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Estimated Thermal Load and Selecting of Suitable Air-conditioning Systems for a Three Story Educational Building

机译:三层教学楼的估计热负荷和合适的空调系统的选择

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Calculating thermal load of building is important to find exact A/C equipment and air handling unit, to achieve comfort operation and good air distribution in the air-conditioned zone. It should be taking into account the highest temperature in summer and lower of winters that occurs in the region. Building's location, construction's materials other interior's load must be considered for estimation of accurate thermal load. All equations needed for heat transfer through the building and for the interior's load are used to get the thermal load. Then, all equations can be inserted in a personal program like M.S. Excel, to get the results. An alternative way is to use available software, like HAP 4.2 and Elit “RHVAC”. In this paper hand calculation is used to estimate the thermal load for existing building and the results were compared by the outcomes from HAP 4.2 program. It is shown that there is little difference between the two results due to defining the thermal resistance for the used materials of the wall, roof, and windows. Also the sources of constants used for the equations are not the same.
机译:计算建筑物的热负荷对于找到精确的空调设备和空气处理单元,在空调区域内实现舒适的操作和良好的空气分配非常重要。应该考虑该地区夏季最高的温度和冬季较低的温度。为了估计准确的热负荷,必须考虑建筑物的位置,建筑物的材料以及其他内部负荷。通过建筑物传热和内部负荷所需的所有方程式均用于获取热负荷。然后,所有方程式都可以插入到M.S. Excel,以获得结果。另一种方法是使用可用的软件,例如HAP 4.2和Elit“ RHVAC”。在本文中,手工计算用于估算现有建筑物的热负荷,并将结果与​​HAP 4.2计划的结果进行了比较。结果表明,由于定义了墙壁,屋顶和窗户所用材料的热阻,因此两个结果之间几乎没有差异。同样,用于方程式的常数的来源也不相同。

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