Electricity consumption at home, what is your consumption?

Can you still increase the flow rate in the heating circuit? You should have a smaller temperature difference at 0°C outdoor temperature. Can the heating circuit pump give more power?

Certainly.

I will bring this up in the pink forum. Still waiting for the USB for the data log, because without a data log I don't even have to inquire ;-) I will look at the consumption with the new heating curve tomorrow and will then start the heating in the basement the day after tomorrow, because I found the following,

"...unheated rooms within the thermal building envelope necessarily lead to a higher heating load in the heated rooms... this can logically only be compensated with higher flow temperatures..."

Thanks for the hint.

To determine whether the spread with the current AT is too high, you do not need a DTA log...

At 2°C AT, the heat pump still has a power output of just over 7kw. And that has to be transported away.

We currently have an average electricity consumption of just under 3 kW/h. Regardless of whether it now comes from the grid or [Photovoltaik]. We only have LED lighting, the most modern pool pump, huge controlled residential ventilation, network, etc. I am surprised how "low" the consumption is. I know, for example, smaller pools that alone already consume as much as everything we have combined. Heating is done with gas. I cannot make a forecast yet. We have only been living in the house for a little over a month. A lot has also been tested (pool heating, etc.). As soon as the sun shines and the shading above is in place, the heating will only be needed for hot water anyway.

We currently have an average electricity consumption of just under 3 kwh.

Do you mean 3 kwh/day? Or 3 kwh/h, meaning 3 kw? The former would indeed be very little. The latter would be extremely high.

3kw per hour. Is little for the house and equipment.