planning:non-residential_passive_house_buildings:passive_house_retail
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| planning:non-residential_passive_house_buildings:passive_house_retail [2018/04/23 15:19] – [Thermal protection] kdreimane | planning:non-residential_passive_house_buildings:passive_house_retail [2018/04/23 15:19] – [Thermal protection] kdreimane | ||
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| An x-axis value of 0 shows the level of insulation required according to the German EnEV standard. The cooling demand is greater with higher internal loads, more insulation will then be contraproductive. Figure 7 demonstrates that additional natural ventilation in summer can solve this problem.}}] | An x-axis value of 0 shows the level of insulation required according to the German EnEV standard. The cooling demand is greater with higher internal loads, more insulation will then be contraproductive. Figure 7 demonstrates that additional natural ventilation in summer can solve this problem.}}] | ||
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| Since internal heat gains are a decisive influencing parameter for the concept of the structural envelope, these will be examined in more detail here. Figure 6 illustrates how great the fluctuations in the heat gains can be in retail stores. \\ | Since internal heat gains are a decisive influencing parameter for the concept of the structural envelope, these will be examined in more detail here. Figure 6 illustrates how great the fluctuations in the heat gains can be in retail stores. \\ | ||
planning/non-residential_passive_house_buildings/passive_house_retail.txt · Last modified: 2018/04/23 15:20 by kdreimane