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The Effect of Changing Trombe Wall Component on the Thermal Load

机译:改变Trombe壁组分对热负荷的影响

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摘要

In this research, effects of changing Trombe wall components on the thermal load in the building has been studied and stimulating it with the use of Java language to calculate thermal load, solar gain and auxiliary energy that have to be used according to these changes.. Besides, illustrating diagrams have been drawn for the following indications changes: 1- Wall type (thermal mass). 2- Thermal mass thickness. 3- Trombe wall area by total wall area. 4- Layers count of glass coat (one layer- two layers or three layers). Chosen the best model to be applied as the designing model for any building in Syria that includes passive solar systems. The aforementioned program can be applied to include other important changes. Also, an important result, which is energy saving valued by 83%, has been obtained when using Trombe wall. In addition to avoid the emission of environment-unfriendly gases.
机译:在这项研究中,研究了在建筑物中的热负荷上改变了Trombe壁部件的效果,并通过使用Java语言来计算必须根据这些变化使用的热负荷,太阳能增益和辅助能量。此外,已经绘制了以下适应症的图表,例如:1-壁式(热质量)。 2-热质量厚度。总墙面积3-克隆墙面积。 4层数玻璃涂层(一层两层或三层)。选择了最佳模型作为叙利亚任何建筑物的设计模型,包括被动太阳能系统。上述程序可以应用于包括其他重要变化。此外,在使用Trombe墙壁时,已经获得了一个重要的结果,其节能值为83%。除了避免排放环境 - 不友好的气体。

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