TRNSYS simulation of desiccant integrated hybrid cooling and dehumidification system

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引用次数: 1

Abstract

The traditional air conditioners suffer from performance degradation especially in humid conditions. This is due to fact that the excess moisture level in ventilation air considerably increases latent cooling load of the space to be conditioned. The use of desiccant integrated sensible cooling system can alleviate this problem by controlling the temperature and humidity separately. It also reduces energy consumption for obtaining desired thermal comfort. In the present study, TRNSYS simulation studio project has been developed to perform the simulations of the desiccant dehumidifier coupled HVAC system for different configurations in summer cooling season. Measurements are also carried out to observe the influence of operating parameters on system performance. The obtained results show that the proposed system has ensured a substantial reduction in process air humidity at dehumidifier exit while maintaining the conditioned room comfort.
TRNSYS模拟干燥剂综合混合冷却和除湿系统
传统的空调在潮湿的环境下性能会下降。这是由于通风空气中的过量水分水平大大增加了待调节空间的潜在冷负荷。采用干燥剂集成显冷系统,通过分别控制温度和湿度,可以缓解这一问题。它还减少了能源消耗,以获得所需的热舒适。本研究开发了TRNSYS仿真工作室项目,对不同配置的干燥剂除湿耦合暖通空调系统在夏季降温季节进行了模拟。还进行了测量,以观察操作参数对系统性能的影响。结果表明,该系统在保持空调室内舒适性的同时,保证了除湿机出口过程空气湿度的大幅降低。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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