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You don't lock a heat pump and many cycles indicate a too high heating curve.

I'm hearing both for the first time

How do you actually monitor the clocks? Do you all have the internet module with app?

This greatly increases efficiency, especially during transitional periods, because in new buildings the heating can simply stay off when it is cold outside but still warm inside, and solar gains may occur again during the day.

Yes and no, it is definitely more efficient. However, I didn’t spend so much time calculating the bathrooms only to then adjust the heating curve for the rooms with solar gains.

Our bathrooms are on the north side and only receive a little solar energy above the ventilation’s heat recovery unit. If I were to hang the controller in the living room, I would have a cold bathroom.

So everything is nicely controlled via outdoor temperature and return flow, and I think that’s good. Of course, I could operate the system more efficiently, but then at the expense of comfort.

I’m hearing both for the first time

You haven’t heard a lot yet, but if there is one thing I have learned in 7 years with heat pumps, it is heat pump basic settings. Of course, each has its peculiarities and adjustment options, but a heat pump must run through its cycle. So, running a low heating curve, setback, etc. Of course, many factors play a role, but there are basic rules.

You don’t lock a heat pump and many cycles indicate a heating curve that is too high.

I have had the heat pump running for 17 days, currently it has completed 83 cycles, so not even 5 per day. But the larger share of those is at night. The heating curve has been set to 0.2 from the beginning.

I have been running the heat pump for 17 days now, currently there have been 83 cycles, so not even 5 per day. But the larger share is at night. The heating curve has been set to 0.2 from the beginning.

The thought of my photovoltaic system also comes into play. I set 22 degrees during the day. From 8 a.m. to 5 p.m., electricity from photovoltaics. We have 17.5 cm exterior walls made of aerated concrete with 20 cm mineral wool and 11.5 cm interior aerated concrete walls. Thus, the best conditions for utilizing the thermal storage of screed and exterior and interior walls. A temperature drop overnight is almost non-existent (at night between 0 to minus 3 degrees, it has not been less yet). Now I would like to run the heat pump during the day and have it not operate at night. How can I block the heat pump at night?