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首页> 外文期刊>Proceedings of the Institution of Civil Engineers >Energy consumption based on insulation thickness of exterior walls in public buildings
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Energy consumption based on insulation thickness of exterior walls in public buildings

机译：基于公共建筑内外墙体绝缘厚度的能耗

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The rectorate building of Balikesir University located in the north-western part of Turkey is evaluated. The energy consumption of the building with an outer wall of optimum insulation thickness has been determined theoretically and practically in the heating +cooling (annual) periods. The rectorate building consists of one main building including offices with service facilities, and one printing house used as a machine shop. The facade of the main building has a metal curtain wall. The efficiency, coefficient of performance values and the heat-transfer coefficient of the outer walls are determined by obtaining measurements of the outer walls and, at some points, of heating and cooling systems. Depending on these values, the optimum insulation thickness for the outer walls, fuel consumption and fuel savings are found. Measured values and theoretical calculations are compared to identify the differences. The lowest value of the optimum insulation thickness for both theoretical and measured values is achieved by type 1 extruded polystyrene insulation material, while the highest value is observed in type 3 expanded polystyrene.
机译：评估位于土耳其西北部的Balikesir大学的职权区。具有最佳绝缘厚度的外壁的建筑物的能量消耗已经在理论上和实际上在加热+冷却（年度）时段中确定。职权建筑包括一个主楼，包括与服务设施的办公室，以及用作机器店的一家印刷厂。主楼的外墙有金属幕墙。通过获得外壁的测量和在一些点的加热和冷却系统的测量来确定外壁的效率，性能值和外壁的传热系数。根据这些值，发现外墙的最佳绝缘厚度，燃料消耗和燃料节省。比较测量值和理论计算以识别差异。通过型1型挤出的聚苯乙烯绝缘材料实现理论和测量值的最佳绝缘厚度的最低值，而在3型膨胀的聚苯乙烯中观察到最高值。

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