带温湿度控制的地层通风教室全年节能潜力

C. K. Lee, K. F. Fong, Zhang Lin, T. Chow
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引用次数: 26

摘要

比较了混合通风系统、置换通风系统和地层通风系统三种通风系统在学校传统课堂、学习小组和E-learning课堂上的能源性能。采用固体干燥剂除湿循环,结合太阳能集热系统,便于置换通风系统和地层通风系统的湿度控制。同时,考虑到该系统可以应用于整个学校,采用了较高的冷水机组设计性能系数。研究发现,分层通风系统在三种通风系统中效果最好,尤其适用于小组班和E-learning班,这代表了学校教育发展的趋势。即使没有太阳能供应,地层通风系统也有良好的效果,可以作为香港学校使用的一个很好的选择。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Year-round energy saving potential of stratum ventilated classrooms with temperature and humidity control
The energy performances of three types of ventilation systems, namely the mixing, displacement, and stratum ventilation systems, are compared when applied to a traditional class, a study group, and an E-learning class in a school. A solid desiccant dehumidification cycle, coupled with a solar heat collecting system, is employed to faciliate the humidity control in the displacement and stratum ventilation systems. Meanwhile, a higher design coefficient of performance for the chillers is adopted in view of the possibility to apply the systems to the entire school. It was found that the stratum ventilation systems are the best among the three ventilation systems investigated, particularly when applied to a study group class and a E-learning class, which represent a trend in school education development. With promising results even without solar provision, the stratum ventilation systems could be a good choice for use in the schools in Hong Kong.
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来源期刊
HVAC&R Research
HVAC&R Research 工程技术-工程:机械
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