We are getting [Kontrollierte-Wohnraumlüftung], so it should not be a problem. Without [Kontrollierte-Wohnraumlüftung], just ventilate normally, as in other houses. Although wooden houses generally do not have moisture like masonry walls.
We are getting controlled residential ventilation, so it should not be a problem. Without controlled residential ventilation, just ventilate normally, as in other houses. Although the wooden house itself actually does not have moisture like masonry walls.
I was not referring to construction moisture, but to the humidity in summer, which condenses on the (outer) basement walls when the dew point is undershot. I would have assumed that in a wooden basement special precautions would have to be taken there (higher airflow, additional outlets/extractions, wall ventilation, ...) no idea. That would be interesting to know.
I wasn't talking about construction moisture, but about the humidity in summer, which condenses on the (outer) basement walls when the dew point is undershot. I would have assumed that special precautions would have to be taken in a wooden basement (higher airflow, additional diffusers/extractions, wall ventilation, ...) no idea. That would be interesting to know.
How exactly should the wooden basement in your example differ from a "conventional" basement?
With insulation, the U-value should probably be roughly the same, as should the dew point shift. I don't really see any reason for that, as long as there's no air layer somewhere in the wall construction. (???)