Page 43 - ZEB AnnualReport 2015
P. 43
Windows performance
0,95
0,9 granular aerogel (space hea3ng)
Ra3o (aerogel glazing/triple glazing) 0,75 monolithic aerogel (space
0,85
0,8
hea3ng)
granular aerogel (building energy
use)
0,7
monolithic aerogel (building
energy use)
0,65
granular aerogel (building
lifecycle emissions)
0,6
monolithic aerogel (building
0,55 lifecycle emissions)
0,5
0.24 glazing ra3o 0.33 glazing ra3o 0.50 glazing ra3o
Figure 3. Ratio of the results given by the energy use and building lifecycle emissions between the alternatives with aerogel-insulated
windows and the alternatives with argon-insulated windows with corresponding glazing ratio.
vinduer. Resultatene av denne studien viser at Based on
bruken av aerogel-vinduer kan gjøre det mulig
å redusere energibehovet til romoppvarming N. Lolli, I. Andresen, Aerogel vs. argon
og også GHG-utslippet fra boligbygg i Norge. insulation in windows: A greenhouse gas
emissions analysis, Building and Environment,
101 (2016) 64-76.
ZEB annual report 2015 43
