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Single-Coil Twin-Fan Air-Conditioning and Air-Distribution System-Toward Development of a Mathematical Model of the Compartmented Coil

机译:单线圈双风扇空调和空气分配系统-向室线圈数学模型的发展

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摘要

A new air-conditioning and air-distribution system, called the single-coil twin-fan system, that provides both energy efficiency and good indoor air quality was developed. It employs a unique compartmented cooling and dehumidifying coil that is fundamental in realizing the significant benefits of the system by being able to treat the outdoor air and the recirculated airstreams separately. In view of the distinctly different features of the compartmented coil, the performance prediction of such coils would have to be approached from first principles, which involves the determination of the fundamental heat and mass transfer coefficients. This paper establishes the need for a new mathematical model for the compartmented coil, outlines the underlying assumptions of classical models, and describes the formulation of an improved model. It presents a unique experimental method for determining the complex fin surface temperatures that constitute the major enhancements to the model development. Finally, the newly developed mathematical model is validated with experimental results.
机译:开发了一种新的空调和空气分配系统,称为单线圈双风扇系统,该系统既具有能源效率,又具有良好的室内空气质量。它采用了独特的分隔式冷却和除湿盘管,通过能够分别处理室外空气和再循环空气流,这对于实现系统的显着优势至关重要。鉴于分隔线圈的明显不同的特征,必须从第一原理来进行这种线圈的性能预测,这涉及确定基本的传热和传质系数。本文确定了对隔室线圈的新数学模型的需求,概述了经典模型的基本假设,并描述了改进模型的表述。它提供了一种独特的实验方法来确定复杂的翅片表面温度,这些温度是对模型开发的主要改进。最后,通过实验结果验证了新开发的数学模型。

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