Bei nÀherem Hinsehen fand ich dann Commits von #claudeai und mir schwant Böses... Die letzte handcodierte Version 25 lÀuft immerhin noch.
Ich weiĂ nicht, ob sich der originale Entwickler da einen Gefallen getan hat.
Habe heute ein cooles Projekt bei mir realisiert: Ein #ebus Adapter fĂŒr unsere Vaillant-Heizubg, der die Daten aus der Heizung ausliest und per MQTT nach #HomeAssistant spielt. Insgesamt 669 EntitĂ€ten mit allen möglichen Daten zu Heizkurve, AuĂen- und RĂŒcklauftemperaturen, Zeitschaltung etc. kommen schon aufbereitet daher.
Riesen Kompliment and John und alle Beteiligten!
Alle Infos hier: https://ebusd.eu/
#ebusd ist der Dienst, der die Daten aus dem adapter auslesen kann
Looks like I bricked our #Vaillant Calormatic 430 by using it with the eBUS Adapter v4 https://adapter.ebusd.eu/ and #ebusd
The Calormatic is completely dead, and the integrated display only shows F.49 ("Undervoltage on eBUS").
Prime time for such breakage, of course...
@cluk
The adapter is this one: https://adapter.ebusd.eu/v5/ See also https://adapter.ebusd.eu/v5/steps.html
It's all self-installed. The #openhab host also runs #ebusd (https://github.com/john30/ebusd), and the values are sent to openhab as #mqtt messages.
There's a large amount of data. We got the adapter in July (I can see from my above message) and immediately started importing and charting the first values. Then came vacation time and now the start of the school year. But I think when it gets colder, there will be more interest in the other values.
There's still a lot to explore. We got the #heatpump in the spring and except for some tests it has only been used for heating water so far. I have the temperature of the various liquids: inside and outside circuits, incoming, outgoing, the water temperature, and of course the outside air temperature. Then there's lots of status values and status texts, error codes of course, and there should be energy values as well (all the things you can see on the built-in display of the heatpump). There's statistics like runtime in minutes for the various functions (heating, cooling, de-icing, ...).
We also have the inside and the outside elements of the heat pump hooked up to shellys in the electric cabinet so we can see how much electricity they use directly and in more detail.
This evening I have been installing my ebus controller.
First step - connecting the controller to the raspberry pi is complete. Straightforward, although I had to solder an extra pin to make 3v3 available to my 1wire temperature sensors while the ebus controller is attached the pi's header pins.
Later I'll wire it in the boiler's ebus port and see if anything explodes.
Looks like my heat pump is now talking to me đ„ł
#raspberrypi #linux #debianbuster #ebusd #ebus Thank you John and whole team, https://adapter ebusd.eu