應用吸溼速乾纖維提升R410A分離式空調機性能研究
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Date
2016
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Abstract
本研究旨在應用吸溼速乾纖維室外機外殼開通風孔為條件，藉由蒸發冷卻效果增進壓縮機外殼散熱，以藉此提升空調機性能，達成節能之目的。
分離式空調機經過實驗後，其性能係數提升12.69 %，能源效率比提升29.39 %。實驗結果顯示：壓縮機包覆纖維後，藉由纖維之吸溼速乾功能，可提升壓縮機散熱效果，並確實改善系統整體性能，進而達到節能的效益。
This study aims to apply fiber and open air hole to help heat radiate by promoting the cooling effect of compressor shell of evaporating and condensing process to increase performance of system, and be able to reach the purpose of energy saving. It was found that, after the air conditioner compressor coated profiled fiber, the Coefficient of Performance (COP) is improved by 12.69%, and the EER is raised by 29.39%.. The results show: after the compressor cover fiber, with moisture wicking capabilities fibers, can improve the cooling effect of the compressor, and does improve overall system performance, thus achieving energy efficiency.
This study aims to apply fiber and open air hole to help heat radiate by promoting the cooling effect of compressor shell of evaporating and condensing process to increase performance of system, and be able to reach the purpose of energy saving. It was found that, after the air conditioner compressor coated profiled fiber, the Coefficient of Performance (COP) is improved by 12.69%, and the EER is raised by 29.39%.. The results show: after the compressor cover fiber, with moisture wicking capabilities fibers, can improve the cooling effect of the compressor, and does improve overall system performance, thus achieving energy efficiency.
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分離式空調機, 吸溼速乾纖維, 性能係數, 能源效率比, Split-type Air Conditioner, Moisture-absorbing and quick-drying fabrics, Coefficient of performance (COP), Energy Efficiency Ratio (EER)