From b79e4564c1859a2c2244d34b1345e9d4fc46c0ae Mon Sep 17 00:00:00 2001
From: Michael Geers <michael@geers.tv>
Date: Tue, 11 Nov 2025 11:59:43 +0100
Subject: [PATCH] Remove heating devices from chargers page

---
 docs/devices/chargers.mdx                     | 860 ------------------
 .../current/devices/chargers.mdx              | 860 ------------------
 src/generateFromTemplate.js                   |   3 +-
 3 files changed, 2 insertions(+), 1721 deletions(-)

diff --git a/docs/devices/chargers.mdx b/docs/devices/chargers.mdx
index 293bf88358..c93e4f1d7a 100644
--- a/docs/devices/chargers.mdx
+++ b/docs/devices/chargers.mdx
@@ -7027,863 +7027,3 @@ WICHTIG: Die Wallbox darf NICHT gleichzeitig im Sunny Home Manager bzw. im Sunny
 
 <SponsorshipRequired />
 
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-## Wärmeerzeuger
-
-### alpha innotec 
-
-<DeviceFeatures features="sponsorfree" />
-
-Für Wärmepumpen mit Luxtronik 2.1 Steuerung. Nutzt modbus-tcp. Braucht mindestens Software v3.90.3. Aktivierung über SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional
-      wwoffset: 0.0 # Anhebung der Warmwassertemperatur (K), Erhöht evtl. den Verschleiss des Kompressors. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Bosch SG Ready
-
-<DeviceFeatures features="sponsorfree" />
-
-Eingebunden via [EMSESP](https://emsesp.org/)
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: emsesp
-      host: 192.0.2.2 # IP-Adresse oder Hostname
-      token: # Token, optional
-      powersource: hpcurrpower # Leistungsquelle, [hpcurrpower, hppower] (optional)
-      tempsource: # Temperaturquelle, [warmwater] (optional)`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Buderus
-
-#### Logamatic HMC 20
-
-<DeviceFeatures features="sponsorfree" />
-
-Für Wärmepumpen mit Luxtronik 2.1 Steuerung. Nutzt modbus-tcp. Braucht mindestens Software v3.90.3. Aktivierung über SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional
-      wwoffset: 0.0 # Anhebung der Warmwassertemperatur (K), Erhöht evtl. den Verschleiss des Kompressors. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-#### Logamatic HMC 20 Z
-
-<DeviceFeatures features="sponsorfree" />
-
-Für Wärmepumpen mit Luxtronik 2.1 Steuerung. Nutzt modbus-tcp. Braucht mindestens Software v3.90.3. Aktivierung über SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional
-      wwoffset: 0.0 # Anhebung der Warmwassertemperatur (K), Erhöht evtl. den Verschleiss des Kompressors. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-#### SG Ready
-
-<DeviceFeatures features="sponsorfree" />
-
-Eingebunden via [EMSESP](https://emsesp.org/)
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: emsesp
-      host: 192.0.2.2 # IP-Adresse oder Hostname
-      token: # Token, optional
-      powersource: hpcurrpower # Leistungsquelle, [hpcurrpower, hppower] (optional)
-      tempsource: # Temperaturquelle, [warmwater] (optional)`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Bösch x-change
-
-<DeviceFeatures features="sponsorfree" />
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: kermi
-      host: 192.0.2.2 # IP-Adresse oder Hostname
-      tempsource: # Temperaturquelle, [warmwater, buffer] (optional)`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: kermi
-      host: 192.0.2.2 # IP-Adresse oder Hostname
-      tempsource: # Temperaturquelle, [warmwater, buffer] (optional)
-      watchdog: 60s # Watchdog, optional`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### CTA All-In-One Aeroplus
-
-<DeviceFeatures features="sponsorfree" />
-
-Für Wärmepumpen mit Luxtronik 2.1 Steuerung. Nutzt modbus-tcp. Braucht mindestens Software v3.90.3. Aktivierung über SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional
-      wwoffset: 0.0 # Anhebung der Warmwassertemperatur (K), Erhöht evtl. den Verschleiss des Kompressors. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Daikin
-
-#### HomeHub (SG Ready)
-
-<DeviceFeatures features="sponsorfree" />
-
-Funktioniert mit Altherma 3 Versionen 0775, 0793, 0223, 0774, 29C1.
-
-In Kombination mit einem im Modus 3 (Modbus TCP/IP) konfigurierten HomeHub (EKRHH).
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: daikin-homehub
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      tempsource: # Temperaturquelle, [warmwater, buffer] (optional)`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-#### HomeHub air2air (SG Ready)
-
-<DeviceFeatures features="sponsorfree" />
-
-Funktioniert mit Air 2-Luft-Wärmepumpen, die WLAN-Adapter der 4. Generation (BRP069C4) mit maximal 5 Einheiten unterstützen.
-
-Homehub (EKRHH) muss im Modus 4 (Modbus TCP/IP für Air2Air-Wärmepumpen) konfiguriert werden.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: daikin-homehub-air2air
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Elco 
-
-<DeviceFeatures features="sponsorfree" />
-
-Für Wärmepumpen mit Luxtronik 2.1 Steuerung. Nutzt modbus-tcp. Braucht mindestens Software v3.90.3. Aktivierung über SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional
-      wwoffset: 0.0 # Anhebung der Warmwassertemperatur (K), Erhöht evtl. den Verschleiss des Kompressors. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### IDM 
-
-<DeviceFeatures features="sponsorfree" />
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: idm
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      tempsource: # Temperaturquelle, [warmwater_top, warmwater_bottom, buffer] (optional)`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Junkers SG Ready
-
-<DeviceFeatures features="sponsorfree" />
-
-Eingebunden via [EMSESP](https://emsesp.org/)
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: emsesp
-      host: 192.0.2.2 # IP-Adresse oder Hostname
-      token: # Token, optional
-      powersource: hpcurrpower # Leistungsquelle, [hpcurrpower, hppower] (optional)
-      tempsource: # Temperaturquelle, [warmwater] (optional)`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Kermi x-center pro
-
-<DeviceFeatures features="sponsorfree" />
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: kermi
-      host: 192.0.2.2 # IP-Adresse oder Hostname
-      tempsource: # Temperaturquelle, [warmwater, buffer] (optional)`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: kermi
-      host: 192.0.2.2 # IP-Adresse oder Hostname
-      tempsource: # Temperaturquelle, [warmwater, buffer] (optional)
-      watchdog: 60s # Watchdog, optional`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Lambda EU-L Serie
-
-<DeviceFeatures features="sponsorfree" />
-
-Energiemanagementeinstellungen am Gerät:
-
-- E-Meter Kommunikationsart: "ModBus Client"
-- E-Meter Messpunkt: "E-Eintrag"
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: lambda-zewotherm
-      host: 192.0.2.2 # IP-Adresse oder Hostname
-      port: 502 # Port, optional
-      tempsource: # Temperaturquelle, [warmwater_top, warmwater_bottom, buffer_top, buffer_bottom] (optional)
-      firmware: <1.1.3 # Firmware version. Wähle '>=1.1.3' für Word-Swap, [<1.1.3, >=1.1.3] (optional)`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: lambda-zewotherm
-      host: 192.0.2.2 # IP-Adresse oder Hostname
-      port: 502 # Port, optional
-      tempsource: # Temperaturquelle, [warmwater_top, warmwater_bottom, buffer_top, buffer_bottom] (optional)
-      firmware: <1.1.3 # Firmware version. Wähle '>=1.1.3' für Word-Swap, [<1.1.3, >=1.1.3] (optional)
-      excess: plus # veraltet, bei neg. E-Überschuss auf minus, [plus, minus] (optional)
-      watchdog: 60s # Watchdog, optional`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### LG Therma V R290 Monobloc (SG Ready)
-
-<DeviceFeatures features="sponsorfree" />
-
-Modbus Verbindung zur LG Therma V Wärmepumpe.
-Funktioniert über SG Ready Energiezustände für intelligente Steuerung.
-Inneneinheit/Fernbedienung in den erweiterten Einstellungen > "Konnektivität" > "Energiezustand" > "Signaltyp" > auf "Modbus" einstellen.
-Da die interne Energiemessung zu hohe Werte anzeigt ist eine externe Energiemessung empfohlen.
-Werkseinstellung Modbus Addresse(HEX) = 21 (33).
-Modbus Register sind im Installationshandbuch zu finden (Adresse jeweils ohne die führende Ziffer und -1).
-Informationen zu den Energiezuständen finden sich auch im Installationshandbuch.
-Die Energiezustände 6 und 7 können an der Inneneinheit in den erweiterten Einstellungen > "Konnektivität" > "Energiezustand" > "Definition der Energiezustände" angepasst werden.
-Wenn die interne Energiemessung nicht funktioniert (nicht jedes Model unterstützt das Register), dann setze die Energiemessung auf "Nein".
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: lg-therma
-      
-      # RS485 via adapter (Modbus RTU)
-      modbus: rs485serial
-      id: 33
-      device: /dev/ttyUSB0 # USB-RS485 Adapter Adresse
-      baudrate: 9600 # Prüfe die Geräteeinstellungen, typische Werte sind 9600, 19200, 38400, 57600, 115200
-      comset: "8N1" # Kommunikationsparameter für den Adapter
-      
-      # RS485 via TCP/IP (Modbus RTU)
-      modbus: rs485tcpip
-      id: 33
-      host:  # Hostname
-      port: 502 # Port
-      tempsource: water_tank # DHW Warmwassertank- oder Wassereinlasstemperatur, [water_tank, water_inlet]
-      energystate: SGReady # SGReady oder anpassbare Energiezustände 6 und 7, [SGReady, IndividualEnergystate]
-      haspower: true # Interne Energiemessung`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### my-PV
-
-#### AC ELWA 2
-
-<DeviceFeatures features="" />
-
-Über das lokale Webinterface des AC ELWA 2 muss der Wert für die "Zeitablauf Ansteuerung" auf einen Wert etwas größer der Intervall Zeit von evcc (z.B. + 5s) gesetzt werden.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: ac-elwa-2
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      scale: 1 # Skalierungsfaktor der Leistungsvorgabe, optional
-      tempsource: 1 # Temperaturquelle, [1, 2] (optional)`}  />
-
-
-
-<SponsorshipRequired />
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-#### AC ELWA-E
-
-<DeviceFeatures features="" />
-
-Für den Heizstab von my-PV ohne Display. Über das lokale Webinterface des AC ELWA-E muss der Wert für die "Zeitablauf Ansteuerung" auf einen Wert etwas größer der Intervall Zeit von evcc (z.B. + 5s) gesetzt werden.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: ac-elwa-e
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      scale: 1 # Skalierungsfaktor der Leistungsvorgabe, optional`}  />
-
-
-
-<SponsorshipRequired />
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-#### AC•THOR
-
-<DeviceFeatures features="" />
-
-Über das lokale Webinterface des AC•THOR muss der Wert für die "Zeitablauf Ansteuerung" auf einen Wert etwas größer der Intervall Zeit von evcc (z.B. + 5s) gesetzt werden.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: ac-thor
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      tempsource: 1 # Temperaturquelle, [1, 2, 3] (optional)
-      scale: 1 # Skalierungsfaktor der Leistungsvorgabe, optional`}  />
-
-
-
-<SponsorshipRequired />
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-#### AC•THOR 9s
-
-<DeviceFeatures features="" />
-
-Über das lokale Webinterface des AC•THOR muss der Wert für die "Zeitablauf Ansteuerung" auf einen Wert etwas größer der Intervall Zeit von evcc (z.B. + 5s) gesetzt werden.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: ac-thor
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      tempsource: 1 # Temperaturquelle, [1, 2, 3] (optional)
-      scale: 1 # Skalierungsfaktor der Leistungsvorgabe, optional`}  />
-
-
-
-<SponsorshipRequired />
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Nibe AP-AW10
-
-<DeviceFeatures features="sponsorfree" />
-
-Für Wärmepumpen mit Luxtronik 2.1 Steuerung. Nutzt modbus-tcp. Braucht mindestens Software v3.90.3. Aktivierung über SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional
-      wwoffset: 0.0 # Anhebung der Warmwassertemperatur (K), Erhöht evtl. den Verschleiss des Kompressors. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Novelan WPR NET
-
-<DeviceFeatures features="sponsorfree" />
-
-Für Wärmepumpen mit Luxtronik 2.1 Steuerung. Nutzt modbus-tcp. Braucht mindestens Software v3.90.3. Aktivierung über SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional
-      wwoffset: 0.0 # Anhebung der Warmwassertemperatur (K), Erhöht evtl. den Verschleiss des Kompressors. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Ochsner BWWP Genius 333
-
-<DeviceFeatures features="sponsorfree" />
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: ochsner-bwwp
-      host: 192.0.2.2 # IP-Adresse oder Hostname
-      port: 502 # Port, optional
-      id: 1 # ID, optional`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Roth
-
-#### ThermoAura
-
-<DeviceFeatures features="sponsorfree" />
-
-Für Wärmepumpen mit Luxtronik 2.1 Steuerung. Nutzt modbus-tcp. Braucht mindestens Software v3.90.3. Aktivierung über SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional
-      wwoffset: 0.0 # Anhebung der Warmwassertemperatur (K), Erhöht evtl. den Verschleiss des Kompressors. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-#### ThermoTerra
-
-<DeviceFeatures features="sponsorfree" />
-
-Für Wärmepumpen mit Luxtronik 2.1 Steuerung. Nutzt modbus-tcp. Braucht mindestens Software v3.90.3. Aktivierung über SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional
-      wwoffset: 0.0 # Anhebung der Warmwassertemperatur (K), Erhöht evtl. den Verschleiss des Kompressors. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Stiebel Eltron
-
-#### LWA/LWZ (SG Ready)
-
-<DeviceFeatures features="sponsorfree" />
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: stiebel-lwa
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      tempsource: # Temperaturquelle, [warmwater] (optional)`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-#### WPM (SG Ready)
-
-<DeviceFeatures features="sponsorfree" />
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: stiebel-wpm
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      tempsource: # Temperaturquelle, [warmwater, buffer] (optional)`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Tecalor THZ (SG Ready)
-
-<DeviceFeatures features="sponsorfree" />
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: stiebel-lwa
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      tempsource: # Temperaturquelle, [warmwater] (optional)`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Vaillant SensoNET (API)
-
-<DeviceFeatures features="sponsorfree" />
-
-Die Boost Funktion erwärmt Warmwasser oder eine Boostzone. Die Boostzone wird durch die ID identifiziert. Die Boost Temperatur wird in Grad Celsius angegeben. Ist eine Boost Temperatur angegeben, wird die Boostzone aktiviert, anderenfalls Warmwasser.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: vaillant
-      user: # Benutzerkonto, bspw. E-Mail Adresse, User Id, etc. (optional)
-      password: # Passwort, Bei führenden Nullen bitte in einfache Hochkommata setzen (optional)
-      realm: DE # Region, [DE, AT] (optional)
-      zone: # ID der Boostzone, optional
-      setpoint: # Boost Temperatur, optional
-      system: # Name der Anlage, Notwendig falls mehrere Anlagen im Account vorhanden sind (optional)`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Viessmann Heatpump (API)
-
-<DeviceFeatures features="sponsorfree" />
-
-Einmalige Warmwasserbereitung. Das Gerät entscheidet eigenständig, ob die Wärmepumpe oder die elektrische Zusatzheizung (falls vorhanden) genutzt wird.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: viessmann
-      clientid: # Client ID, Konfigurieren in [app.developer.viessmann-climatesolutions.com](https://app.developer.viessmann-climatesolutions.com)
-      redirecturi: https://evcc.example.org/providerauth/callback # Redirect URI, Redirect-URI der evcc-Instanz. Muss mit der Redirect URI übereinstimmen, die Viessmann Developer Portal konfiguriert ist.
-      gateway_serial: # Gateway Serial, Seriennummer des VitoConnect modul (VitoCare App -> Einstellungen -> Kommunikationsmodul -> Seriennummer)
-      installation_id: # Installation ID, Leider kann man die Installation ID nicht einfach in der Viessmann App einsehen - stattdessen müssen wir die folgenden Kommandos in der Kommandozeile ausführen. Es ist uns bewusst, dass das nicht für jeden Benutzer einfach umsetzbar ist, aber bisher haben wir leider keinen besseren Ablauf...<br/>  Vorraussetzungen: curl, jq, und die folgenden Umgebungsvariblen:  \`\`\` VIESSMANN_USER=<your-user> VIESSMANN_PASS=<your-password> VIESSMANN_CLIENT_ID=<your-clientid> \`\`\`  Dann holen wir uns einen oauth token (n.b. am besten den gesamten Block in das Terminal kopieren, da die Zwischenvariable 'CODE' nur 20 Sekunden gültig ist):  \`\`\` VIESSMANN_REDIRECT_URI=<your-redirect-uri> VIESSMANN_CODE_CHALLENGE="5M5nhkBfkWZCGfLZYcTL-l7esjPUN7PpZ4rq8k4cmys" VIESSMANN_CODE_VERIFIER="6PygdmeK8JKPuuftlkc6q4ceyvjhMM_a_cJrPbcmcLc-SPjx2ZXTYr-SOofPUBydQ3McNYRy7Hibc2L2WtVLJFpOQ~Qbgic455ArKjUz9_UiTLnO6q8A3e.I_fIF8hAo"  VIESSMANN_CODE=$(curl -X POST --silent \   --user $VIESSMANN_USER:$VIESSMANN_PASS \   --output /dev/null \   --dump-header -    \   "https://iam.viessmann-climatesolutions.com/idp/v3/authorize?client_id=$VIESSMANN_CLIENT_ID&redirect_uri=$VIESSMANN_REDIRECT_URI&scope=IoT%20User%20offline_access&response_type=code&code_challenge=$VIESSMANN_CODE_CHALLENGE&code_challenge_method=S256" \   | grep "^location: "            \   | sed 's/.*\\?code=\\(.*\\).*/\\1/' \   | tr -d '[:space:]')  TOKEN_RESPONSE=$(curl -XPOST --silent \   -H "Content-Type: application/x-www-form-urlencoded" \   --data "grant_type=authorization_code&client_id=$VIESSMANN_CLIENT_ID&redirect_uri=$VIESSMANN_REDIRECT_URI&code_verifier=$VIESSMANN_CODE_VERIFIER&code=$VIESSMANN_CODE" \   https://iam.viessmann-climatesolutions.com/idp/v3/token)  VIESSMANN_TOKEN=$(echo $TOKEN_RESPONSE | jq --raw-output .access_token) \`\`\`  Damit können wir jetzt die Installation ID abfragen:  \`\`\` curl --silent -H "Authorization: Bearer $VIESSMANN_TOKEN" \   https://api.viessmann-climatesolutions.com/iot/v1/equipment/installations?includeGateways=true \   | jq '.data[].id' \`\`\`
-      device_id: 0 # Device ID, normalerweise \`0\``}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Wolf
-
-#### BWL
-
-<DeviceFeatures features="sponsorfree" />
-
-Für Wärmepumpen mit Luxtronik 2.1 Steuerung. Nutzt modbus-tcp. Braucht mindestens Software v3.90.3. Aktivierung über SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional
-      wwoffset: 0.0 # Anhebung der Warmwassertemperatur (K), Erhöht evtl. den Verschleiss des Kompressors. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-#### BWS
-
-<DeviceFeatures features="sponsorfree" />
-
-Für Wärmepumpen mit Luxtronik 2.1 Steuerung. Nutzt modbus-tcp. Braucht mindestens Software v3.90.3. Aktivierung über SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Anhebung der Heizwassertemperatur (K), optional
-      wwoffset: 0.0 # Anhebung der Warmwassertemperatur (K), Erhöht evtl. den Verschleiss des Kompressors. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Zewotherm EU-L Serie
-
-<DeviceFeatures features="sponsorfree" />
-
-Energiemanagementeinstellungen am Gerät:
-
-- E-Meter Kommunikationsart: "ModBus Client"
-- E-Meter Messpunkt: "E-Eintrag"
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: lambda-zewotherm
-      host: 192.0.2.2 # IP-Adresse oder Hostname
-      port: 502 # Port, optional
-      tempsource: # Temperaturquelle, [warmwater_top, warmwater_bottom, buffer_top, buffer_bottom] (optional)
-      firmware: <1.1.3 # Firmware version. Wähle '>=1.1.3' für Word-Swap, [<1.1.3, >=1.1.3] (optional)`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: lambda-zewotherm
-      host: 192.0.2.2 # IP-Adresse oder Hostname
-      port: 502 # Port, optional
-      tempsource: # Temperaturquelle, [warmwater_top, warmwater_bottom, buffer_top, buffer_bottom] (optional)
-      firmware: <1.1.3 # Firmware version. Wähle '>=1.1.3' für Word-Swap, [<1.1.3, >=1.1.3] (optional)
-      excess: plus # veraltet, bei neg. E-Überschuss auf minus, [plus, minus] (optional)
-      watchdog: 60s # Watchdog, optional`} />
-
-
-
diff --git a/i18n/en/docusaurus-plugin-content-docs/current/devices/chargers.mdx b/i18n/en/docusaurus-plugin-content-docs/current/devices/chargers.mdx
index b02f254d5d..bb0c1184fb 100644
--- a/i18n/en/docusaurus-plugin-content-docs/current/devices/chargers.mdx
+++ b/i18n/en/docusaurus-plugin-content-docs/current/devices/chargers.mdx
@@ -7026,863 +7026,3 @@ When geofencing is enabled, the evcc will only affect charging behavior when the
 
 
 
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-## Heating devices
-
-### alpha innotec 
-
-<DeviceFeatures features="sponsorfree" />
-
-For heatpumps with Luxtronik 2.1 controller. Uses modbus-tcp. Requires software v3.90.3 or later. Enable via SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional
-      wwoffset: 0.0 # Hot water temperature boost (K), Temperature boost offset for hot water. Possibly increases wear on compressor. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Bosch SG Ready
-
-<DeviceFeatures features="sponsorfree" />
-
-Integrated via [EMSESP](https://emsesp.org/)
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: emsesp
-      host: 192.0.2.2 # IP address or hostname
-      token: # Token, optional
-      powersource: hpcurrpower # Power source, [hpcurrpower, hppower] (optional)
-      tempsource: # Temperature source, [warmwater] (optional)`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Buderus
-
-#### Logamatic HMC 20
-
-<DeviceFeatures features="sponsorfree" />
-
-For heatpumps with Luxtronik 2.1 controller. Uses modbus-tcp. Requires software v3.90.3 or later. Enable via SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional
-      wwoffset: 0.0 # Hot water temperature boost (K), Temperature boost offset for hot water. Possibly increases wear on compressor. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-#### Logamatic HMC 20 Z
-
-<DeviceFeatures features="sponsorfree" />
-
-For heatpumps with Luxtronik 2.1 controller. Uses modbus-tcp. Requires software v3.90.3 or later. Enable via SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional
-      wwoffset: 0.0 # Hot water temperature boost (K), Temperature boost offset for hot water. Possibly increases wear on compressor. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-#### SG Ready
-
-<DeviceFeatures features="sponsorfree" />
-
-Integrated via [EMSESP](https://emsesp.org/)
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: emsesp
-      host: 192.0.2.2 # IP address or hostname
-      token: # Token, optional
-      powersource: hpcurrpower # Power source, [hpcurrpower, hppower] (optional)
-      tempsource: # Temperature source, [warmwater] (optional)`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Bösch x-change
-
-<DeviceFeatures features="sponsorfree" />
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: kermi
-      host: 192.0.2.2 # IP address or hostname
-      tempsource: # Temperature source, [warmwater, buffer] (optional)`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: kermi
-      host: 192.0.2.2 # IP address or hostname
-      tempsource: # Temperature source, [warmwater, buffer] (optional)
-      watchdog: 60s # Watchdog, optional`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### CTA All-In-One Aeroplus
-
-<DeviceFeatures features="sponsorfree" />
-
-For heatpumps with Luxtronik 2.1 controller. Uses modbus-tcp. Requires software v3.90.3 or later. Enable via SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional
-      wwoffset: 0.0 # Hot water temperature boost (K), Temperature boost offset for hot water. Possibly increases wear on compressor. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Daikin
-
-#### HomeHub (SG Ready)
-
-<DeviceFeatures features="sponsorfree" />
-
-Works with Altherma 3 versions 0775, 0793, 0223, 0774, 29C1.
-
-In combination with a HomeHub (EKRHH) configured in mode 3 (Modbus TCP/IP).
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: daikin-homehub
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      tempsource: # Temperature source, [warmwater, buffer] (optional)`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-#### HomeHub air2air (SG Ready)
-
-<DeviceFeatures features="sponsorfree" />
-
-Works with air 2 air heat pumps that support 4th gen WLAN-adapters (BRP069C4). With a maximum of 5 units.
-
-Homehub (EKRHH) needs to be configured in mode 4 (Modbus TCP/IP for air2air heat pumps).
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: daikin-homehub-air2air
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Elco 
-
-<DeviceFeatures features="sponsorfree" />
-
-For heatpumps with Luxtronik 2.1 controller. Uses modbus-tcp. Requires software v3.90.3 or later. Enable via SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional
-      wwoffset: 0.0 # Hot water temperature boost (K), Temperature boost offset for hot water. Possibly increases wear on compressor. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### IDM 
-
-<DeviceFeatures features="sponsorfree" />
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: idm
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      tempsource: # Temperature source, [warmwater_top, warmwater_bottom, buffer] (optional)`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Junkers SG Ready
-
-<DeviceFeatures features="sponsorfree" />
-
-Integrated via [EMSESP](https://emsesp.org/)
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: emsesp
-      host: 192.0.2.2 # IP address or hostname
-      token: # Token, optional
-      powersource: hpcurrpower # Power source, [hpcurrpower, hppower] (optional)
-      tempsource: # Temperature source, [warmwater] (optional)`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Kermi x-center pro
-
-<DeviceFeatures features="sponsorfree" />
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: kermi
-      host: 192.0.2.2 # IP address or hostname
-      tempsource: # Temperature source, [warmwater, buffer] (optional)`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: kermi
-      host: 192.0.2.2 # IP address or hostname
-      tempsource: # Temperature source, [warmwater, buffer] (optional)
-      watchdog: 60s # Watchdog, optional`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Lambda EU-L Series
-
-<DeviceFeatures features="sponsorfree" />
-
-Energy management settings of the device:
-
-- E-Meter communication type: "ModBus Client"
-- E-Meter measuring point: "Energy-Input"
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: lambda-zewotherm
-      host: 192.0.2.2 # IP address or hostname
-      port: 502 # Port, optional
-      tempsource: # Temperature source, [warmwater_top, warmwater_bottom, buffer_top, buffer_bottom] (optional)
-      firmware: <1.1.3 # Firmware version. Choose '>=1.1.3' for word-swap, [<1.1.3, >=1.1.3] (optional)`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: lambda-zewotherm
-      host: 192.0.2.2 # IP address or hostname
-      port: 502 # Port, optional
-      tempsource: # Temperature source, [warmwater_top, warmwater_bottom, buffer_top, buffer_bottom] (optional)
-      firmware: <1.1.3 # Firmware version. Choose '>=1.1.3' for word-swap, [<1.1.3, >=1.1.3] (optional)
-      excess: plus # deprecated, set for neg. e-excess to minus, [plus, minus] (optional)
-      watchdog: 60s # Watchdog, optional`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### LG Therma V R290 Monobloc (SG Ready)
-
-<DeviceFeatures features="sponsorfree" />
-
-Modbus connection to LG Therma V heat pump.
-Uses SG Ready energy states for intelligent control.
-Set the indoor unit in the installer settings > "Connectivity" > "Energy state" > "ESS use type" > to "Modbus".
-Since the internal power measurement shows to high values, an external power measurement is suggested.
-Factory setting Modbus (HEX) = 21 (33).
-Modbus registers can be found within the installation manual (address without the leading number and -1).
-Information on the energy state can be found within the installation manual.
-Energy states 6 and 7 can be adapted at the indoor unit in the installer settings > "Connectivity" > "Energy state" >"Energy state definition".
-If the internal power measurement does not work (not all models support this register), please set energy metering to "false".
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: lg-therma
-      
-      # RS485 via adapter (Modbus RTU)
-      modbus: rs485serial
-      id: 33
-      device: /dev/ttyUSB0 # USB-RS485 Adapter Adresse
-      baudrate: 9600 # Prüfe die Geräteeinstellungen, typische Werte sind 9600, 19200, 38400, 57600, 115200
-      comset: "8N1" # Kommunikationsparameter für den Adapter
-      
-      # RS485 via TCP/IP (Modbus RTU)
-      modbus: rs485tcpip
-      id: 33
-      host:  # Hostname
-      port: 502 # Port
-      tempsource: water_tank # DHW warm water tank or inlet flow temperature, [water_tank, water_inlet]
-      energystate: SGReady # SGReady states or modifyable energy state 6 and 7, [SGReady, IndividualEnergystate]
-      haspower: true # Internal energy metering`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### my-PV
-
-#### AC ELWA 2
-
-<DeviceFeatures features="" />
-
-Use the local web interface of AC ELWA 2 to set the value "Power timeout" to a value slightly higher (e.g. + 5s) than the interval time of evcc.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: ac-elwa-2
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      scale: 1 # Scale factor for power limit, optional
-      tempsource: 1 # Temperature source, [1, 2] (optional)`}  />
-
-
-
-<SponsorshipRequired />
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-#### AC ELWA-E
-
-<DeviceFeatures features="" />
-
-For the heating rod from my-PV without a display. Use the local web interface of AC ELWA-E to set the value "Power timeout" to a value slightly higher (e.g. + 5s) than the interval time of evcc.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: ac-elwa-e
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      scale: 1 # Scale factor for power limit, optional`}  />
-
-
-
-<SponsorshipRequired />
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-#### AC•THOR
-
-<DeviceFeatures features="" />
-
-Use the local web interface of AC•THOR to set the value "Power timeout" to a value slightly higher (e.g. + 5s) than the interval time of evcc.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: ac-thor
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      tempsource: 1 # Temperature source, [1, 2, 3] (optional)
-      scale: 1 # Scale factor for power limit, optional`}  />
-
-
-
-<SponsorshipRequired />
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-#### AC•THOR 9s
-
-<DeviceFeatures features="" />
-
-Use the local web interface of AC•THOR to set the value "Power timeout" to a value slightly higher (e.g. + 5s) than the interval time of evcc.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: ac-thor
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      tempsource: 1 # Temperature source, [1, 2, 3] (optional)
-      scale: 1 # Scale factor for power limit, optional`}  />
-
-
-
-<SponsorshipRequired />
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Nibe AP-AW10
-
-<DeviceFeatures features="sponsorfree" />
-
-For heatpumps with Luxtronik 2.1 controller. Uses modbus-tcp. Requires software v3.90.3 or later. Enable via SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional
-      wwoffset: 0.0 # Hot water temperature boost (K), Temperature boost offset for hot water. Possibly increases wear on compressor. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Novelan WPR NET
-
-<DeviceFeatures features="sponsorfree" />
-
-For heatpumps with Luxtronik 2.1 controller. Uses modbus-tcp. Requires software v3.90.3 or later. Enable via SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional
-      wwoffset: 0.0 # Hot water temperature boost (K), Temperature boost offset for hot water. Possibly increases wear on compressor. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Ochsner BWWP Genius 333
-
-<DeviceFeatures features="sponsorfree" />
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: ochsner-bwwp
-      host: 192.0.2.2 # IP address or hostname
-      port: 502 # Port, optional
-      id: 1 # ID, optional`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Roth
-
-#### ThermoAura
-
-<DeviceFeatures features="sponsorfree" />
-
-For heatpumps with Luxtronik 2.1 controller. Uses modbus-tcp. Requires software v3.90.3 or later. Enable via SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional
-      wwoffset: 0.0 # Hot water temperature boost (K), Temperature boost offset for hot water. Possibly increases wear on compressor. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-#### ThermoTerra
-
-<DeviceFeatures features="sponsorfree" />
-
-For heatpumps with Luxtronik 2.1 controller. Uses modbus-tcp. Requires software v3.90.3 or later. Enable via SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional
-      wwoffset: 0.0 # Hot water temperature boost (K), Temperature boost offset for hot water. Possibly increases wear on compressor. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Stiebel Eltron
-
-#### LWA/LWZ (SG Ready)
-
-<DeviceFeatures features="sponsorfree" />
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: stiebel-lwa
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      tempsource: # Temperature source, [warmwater] (optional)`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-#### WPM (SG Ready)
-
-<DeviceFeatures features="sponsorfree" />
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: stiebel-wpm
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      tempsource: # Temperature source, [warmwater, buffer] (optional)`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Tecalor THZ (SG Ready)
-
-<DeviceFeatures features="sponsorfree" />
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: stiebel-lwa
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      tempsource: # Temperature source, [warmwater] (optional)`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Vaillant SensoNET (API)
-
-<DeviceFeatures features="sponsorfree" />
-
-The boost function heats hot water or a boost zone. The boost zone is identified by the ID. The boost temperature is specified in degrees Celsius. If boost temperature is specified, the boost zone is activated, otherwise hot water.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: vaillant
-      user: # Username, e.g. email address, user id, etc. (optional)
-      password: # Password, Use single quotes in case of leading zeros (optional)
-      realm: DE # Region, [DE, AT] (optional)
-      zone: # Boost zone ID, optional
-      setpoint: # Boost temperature, optional
-      system: # Name of the system, Required if multiple systems are present in the account (optional)`}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Viessmann Heatpump (API)
-
-<DeviceFeatures features="sponsorfree" />
-
-One-time hot water preparation. The device automatically decides whether to use the heat pump or the auxiliary electric heater (if available).
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: viessmann
-      clientid: # Client ID, Configure at [app.developer.viessmann-climatesolutions.com](https://app.developer.viessmann-climatesolutions.com)
-      redirecturi: https://evcc.example.org/providerauth/callback # Redirect URI, Redirect URI of the evcc instance. Must match the redirect URI set in the Viessmann developer portal.
-      gateway_serial: # Gateway Serial, VitoConnect serial number (VitoCare App -> Settings -> Communication module -> Serial number)
-      installation_id: # Installation ID, Unfortunately you cannot simply lookup this number in the Viessmann app - instead you need to use the following commands on the command line... we're aware this is not for every user, but currently we don't have a better workflow...<br/>  Prerequisites: curl, jq, and the following parameters:  \`\`\` VIESSMANN_USER=<your-user> VIESSMANN_PASS=<your-password> VIESSMANN_CLIENT_ID=<your-clientid> \`\`\`  Then execute the following to get an oauth token (n.b. it's best to paste the entire block as-is, since the intermediate 'CODE' is only valid for 20 seconds):  \`\`\` VIESSMANN_REDIRECT_URI=<your-redirect-uri> VIESSMANN_CODE_CHALLENGE="5M5nhkBfkWZCGfLZYcTL-l7esjPUN7PpZ4rq8k4cmys" VIESSMANN_CODE_VERIFIER="6PygdmeK8JKPuuftlkc6q4ceyvjhMM_a_cJrPbcmcLc-SPjx2ZXTYr-SOofPUBydQ3McNYRy7Hibc2L2WtVLJFpOQ~Qbgic455ArKjUz9_UiTLnO6q8A3e.I_fIF8hAo"  VIESSMANN_CODE=$(curl -X POST --silent \   --user $VIESSMANN_USER:$VIESSMANN_PASS \   --output /dev/null \   --dump-header -    \   "https://iam.viessmann-climatesolutions.com/idp/v3/authorize?client_id=$VIESSMANN_CLIENT_ID&redirect_uri=$VIESSMANN_REDIRECT_URI&scope=IoT%20User%20offline_access&response_type=code&code_challenge=$VIESSMANN_CODE_CHALLENGE&code_challenge_method=S256" \   | grep "^location: "            \   | sed 's/.*\\?code=\\(.*\\).*/\\1/' \   | tr -d '[:space:]')  TOKEN_RESPONSE=$(curl -XPOST --silent \   -H "Content-Type: application/x-www-form-urlencoded" \   --data "grant_type=authorization_code&client_id=$VIESSMANN_CLIENT_ID&redirect_uri=$VIESSMANN_REDIRECT_URI&code_verifier=$VIESSMANN_CODE_VERIFIER&code=$VIESSMANN_CODE" \   https://iam.viessmann-climatesolutions.com/idp/v3/token)  VIESSMANN_TOKEN=$(echo $TOKEN_RESPONSE | jq --raw-output .access_token) \`\`\`  Finally, get the installation id:  \`\`\` curl --silent -H "Authorization: Bearer $VIESSMANN_TOKEN" \   https://api.viessmann-climatesolutions.com/iot/v1/equipment/installations?includeGateways=true \   | jq '.data[].id' \`\`\`
-      device_id: 0 # Device ID, typically \`0\``}  />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Wolf
-
-#### BWL
-
-<DeviceFeatures features="sponsorfree" />
-
-For heatpumps with Luxtronik 2.1 controller. Uses modbus-tcp. Requires software v3.90.3 or later. Enable via SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional
-      wwoffset: 0.0 # Hot water temperature boost (K), Temperature boost offset for hot water. Possibly increases wear on compressor. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-#### BWS
-
-<DeviceFeatures features="sponsorfree" />
-
-For heatpumps with Luxtronik 2.1 controller. Uses modbus-tcp. Requires software v3.90.3 or later. Enable via SERVICE, Systemsteuerung, Konnektivität, Smart-Home-Interface.
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: luxtronik
-      
-      # Modbus TCP
-      modbus: tcpip
-      id: 1
-      host:  # Hostname
-      port: 502 # Port
-      heatoffset: 0.0 # Heating temperature boost (K), optional
-      wwoffset: 0.0 # Hot water temperature boost (K), Temperature boost offset for hot water. Possibly increases wear on compressor. (optional)`} />
-
-
-
-<!-- AUTO-GENERATED FROM TEMPLATE - PLEASE EDIT HERE https://github.com/evcc-io/evcc/tree/master/templates/definition/charger  -->
-
-### Zewotherm EU-L Series
-
-<DeviceFeatures features="sponsorfree" />
-
-Energy management settings of the device:
-
-- E-Meter communication type: "ModBus Client"
-- E-Meter measuring point: "Energy-Input"
-
-<DeviceConfig code={`chargers:
-    - name: my_charger
-      type: template
-      template: lambda-zewotherm
-      host: 192.0.2.2 # IP address or hostname
-      port: 502 # Port, optional
-      tempsource: # Temperature source, [warmwater_top, warmwater_bottom, buffer_top, buffer_bottom] (optional)
-      firmware: <1.1.3 # Firmware version. Choose '>=1.1.3' for word-swap, [<1.1.3, >=1.1.3] (optional)`} advanced={`chargers:
-    - name: my_charger
-      type: template
-      template: lambda-zewotherm
-      host: 192.0.2.2 # IP address or hostname
-      port: 502 # Port, optional
-      tempsource: # Temperature source, [warmwater_top, warmwater_bottom, buffer_top, buffer_bottom] (optional)
-      firmware: <1.1.3 # Firmware version. Choose '>=1.1.3' for word-swap, [<1.1.3, >=1.1.3] (optional)
-      excess: plus # deprecated, set for neg. e-excess to minus, [plus, minus] (optional)
-      watchdog: 60s # Watchdog, optional`} />
-
-
-
diff --git a/src/generateFromTemplate.js b/src/generateFromTemplate.js
index e1481592a6..41d5c0e1bd 100644
--- a/src/generateFromTemplate.js
+++ b/src/generateFromTemplate.js
@@ -239,7 +239,8 @@ function generateMarkdown(data, type, translate, target) {
   if (type === "charger") {
     data = data.filter(
       (x) =>
-        !["smartswitch", "heating"].includes(CHARGER_GROUPS[x.product.group]),
+        !["smartswitch", "heating"].includes(CHARGER_GROUPS[x.product.group]) &&
+        !["heating"].includes(HEATING_GROUPS[x.product.group]),
     );
   }