I have no Wallbox nor electric car, but PV and Battery and a SolvisMax heating with a heatpump (Solvis Mia).
The heatpump is smartgrid ready and speaks modbus. It would communicate with my Kostal inverter if that was a younger generation.
My idea would be to add integrations for Heatpumps and force them to run (and store heat) while either PV output exceeds the actual consumption over day or a dynamic electricity tariff is cheap, and to charge the battery during low price periods.
Home Assistant integration or any other wheather data could allow fine tuning to only do so if it's cold and there's a certain heat consumption over the day or during the night before.
You can already do so, the the various discussions around heat pumps. If you feel a Solvis integration would help you can propose a custom Solvis charger formbeing converted into a template.
I have no Wallbox nor electric car, but PV and Battery and a SolvisMax heating with a heatpump (Solvis Mia). The heatpump is smartgrid ready and speaks modbus. It would communicate with my Kostal inverter if that was a younger generation.
My idea would be to add integrations for Heatpumps and force them to run (and store heat) while either PV output exceeds the actual consumption over day or a dynamic electricity tariff is cheap, and to charge the battery during low price periods. Home Assistant integration or any other wheather data could allow fine tuning to only do so if it's cold and there's a certain heat consumption over the day or during the night before.
Thanks for considering!
L.B.Q.R.