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Analysis of Air Cooling (AC) System Auditorium Venue Third Floor Main Building of Politeknik Negeri Lhokseumawe

机译:空气冷却(AC)系统礼堂地区三楼主楼Politeknik Negeri Lhokseume分析

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The aims of this study are to calculate the cooling load system on the auditorium space of Politeknik Negeri Lhokseumawe (PNL). This calculation is expected to contrihute the energy savings is the system of air (STU). This study is conducting on the third floor of PNL, at the Auditorium venue. The cooling load system by using Cooling load temperature difference (CLTD) system based on ASHRAE Handbook Fundamental, 1993. The calculation of cooling load based on secondary date, and then the result was compared to cooling load installed capacities. The result of the research found that the maximum cooler burden at culminate condition is equal to 116957 Btu/hr (9,74 ton of refrigerant), While the installed refrigeration capacities is 61080 Btu/hr (5,09 ton of refrigerant), here fond a lacking (decreasing) of refrigeration burden equal to 55857 Btu/hr (4,65ton of refrigerant}. If the installed burden (load) as according to re-calculation result, hence thrift gap still can be obtained equal to 14%, by paring down the illumination of light; altering set temperature pint in room; minimizing SC (Shading of coefficient); and lessen of infiltrate external air.
机译:本研究的目的是计算Politeknik Negeri Lhokseumawe(PNL)的清音堂空间上的冷却负荷系统。该计算预计将对空气(Stu)进行储蓄而浑身。这项研究正在在礼堂地点在PNL的三楼进行。通过使用基于Ashrae手册基础的冷却负载温度差(CLTD)系统的冷却负载系统。基于二次日期的冷却负荷计算,然后将结果与冷却负载安装的能力进行比较。研究结果发现,最高峰值状况的最大冷却负荷等于116957 BTU / HR(9,74吨制冷剂),而安装的制冷能力为61080 BTU / HR(5,09吨制冷剂),这里喜欢缺乏(减少)的制冷负荷等于55857 BTU / HR(4,65ton的制冷剂}。如果安装的负担(负载)根据重新计算结果,因此仍然可以获得等于14%的速度间隙,通过削减光的照明;在房间改变设定温度品脱;最小化SC(系数的阴影);并减少渗透外部空气。

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