JDSym

I agree with you. Something I also changed in my own integration was to change all measurements with a kWh unit to include the word "energy" instead of "power". For example, instead of naming the entity "Day_GridSell_Power Wh" as in the official documents, or "grid_export_day" as in some integrations, I named it grid_energy_export_day which I think makes a lot more sense.

@slipx this is how I'm currently doing it: - bind: >- return hass.states["sensor.sunsynk_battery_output_power"].state < "0" ? hass.states["sensor.sunsynk_battery_output_power"].state*-1 + ' W' : hass.states["sensor.sunsynk_battery_output_power"].state + ' W' Not elegant at all, but it works.

Impressive I would suggest showing the absolute values of the readings since the direction of the dot shows the direction of current flow and makes the negative sign in the readings redundant.

Brilliant! What program do you use to edit the SVG? I've been using Inkscape, and it works quite well. The one disadvantage is that it adds a lot of unnecessary code needed by the program.

Hi @slipx Thanks for the great job you've done with this card! I took it one step further and made the battery icon and lightning bolt smart. When the battery is charging the lightning bolt appears. The bars in the battery changes based on the current SoC of the battery. I achieved this by overlaying three battery icons and only showing the relevant one (same way as you did with the status indicator).

Hi slipx I would love to see the code as well please if you don't mind. Are you using an ESP32 running ESPHome to connect to the inverter? I'm still using a Pi running node-red and pushing the data to home assistant via MQTT, but I'm thinking of swopping it out for the ESP32.