air heat pump, water-based fireplace stove, functioning, underfloor heating?

Hello!

Who can explain to me how an outdoor air heat pump works in conjunction with a non-water-based wood stove? I simply can't find any explanation online about how this works technically.

This system seems to be right for us because we want underfloor heating in a new single-family house and a wood stove for the cozy warmth anyway.

Thanks in advance for the info.

Regards phobos

Hello,

..Who can explain to me the functioning of an outdoor air heat pump in connection with a non-water-based wood stove?

Counter-question:
1. What is an outdoor air heat pump?
2. How does the responsible HVAC planner assess the matter?

Best regards.

Counterquestion:
1. What is an outdoor air heat pump?
2. How does the responsible MEP planner assess the matter?

1. Air/water heat pump installed outdoors
2. MEP planner? What is an MEP planner and why would I need one?
I just want to understand the principle and (for now) not plan.

best regards
phobos

1. Heat pump air/water installed outdoors

Yes, so what now, complete or only evaporator (split system)? Fully modulating or not?

..2. TGA planner? What is a TGA planner and why would I need one?

TGA => Technical Building Equipment.
You need one if a system is actually supposed to run with low operating costs. Alternatively, you can trust the sellers of some "nonplusultra" solutions ;)

...I just want to understand the principle and (not yet) plan.

That is relatively simple: There are two heat generators, whereby the wood stove does not bring a sustainable effect, only a temporary "cosy result".

rgds

That is relatively simple: There are two heat generators, whereby the wood stove does not bring any sustainable effect, merely a temporary "cozy result".

So I don't understand the part about the sustainable effect that supposedly doesn't bring anything. I have already read other articles (not few) in which a bivalent heat pump is preferable. Reason: On cold days, the heat pump is supported and the electricity costs are supposed to be reduced as a result.

That is precisely the reason for the wood stove. And there is a water-carrying and a non-water-carrying one. The latter is, among other things, cheaper to purchase and fully serves the purpose.

I don't want to justify here why I choose or should choose this or that system. That will come when I really plan definitively.

In advance, I just wanted to know how this combination works.

Regards phobos

I don’t understand the idea of the sustainable effect that isn’t supposed to have any benefit.

Unfortunately, I can’t change that! But: How many % more effective annual heating work can the wood stove provide overall, not just related to the room it’s installed in, actually with a JNG < 50%? Wood for free or do you have to buy it? How high is the heating load of the stove’s installation room compared to the total heating load of the building?

...I have read other articles (not few) where a bivalent heat pump is preferred.

What exactly is a bivalent heat pump? Parallel, alternative, monoenergetic? What does the bivalence refer to? Is usage behavior taken into account?

...Reason: On cold days the heat pump is supported and electricity costs are supposed to be reduced thereby.

Well then, have fun! What energy balance is behind that?

...The latter is among other things cheaper to purchase and fully serves the purpose.

Which purpose? To make things a bit warm occasionally? ;)

..I don’t want to justify here now why I choose this or that system or should choose it.

That’s not necessary at all! :) Everyone believes in whatever someone sold them in whatever form.;) There is a word for this in professional circles: consultation resistance!

..In advance I just wanted to know how this combination works.

It makes warmth, but whether it is economically reasonable overall is a completely different matter!

best regards