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Energy performance of air-conditioning systems using an indirect evaporative cooling combined with a cooling/reheating treatment

机译：间接蒸发冷却与冷却/再热处理相结合的空调系统的能效

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摘要

The energetic performance of an integrated energy-recovery system for air-conditioning applications consisting of an indirect evaporative cooling equipment combined with a cooling/reheating unit is analyzed numerically using an in-house-developed computer code. Simulations are performed for a wide variety of operating conditions and main features of the heat exchangers. The minor energy consumption consequent to the energy transfer from outdoor air to saturated indoor air to be exhausted and, subsequently, to supply air to be reheated is compared with that deriving from the adoption of traditional energy recovery strategies, and calculated by introducing a cooling effectiveness parameter. An empirical dimensionless correlation that expresses the cooling effectiveness parameter as a function of the several independent variables considered is also proposed.
机译：使用内部开发的计算机代码，对包含间接蒸发冷却设备和冷却/再加热单元的空调应用集成能量回收系统的能量性能进行了数值分析。针对热交换器的各种运行条件和主要特征进行了仿真。将能量从室外空气传递到要排出的饱和室内空气所产生的少量能量消耗，然后再提供给要重新加热的空气，与采用传统能量回收策略所产生的能量消耗进行比较，并通过引入制冷效率进行计算参数。还提出了将冷却效率参数表示为所考虑的几个独立变量的函数的经验无量纲相关性。

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