LOW ENERGY - PREFABRICATED WOODEN HOUSE WITH AN INCREASED SHARE OF GLASS SURFACES

V zadnjih nekaj desetletjih se je naš planet začel drastično spreminjati, človeštvo pa je izpostavljeno številnim podnebnim spremembam, ki se jim več ni moč izogniti. Ljudje se zaradi tega zatekajo nazaj k naravi ter uporabi naravnih materialov, kot je les. Pozitiven trend lesene gradnje nam narekujejo tudi mednarodne smernice, kjer je lesena gradnja močno razširjena. Z nizkoenergijsko leseno montažno gradnjo lahko prispevamo k bolj zdravemu in prijaznemu okolju, saj je takšna hiša skrbno zasnovana, energijsko učinkovita, z natančno izvedenimi detajli, prav tako spodbuja uporabo obnovljivih virov energije. Z nizkoenergijskim načinom gradnje lahko združimo estetiko, funkcionalnost, ustrezne materiale, energijsko varčnost ter udobje bivanje pod isto streho. Diplomska naloga bo združevala teorijo in prakso pravilnega načrtovanja nizkoenergijske lesene montažne hiše.In the past few decades, our planet began to change drastically. Mankind is exposed to a number of climate changes that can no longer be avoided. People resort to this back to nature and using natural materials such as wood. The positive trend of wooden construction is being dictated by international guidelines where the wooden building are widespread. The low energy wooden prefabricated building can contribute to a healthy and friendly enviroment, such as the house carefully designed, energy efficient, with well executed details, also encourages the use of reneweble energy sources. The low energy construction method can combine aestetics, functionality, appropriate materials, energy saving and comfort of living, all under the same roof. The thesis will combine theory and practice of proper planning in low energy wooden prefabricated houses