2005Unpublished venueRequires access

Modeling of Desiccant Assisted Air Conditioning Systems

Wilson Casas, Katrin Proelss, Gerhard Schmitz

Open publisher page 11 citations

Abstract

In desiccant air conditioning systems, moist air is dehumidified by means of a desiccant wheel. Water vapour is absorbed by desiccant material as humid air passes through the wheel. Using this technology, considerable energy savings can be obtained compared to conventional air conditioning systems. To evaluate the performance of the desiccant assisted air conditioning process, a model library has been developed. In this paper, control volume models for humid air and desiccant material are implemented and finally the operation of the desiccant wheel is simulated. Comparison of the dynamic and steady state results to open literature, manufacturer data as well as experimental result is used to validate the model.

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What this paper is about

In desiccant air conditioning systems, moist air is dehumidified by means of a desiccant wheel. Water vapour is absorbed by desiccant material as humid air passes through the wheel. Using this technology, considerable energy savings can be obtained compared to conventional air conditioning systems. To evaluate the performance of the desiccant assisted air conditioning process, a model library has been developed. In this paper, control volume models for humid air and desiccant material are implemented and finally the operation of the desiccant wheel is simulated. Comparison of the dynamic and steady state results to open literature, manufacturer data as well as experimental result is used to validate the model.

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OpenAlex reports 11 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

In desiccant air conditioning systems, moist air is dehumidified by means of a desiccant wheel. Water vapour is absorbed by desiccant material as humid air passes through the wheel. Using this technology, considerable energy savings can be obtained compared to conventional air conditioning systems. To evaluate the performance of the desiccant assisted air conditioning process, a model library has been developed. In this paper, control volume models for humid air and desiccant material are implemented and finally the operation of the desiccant wheel is simulated. Comparison of the dynamic and steady state results to open literature, manufacturer data as well as experimental result is used to validate the model.

Key concepts: Desiccant, Air conditioning, Environmental science, Conditioning, Process engineering, Liquid desiccant, Automotive engineering, Engineering

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