Abstract:

In this study, the optimum air layer thickness determined for eight provinces in the Egean region (Manisa, İzmir, Kütahya, Uşak, Afyon, Aydın, Denizli, Muğla) was calculated. Based on the calculated optimum air layer, the heat loss in the windows is studied by creating the optimum air gap in two layers, three layers, four layers, with a thickness of 1 mm between two glass plates and a thickness of 1 mm between two glass plates and a thickness of 1 mm between two glass plates and a thickness of 1 mm between two glass plates and a thickness of 1 mm between two glass plates and a thickness of 1 mm between two glass plates and a thickness of 1 mm between two glass plates and a thickness of 1 mm between two glass plates and a thickness of 1 mm between two glass plates and a thickness of 1 mm between two glass plates and a thickness of 1 mm between two glass plates and a thickness of 1 mm between two glass plates and a thickness of 1 mm between two glass plates. 97, the total heat transfer rate when the three layers optimum air layer was created was 0.51 ,, heat transfer 7.11, the total heat transfer rate when the four layers optimum air layer was created was 0.4, heat transfer 5.53. If there are two layers of air between two glass plates, there is an energy saving of 38-40%, if there are three layers of air, 56-58%, and if there are four layers of air, there is an energy saving of up to 65-67%.

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