Archline ZERO - Optimering af typehus til lavenergiklasse 0

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Position of the window It is investigated if it has influence on the daylight factor where the window is placed in the window hole. Three different positions are analysed; the first is where the window is positioned in level with the exterior surface of the exterior wall, the second is where the window is positioned in the middle of the window hole, and the third is where the window is placed in level with the interior surface of the exterior wall. These three simulations are carried out in the IES application Radiance, and finally they are compared with the results from a simulation on one of the positions made in Fabalight. The window is positioned in level with the exterior surface of the exterior wall 5
The window is positioned in the middle of the window hole The window is positioned in level with the interior surface of the exterior wall Summary of the window position When the results from the three simulations are compared, it appears that they do not change, and it is not enclosed with improvements or aggravations to change the position of the window. The choice of one position rather than one of the other should therefore be based on other parameters. 6
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Archline ZERO - Optimering af typeh
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Rapport | 11969 Valgfri projektopga
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Ydervægskonstruktion Teglsten 108
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Konstruktionsdel Rapport | 11969 Va
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Figur 5.3 - Vægkonstruktion. Fra R
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Figur 5.14 - Varmetabssimulering af
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Figur 5.18 - Varmetabssimulering af
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Figur 5.40 - Opvarmingsbehow for Be
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Figur 5.43 - Dagslysmængde i scena
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Figur 6.6 - Dagslysforhold for desi
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Figur 6.16 - Renderinger af falslø
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Figur 6.22 - Timer med overophednin
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v Rapport | 11969 Valgfri projektop
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Figur 7.6 - Timer med overophedning
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Figur 7.8 - Falseregulering til udr
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Konstruktionsdel Tabel 8.2 - Varmek
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Tabel 8.3 - Søjlediagram over opva
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Tabel 9.1 - Varmekapacitet ud fra [
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Archline ZERO - Op mering af typehu
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Bilag 1.1 - Beregning af U‐værdi
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Beregning af UA‐værdier Da Winde
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Beregning af linjetab Linjetab er e
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Den gennemsnitlige referencetempera
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1 λ Vindue Uproducent [W/m
Page 109 and 110: På tilsvarende måde, som i den li
Page 111 and 112: Ved at projektere på y‐retningen
Page 113 and 114: Vindue - Vinklet underfals Underfal
Page 115 and 116: Væg Loft Ud fra ovenstående resul
Page 117 and 118: UA for samlinger Væg Ψ væg‐fun
Page 119 and 120: UA for samlinger Væg Ψ væg‐fun
Page 121 and 122: Rum Væg‐ længde [m] Ψ væg/ fu
Page 123 and 124: Rum Væg‐ længde [m] Ψ væg/ fu
Page 125 and 126: Analyse af indfaldsdybde 1 2 3
Page 127 and 128: Dagslysstudie af vinklede sidefalse
Page 129 and 130: 1 2 3
Page 131 and 132: file:///C:/Users/Mads/Documents/My%
Page 143 and 144: S ce n a rie 1 Rum 2 B B B B Yderv
Page 145 and 146: Designforslag B A Rum 8 Rum 7 B B R
Page 147: Scenarie 2 - Archline ZERO A Rum 8
Page 158 and 159: Colour dependency The influence of
Page 162 and 163: FABA light calculation on window po
Page 164 and 165: FABA light input The inputs in FABA
Page 166 and 167: Window is placed in the middle of t
Page 168 and 169: 4 mm Pilkington Optifloat Clear 16
Page 170 and 171: Tekniske data El-tilslutning 1 x 23
Page 172 and 173: Produktbeskrivelse GE Energy 1 er e
Page 174 and 175: Kapacitet Luftmængde: Kapacitetsli
Page 176 and 177: Tekniske data El-tilslutning 1 x 23
Page 178 and 179: Produktbeskrivelse GE Energy 3 er e
Page 180 and 181: Kapacitet Luftmængde: Kapacitetsli
Page 182 and 183: PRODUKTÆNDRINGER! Nye størrelser
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Archline ZERO - Optimering af typehus til lavenergiklasse 0

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