Hydraulic balancing air-water heat pump + efficiency circulation pump

We currently have about 26 kWh of heating energy at -1 degree average temperature for 210 m² of heated area. Just as a reference for you. In my opinion, you should then come out at around 15 kWh per day.

we currently have about 26 kWh of heating energy at an average temperature of -1 degree for 210 m² of heated area. Just as a reference for you. In my opinion, you should end up somewhere around 15 kWh per day.

What average room temperature do you have? And what do you heat with, also with an air-water heat pump?

Yes, also with an air-to-water heat pump, we have 22 degrees temperature in living rooms and 19 degrees in bedrooms.

Temperatures today are more or less the same as the previous day, so I have now lowered the heating curve from 0.25 to 0.20.

What honestly still bothers me is how the machine regulates and the circulation pump with its variable flow rate.

Normally, when throttling individual heating circuits, the flow rate should distribute to the other open heating circuits, right?

If I now throttle the WC and utility room down to 0.5 liters for testing purposes from the original 1.5 and 1.0 liters per minute, the total flow rate of the system also decreases. But then the throttled flow rate is not available anywhere else in the urbigenz system; the pump simply pushes less?

I assume that is due to the pump control of the system, it adjusts itself.

I would put that aside for now and see how much the balancing brings.

If you can achieve good values with that, you don't necessarily need to worry about the flow rate.

It's just a thought that haunts me, of course I will continue to lower the heating curve.

When I am at the bottom of the heating curve, I can activate the actuators for one or two days for testing purposes... But I will do that before I throttle anything...