ᐅ Air-to-Water Heat Pump: Current Consumption and Data

I will do that, but only after the manufacturer has resolved the heating system issues so that the errors no longer occur. If necessary, the entire system will be replaced. Therefore, I am not making any further optimizations at this point.

[QUOTE="pagoni2020, post: 463876, member: 51828"]
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I believe that amidst all the calculations, there is significant (savings) potential in very individual heating habits, which often differ completely but are generally considered "normal" and "necessary" by all sides.
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or as a luxury people are willing to pay for. For example, I am happy to pay the extra cost for a 23.5°C (74°F) warm bath, even knowing that it could probably be optimized.

HarvSpec schrieb:

or as a luxury that you want to afford, for example, I am happy to pay the extra cost for a 23.5°C (74°F) warm bath, even knowing that it could probably be optimized further.

....that is exactly what matters to me primarily: creating a personal sense of well-being and not letting yourself be overly guided or distracted by comparing numbers.

What does "runs unsauber ohne Err" mean?

HarvSpec schrieb:

or as a luxury that you want to afford, for example, I am happy to pay the extra cost for a 23.5°C (74°F) warm bath, even knowing that it could probably be optimized.

It’s quite simple: everyone has a baseline for which they are willing to pay more or consume more, even if it’s not strictly necessary.

I don’t need an iPhone 12, but I want one, although I could just as well get by with an Android phone like 75% of the population.

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

It only becomes critical when you want something, can’t afford it, but still consume it. It’s only a luxury if you can’t afford it. That is generally not the case here 🙂

I am also happy to pay more for a wide temperature range.
What I don’t like, however, is that this causes my heat pump to start cycling frequently, which damages it.
I still don’t understand why, instead of using two-position valve actuators, they don’t simply use continuous 0-10V actuators that never completely shut off the flow?!?
Can someone explain this to me?