摘要
提出采用溶液式空调系统作为实验动物中心的室内环境控制方式,以减少空调系统能耗,降低空调系统运行成本。以厦门某实验动物中心为例,详细阐述了该空调系统的应用形式与系统特点,并分析了室内环境控制策略。项目实测运行效果表明,室内温湿度、静压梯度、微生物控制均满足设计要求,且具有良好的节能效果。
Presents the liquid desiccant air conditioning system for the indoor environment control of laboratory animal centers, in order to reduce the energy consumption and save the operating cost of the air conditioning system. Taking a laboratory animal center in Xiamen as an example, presents the form and system characteristics of the air conditioning system, and analyses the indoor environmental control strategy. The actual operation results show that the indoor temperature and humidity, static pressure gradient and microorganism control can meet the design requirements, with good energy saving effect.
出处
《暖通空调》
北大核心
2017年第3期85-89,共5页
Heating Ventilating & Air Conditioning
关键词
溶液调湿
温湿度
压力梯度
换气次数
微生物
liquid desiccant, temperature and humidity, pressure gradient, air change rate, microorganism