Analysis of hygrothermal performance of low-energy house in Nordic climate

Analyses of hygrothermal conditions in low-energy houses is important because their likely sensitivity for excessive moisture. The presented work deals with real-time measurement temperature and relative humidity at multiple locations inside a house envelope. measured data allows diagnosing approaches towards building design understanding evaluating the performance. Suitability accuracy numerical computation was analysed. Finnish mould growth model used to monitor risk extent under computed conditions. represent more favourable environment avoid than values recommended by national international guidelines. There no indicated any monitored points Monitoring provides valuable information about performance structural elements, material envelope it helps predict moisture related risks during building’s service life.