Air-water heat pump current consumption and data

I will do that, but only after the manufacturer has brought the heating system to a point where the errors no longer occur. If necessary, the entire system will also be replaced. So for now, I am not optimizing further.

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I believe that amidst all the calculations, there is a great (savings) potential in very individual heating behavior, which partly differs completely, but is perceived as "normal" and "necessary" from every side.
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or as a luxury one wants to afford, for example, I am gladly willing to pay the extra cost for a 23.5-degree warm bath, even with the knowledge that it could certainly be optimized.

or as a luxury one wants to afford, I, for example, am gladly willing to pay the extra price for a 23.5-degree warm bath, even knowing that it could certainly be optimized.

.... this is exactly what matters to me primarily, namely to create individual well-being and not to be too much guided or irritated by numerical comparisons

What does "unsauber gelaufen ohne Err" mean?

or as a luxury one wants to afford, for example, I am gladly willing to pay the extra price for a 23.5-degree warm bath, even knowing that it could certainly be optimized.

It is quite simple, everyone has a baseline for which they are willing to pay or consume more beyond what is necessary, even if it is not required.

I don’t need an iPhone 12 but I want to have one, but I could just as well walk around with an Android phone like 75% of the population.

It’s the same with the necessary temperature in our house. Analogous in this case, an Android phone is enough for us :)

It only becomes critical when you want something but cannot afford it and still consume it.
It is only luxury if you cannot afford it. That is fundamentally not the case :)

I am also happy to pay more to have a wide temperature range. What I don't like, however, is that this causes my heat pump to start cycling and thus damaging itself. I still don't understand why, instead of the 2-point valve actuators, one doesn't simply use continuous 0-10V actuators that never completely shut off the flow?!? Can someone explain this to me?