Solar thermodynamic

[minguinhirigue]

I had already made an intervention by comparing the two systems, from manufacturers' data for the BT thermodynamic system and from Christophe's measured data on its installation on the other hand: https://www.econologie.com/forums/comparatif ... t5144.html

What I would like is to be able to make a more precise comparison because the last time I only had mid-season values ​​for solar thermal panels and theoretical values ​​for the aerosol heat pump, I neglected the operations in direct heating when the sun is not suitable considering that the two cases are equivalent, and I neglected the operating times ...

Does anyone have real data on aerosol heat pump systems?

[Remundo]

The solar maps in kWh / m² / year would already be necessary, there are some on my site, but also on "hespul" or "solar tools".

After the yield can be close to infinity; indeed, the solar energy harvested can be extremely large compared to that consumed by the circulation pump (I believe that Christophe had announced 70 for its installation).

When all this is hybridized with a heat pump, the calculation becomes complicated and requires a lot of hypotheses ... Enough to heat the neurons of your little Daffy Duck

[the middle]

Bondjou,
One in Belgium does that too.
(there are some figures, and a price ...)
http://cgi.befr.ebay.be/PANNEAUX-SOLAIR ... dZViewItem

[minguinhirigue]

Well in fact, the efficiency can be infinite on thermal solar panels in thermosiphon, but what interests me is the overall efficiency in the year of the system:
- how many kWh consumed on auxiliary heating systems in winter or at night, and those both for solar panels and for the aerosol heat pump which goes into heating joule if it is too cold outside!
- in relation to the number of kWh "produced" by the system.
- or in relation to the number of kWh "captured" by the system.