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TO BE CONTINUED 3 Wooden buildings and indoor climate in summer. Computer simulation of thermal comfort.
18/05/2022
Computer simulation of thermal comfort.
- in terms of overheating in the transparent part, the importance of attenuation and phase shift is lost
- the dominant influence is in the transparent part of the building envelope
- research has shown that the impact of the storage core is overestimated
- on the contrary, night cooling is important
DTNSE construction systems
Total U value 0.15 W / (m2 .K)
Comparison of normative compositions
1. On the left:
Massive brick wall with contact insulation
THICKNESS 50cm
2. On the right:
Wood-based frame construction with lightweight posts.
THICKNESS 34 cm
Comparison of total energy intensity
Total energy intensity
Comparison of CEN building materials - production, transport, assembly:
Energy consumption Total energy Index relative
in the production of 1 ton consumption per to wood
of material (MJ) 1 ton of built-in
material (MJ)
Coniferous wood 626 637 1
Burnt brick 3216 2149 3
Cement 2592 2754 4
Concrete 3024 3773 6
Steel 13932 15001 24
Aluminum 78624 80028 126
Comparison of total energy intensity
Comparative criterion Silicate construction Wooden building
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Floor plan dimension 96,76m2 95,35m2
Wall thickness 40cm 28cm
U - value circuit. mantle 0,53 W/(m2K) 0,22 W/(m2K)
Annual heat demand for heating 13 500 kWh 8700 kWh
Energy consumption for production 253 760 kWh 120 080 kWh
Equivalent 23,7 CO2ekv 9,1 CO2ekv
prof. Ing. Jozef Štefko, PhD., Technical University of Zvolen, Faculty of Wood Science
JMP HOUSES s.r.o. & Design by Yarmila