实验动物用房暖通空调系统节能策略研究
摘要:以浙江省杭州市的3个实验动物用房实际运行情况为研究基础,从换气次数、源侧热回收等方面开展了实验动物用房暖通空调系统节能策略研究,分析了合理降低换气次数在实验动物用房空调系统中应用的可能性,明确了热回收型溶液调湿新风机组在实验动物用房空调系统中的节能优势。
关键词:实验动物用房暖通空调换气次数溶液调湿四管制热泵节能策略
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参考文献[1] 中国建筑科学研究院.实验动物设施建筑技术规范:GB 50447—2008[S].北京:中国建筑工业出版社,2008:5- 6.
[2] 周庆生.GLP实验动物房的节能与优化:南京中医药大学唐仲英科技楼实验动物房设计[J].江苏建筑,2015(2):11- 17.
[3] 王丽清,马天驰.SPF级实验动物设施净化空调的耗能与节能及运行管理[J].实验动物科学,2010,27(4):74- 76.
[2] 周庆生.GLP实验动物房的节能与优化:南京中医药大学唐仲英科技楼实验动物房设计[J].江苏建筑,2015(2):11- 17.
[3] 王丽清,马天驰.SPF级实验动物设施净化空调的耗能与节能及运行管理[J].实验动物科学,2010,27(4):74- 76.
Research on energy saving strategies of HVAC system for laboratory animal facilities
Abstract: Based on the actual operation of three laboratory animal facilities in Hangzhou, Zhejiang Province, the energy saving strategies of HVAC systems for laboratory animal facilities are studied from the aspects of air change per hour and source side heat recovery. The possibility of reasonably reducing the air change rate in the air conditioning system of the laboratory animal facility is analysed, and the energy saving advantages of the heat recovery solution humidity control outdoor air unit in the air conditioning system of the laboratory animal facility are clarified.
Keywords: laboratory animal facility; HVAC; air change rate; solution humidity control; four-pipe heat pump; energy saving strategy;
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