netz {ReadingsVal(“MQTT2_SHRDZM_3C6105FB1B1D”, “1.8.0”, 0.0)},\
SMZ1_Einspeisung_Netz {ReadingsVal(“MQTT2_SHRDZM_3C6105FB1B1D”, “2.8.0”, 0.0)},\
SMZ1_Leistung_Netz {-ReadingsVal(“MQTT2_SHRDZM_3C6105FB1B1D”, “16.7.0”, 0.0)},\
SMZ2_Verbrauch_HH {ReadingsVal(“MQTT2_SHRDZM_4C752535F3EB”, “1.8.0”, 0.0)},\
SMZ2_Einspeisung_HH {ReadingsVal(“MQTT2_SHRDZM_4C752535F3EB”, “2.8.0”, 0.0)},\
SMZ2_Leistung_HH {-ReadingsVal(“MQTT2_SHRDZM_4C752535F3EB”, “16.7.0”, 0.0)},\
WP_Verbrauch_Netz {ReadingsVal(“SHRDZM_Waermestrom”, “1.8.0_Netz”, 0.0)},\
WP_Verbrauch_PV {ReadingsVal(“SHRDZM_Waermestrom”, “1.8.0_PV”, 0.0)},\
WP_Verbrauch {ReadingsVal(“SHRDZM_Waermestrom”, “1.8.0”, 0.0)},\
WP_Leistung_Netz {ReadingsVal(“SHRDZM_Waermestrom”, “16.7.0_Netz”, 0.0)},\
WP_Leistung_PV {ReadingsVal(“SHRDZM_Waermestrom”, “16.7.0_PV”, 0.0)},\
WP_Leistung {ReadingsVal(“SHRDZM_Waermestrom”, “16.7.0”, 0.0)},\
PV_Leistung_DC {ReadingsVal($name, “result_powerdc1”, 0.0) + ReadingsVal($name, “result_powerdc2”, 0.0)}
attr solax_local verbose 0
Alternativ kann man den Solax Wechselrichter auch über die Internet-Web-Schnittstelle anbinden, dazu muss er aber im Internet hängen und die Daten werden nur alle 5 Minuten aktualisiert, da bekommt man auch wesentlich weniger Daten raus, genügt aber für den normalen Gebrauch, nur die Haushalts-Energie hab ich dort noch nicht gefunden:
defmod solax HTTPMOD https://www.solaxcloud.com/proxyApp/proxy/api/getRealtimeInfo.do?tokenId=20230513145304659386563&sn=<SN deines WLAN-Dongles, QR-Code> 150
attr solax alias solax
attr solax extractAllJSON 1
attr solax group energy
attr solax requestHeader1 Content-Type: application/json
attr solax requestHeader2 Accept: application/json
attr solax room energy
attr solax stateFormat {sprintf(\
"PV-Leistung (Solax DC): %i W
\
WR-Leistung (Solax AC): %i W
\
Einspeise-Leistung(Solax/HH/Netz) %i / %i / %i W
\
WP-Leistung (Gesamt/PV/Netz): %i = %i + %i W
\
Haus-Leistung (Solax): %i W
\
Batterie-Leistung: %i W
\
Batterie-Loading: %i %%
\
Yield (Heute/Gesamt): %.1f / %.1f kWh
\
Verdient (Netz/HH/WP) seit 27-Apr-2023: %.2f / %.2f / %.2f €
\
SN (Dongle/WR): %s / %s",\
ReadingsVal($name,"result_powerdc1",0)+ReadingsVal($name,"result_powerdc2",0),\
ReadingsVal($name,"result_acpower",0),\
ReadingsVal($name,"result_feedinpower",0),\
ReadingsVal($name,"SMZ2_Leistung_HH",0),\
ReadingsVal($name,"SMZ1_Leistung_Netz",0),\
ReadingsVal($name,"WP_Leistung",0),\
ReadingsVal($name,"WP_Leistung_PV",0),\
ReadingsVal($name,"WP_Leistung_Netz",0),\
ReadingsVal($name,"result_acpower",0)-ReadingsVal($name,"result_feedinpower",0),\
ReadingsVal($name,"result_batPower",0),\
ReadingsVal($name,"result_soc",0),\
ReadingsVal($name,"result_yieldtoday",0),\
ReadingsVal($name,"result_yieldtotal",0),\
ReadingsVal("MQTT2_SHRDZM_3C6105FB1B1D","Einspeisung_EUR_since_27-Apr-2023",0.0),\
-ReadingsVal("MQTT2_SHRDZM_4C752535F3EB","Haushaltverbrauch_EUR_since_27-Apr-2023",0.0),\
-ReadingsVal("SHRDZM_Waermestrom","Waermepumpenverbrauch_EUR_since_27-Apr-2023",0.0),\
ReadingsVal($name,"result_sn",""),\
ReadingsVal($name,"result_inverterSN",""))\
}
attr solax userReadings SMZ1_Verbrauch_Netz {ReadingsVal("MQTT2_SHRDZM_3C6105FB1B1D", "1.8.0", 0.0)},\
SMZ1_Einspeisung_Netz {ReadingsVal("MQTT2_SHRDZM_3C6105FB1B1D", "2.8.0", 0.0)},\
SMZ1_Leistung_Netz {-ReadingsVal("MQTT2_SHRDZM_3C6105FB1B1D", "16.7.0", 0.0)},\
SMZ2_Verbrauch_HH {ReadingsVal("MQTT2_SHRDZM_4C752535F3EB", "1.8.0", 0.0)},\
SMZ2_Einspeisung_HH {ReadingsVal("MQTT2_SHRDZM_4C752535F3EB", "2.8.0", 0.0)},\
SMZ2_Leistung_HH {-ReadingsVal("MQTT2_SHRDZM_4C752535F3EB", "16.7.0", 0.0)},\
WP_Verbrauch_Netz {ReadingsVal("SHRDZM_Waermestrom", "1.8.0_Netz", 0.0)},\
WP_Verbrauch_PV {ReadingsVal("SHRDZM_Waermestrom", "1.8.0_PV", 0.0)},\
WP_Verbrauch {ReadingsVal("SHRDZM_Waermestrom", "1.8.0", 0.0)},\
WP_Leistung_Netz {ReadingsVal("SHRDZM_Waermestrom", "16.7.0_Netz", 0.0)},\
WP_Leistung_PV {ReadingsVal("SHRDZM_Waermestrom", "16.7.0_PV", 0.0)},\
WP_Leistung {ReadingsVal("SHRDZM_Waermestrom", "16.7.0", 0.0)},\
PV_Leistung_DC {ReadingsVal($name, "result_powerdc1", 0.0) + ReadingsVal($name, "result_powerdc2", 0.0)}
attr solax verbose 0
![](http://saller.net/wp-content/uploads/2023/10/image-22-1024x462.png)
![](http://saller.net/wp-content/uploads/2023/10/image-23-1024x436.png)
![](http://saller.net/wp-content/uploads/2023/10/image-24-1024x306.png)
![](http://saller.net/wp-content/uploads/2023/10/image-25-1024x431.png)
![](http://saller.net/wp-content/uploads/2023/10/image-26-1024x249.png)
![](http://saller.net/wp-content/uploads/2023/10/image-29-1024x44.png)
![](http://saller.net/wp-content/uploads/2023/10/image-27.png)
![](http://saller.net/wp-content/uploads/2023/10/image-28.png)
SHRDZM
shrdzm.com bietet Lösungen (Hardware) zum Auslesen der Stromzähler oder Gaszähler.
defmod MQTT2_SHRDZM_3C6105FB1B1D MQTT2_DEVICE SHRDZM_3C6105FB1B1D
attr MQTT2_SHRDZM_3C6105FB1B1D alias SHRDZM_Gesamtstrom
attr MQTT2_SHRDZM_3C6105FB1B1D readingList SHRDZM_3C6105FB1B1D:SHRDZM/3C6105FB1B1D/state:.* state\
SHRDZM_3C6105FB1B1D:SHRDZM/3C6105FB1B1D/IP:.* IP\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_lasterror/config:.* config\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_uptime/config:.* { json2nameValue($EVENT) }\
SHRDZM_3C6105FB1B1D:SHRDZM/3C6105FB1B1D/3C6105FB1B1D/sensor:.* { json2nameValue($EVENT) }\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_1-8-0/config:.* { json2nameValue($EVENT) }\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_2-8-0/config:.* { json2nameValue($EVENT) }\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_16-7-0/config:.* { json2nameValue($EVENT) }\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_32-7-0/config:.* { json2nameValue($EVENT) }\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_52-7-0/config:.* { json2nameValue($EVENT) }\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_72-7-0/config:.* { json2nameValue($EVENT) }\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_31-7-0/config:.* { json2nameValue($EVENT) }\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_51-7-0/config:.* { json2nameValue($EVENT) }\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_71-7-0/config:.* { json2nameValue($EVENT) }\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_81-7-1/config:.* { json2nameValue($EVENT) }\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_81-7-2/config:.* { json2nameValue($EVENT) }\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_81-7-4/config:.* { json2nameValue($EVENT) }\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_81-7-15/config:.* { json2nameValue($EVENT) }\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_81-7-26/config:.* { json2nameValue($EVENT) }\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_14-7-0/config:.* { json2nameValue($EVENT) }\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_data/config:.* config\
SHRDZM_3C6105FB1B1D:SHRDZM/3C6105FB1B1D/3C6105FB1B1D/init:.* init\
SHRDZM_3C6105FB1B1D:SHRDZM/3C6105FB1B1D/3C6105FB1B1D/config:.* config\
SHRDZM_3C6105FB1B1D:SHRDZM/3C6105FB1B1D/3C6105FB1B1D/param:.* param\
SHRDZM_3C6105FB1B1D:SHRDZM/3C6105FB1B1D/3C6105FB1B1D/version:.* version\
SHRDZM_3C6105FB1B1D:SHRDZM/3C6105FB1B1D/3C6105FB1B1D/sensors:.* sensors\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_timestamp/config:.* { json2nameValue($EVENT) }\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_1-7-0/config:.* { json2nameValue($EVENT) }\
SHRDZM_3C6105FB1B1D:homeassistant/sensor/3C6105FB1B1D_2-7-0/config:.* { json2nameValue($EVENT) }
attr MQTT2_SHRDZM_3C6105FB1B1D room MQTT2_DEVICE,energy
attr MQTT2_SHRDZM_3C6105FB1B1D userReadings 1.8.0_WP {ReadingsVal($name, “1.8.0”, 0.0) – ReadingsVal(“MQTT2_SHRDZM_4C752535F3EB”, “1.8.0”, 0.0)},\
16.7.0_WP {ReadingsVal($name, “16.7.0”, 0.0) – ReadingsVal(“MQTT2_SHRDZM_4C752535F3EB”, “16.7.0”, 0.0)},\
1.8.0_HH {ReadingsVal($name, “1.8.0”, 0.0) – ReadingsVal($name, “1.8.0_WP”, 0.0)},\
16.7.0_HH {ReadingsVal($name, “16.7.0”, 0.0) – ReadingsVal($name, “16.7.0_WP”, 0.0)},\
Einspeisung_EUR_since_27-Apr-2023 {ReadingsVal($name, “2.8.0”, 0)*8/100000}