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Experimental study of factors affecting the performance of a semi-enclosed outdoor air-conditioning unit

机译:影响半封闭式室外空调单元性能因素的实验研究

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To achieve a beautiful appearance, the outdoor machine of a residential air conditioning system is often placed in a groove and shield with a louver. This paper presents split air conditioner outdoor machine in the semi closed space within the optimal locations and louver form. This study is based on the enthalpy difference laboratory platform, to evaluate an outdoor unit installation and lover form effect on air-conditioning energy and EER. The results show that the condenser should be more than 80mm away from the walls;; The EER increased with increasing distance and the optimal distance away from the fan louver was approximately 300mm. The heat dissipation effects of the air conditioner were better with a greater louver spacing. The optimal louver angle was approximately 30 ° when the outdoor wind come from the lateral direction. The air-conditioning efficiency was much higher than when the wind came from the front. Therefore, the outdoor unit and the local dominant wind direction should be presented to the lateral wind.
机译:为了实现美观的外观,居民空调系统的户外机通常被放置在带有百叶窗的凹槽和屏蔽中。本文介绍了最佳位置和百叶窗形式的半封闭空间中的分体式空调室外机。本研究基于焓差实验室平台,评估室外单位安装和情人对空调能量和eer的影响。结果表明,冷凝器距离墙壁应超过80毫米; eer增加了距离增加,距风扇百叶窗的最佳距离约为300mm。空调的散热效果更好地具有更大的百叶窗间距。当室外风从横向方向时,最佳百叶窗角约为30°。空调效率远高于风从前方的风。因此,室外单元和局部主导风向应呈现给横向风。

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