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Enhanced performance of air-cooled chillers using evaporative cooling

Huan Zhang, Shijun You, Yang Hongxing, Jianlei Niu

Open publisher page 30 citations

Abstract

This paper reports the test and analysis results of an evaporative air cooler filled with corrugated holed aluminium foil. The design and performance parameters of the cooler, e.g. the characteristics of air flow through the cooler and the effectiveness of evaporative cooling, are presented using mathematical equations and figures. The new combination of air coolers and chillers is also analysed. The calculations show that the new combination has achieved a 39% increase in the coefficient of performance (cop) of air-cooled chillers in the hot and dry area of China.

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What this paper is about

This paper reports the test and analysis results of an evaporative air cooler filled with corrugated holed aluminium foil. The design and performance parameters of the cooler, e.g. the characteristics of air flow through the cooler and the effectiveness of evaporative cooling, are presented using mathematical equations and figures. The new combination of air coolers and chillers is also analysed. The calculations show that the new combination has achieved a 39% increase in the coefficient of performance (cop) of air-cooled chillers in the hot and dry area of China.

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OpenAlex reports 30 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper reports the test and analysis results of an evaporative air cooler filled with corrugated holed aluminium foil. The design and performance parameters of the cooler, e.g. the characteristics of air flow through the cooler and the effectiveness of evaporative cooling, are presented using mathematical equations and figures. The new combination of air coolers and chillers is also analysed. The calculations show that the new combination has achieved a 39% increase in the coefficient of performance (cop) of air-cooled chillers in the hot and dry area of China.

Key concepts: Chiller, Evaporative cooler, Coefficient of performance, Airflow, Aluminium foil, Environmental science, Nuclear engineering, Cooling tower

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