2021Unpublished venueRequires access

Energy Consumption Evaluation of Water Chiller in Cooling Station

Jianfei Li, Xiaojie Wang, Yunzhe Ji

Open publisher page 2 citations

Abstract

The energy consumption of air conditioning and refrigeration system in public buildings accounts for a large proportion, mainly due to the problem of excessive energy consumption in the operation of chillers in the system. Based on the performance parameters provided by the manufacturer, this paper evaluates the energy consumption of the water-cooled chiller under different load rates in typical days of cooling season, analyzes the coefficient of performance (cop) of the chiller under different load conditions, and discusses several ways to improve the efficiency of the chiller.

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What this paper is about

The energy consumption of air conditioning and refrigeration system in public buildings accounts for a large proportion, mainly due to the problem of excessive energy consumption in the operation of chillers in the system. Based on the performance parameters provided by the manufacturer, this paper evaluates the energy consumption of the water-cooled chiller under different load rates in typical days of cooling season, analyzes the coefficient of performance (cop) of the chiller under different load conditions, and discusses several ways to improve the efficiency of the chiller.

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The energy consumption of air conditioning and refrigeration system in public buildings accounts for a large proportion, mainly due to the problem of excessive energy consumption in the operation of chillers in the system. Based on the performance parameters provided by the manufacturer, this paper evaluates the energy consumption of the water-cooled chiller under different load rates in typical days of cooling season, analyzes the coefficient of performance (cop) of the chiller under different load conditions, and discusses several ways to improve the efficiency of the chiller.

Key concepts: Chiller, Chiller boiler system, Coefficient of performance, Energy consumption, Refrigeration, Water chiller, Air conditioning, Cooling load

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