首页> 外文期刊>Bumi Lestari journal of environment >PENGARUH KENAIKAN TEMPERATUR LINGKUNGAN TERHADAP KONSUMSI ENERGI LISTRIK PADA SISTEM TATA UDARA
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PENGARUH KENAIKAN TEMPERATUR LINGKUNGAN TERHADAP KONSUMSI ENERGI LISTRIK PADA SISTEM TATA UDARA

机译:环境温度升高对空调系统电能消耗的影响

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AbstractIndesigning air conditioning system, global warming effect within a region isa veryimportant factorbecause itcanaffect theperformanceor the efficiency and theelectricityconsumptionof theair conditioning system. The increase in outsideor environmentwillincrease theheat loadthatmust becontrolled by the air conditioning system. This studyisaimedtoanalyze theincrease of outsideairtemperatureor the environment inthe CityofBandung, West Java, Indonesia on theperformance ofthe air conditioning systemandelectricenergyconsumption. Resultsof this studyindicatethatan increase inoutsideorenvironment air temperaturebyr1oFreducethe cooling power (refrigerating effect) by0.5Btu/lb, in average and increases thetheoreticalcompressorpower by 0.39Btu/lb in average. Theincrease in outside air temperature by 1oF also decreases the Coefficient ofPerformance(CoP)in averageby 0.3; decrease the refrigerantcirculationinthe systemin average by0.025lb/ton-min, andraises electricenergyconsumptionin average by 26.38watts/tonor0.035HP/ton.
机译:摘要设计空调系统时,一个区域内的全球变暖效应是一个非常重要的因素,因为它会影响空调系统的性能或效率以及用电量。外部或环境的增加将增加必须由空调系统控制的热负荷。本研究旨在分析印度尼西亚西爪哇省万隆市外部气温或环境的升高对空调系统性能和电能消耗的影响。该研究结果表明,通过将外界空气温度提高1来平均将制冷功率(制冷效果)降低0.5 Btu / lb,并将理论压缩机功率平均提高0.39 Btu / lb。室外空气温度每升高1oF,平均性能系数(CoP)也会降低0.3。将系统中的制冷剂循环平均减少0.025磅/吨-分钟,将平均电能消耗增加26.38瓦/吨或0.035马力/吨。

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