摘要
室内微气候控制技术的综合性空气调节系统实验平台主要由空调冷热源、组合式空调箱、恒温恒湿控制系统、参数测量系统、换热器性能测试系统、室内微气候环境等构成。集中式空调系统根据温、湿度需要向室内微气候环境提供稳定的送风气流,室内通过开闭风阀可实现多种送、回风方式,以此开展室内气流组织形式及热舒适性的实验研究。实验平台还可开展表面式换热器热工性能测试、喷水室热工性能测试、循环式空气调节过程测试等专业实验项目,对实验教学及科学研究有重要意义。
An integrated air conditioning experimental platform serving indoor micro- climate environment control is mainly composed of cold and heat sources, combined air conditioning unit, indoor temperature and humidity control system, parameter measurement system, heat exchanger performance testing system, and indoor micro-climate environment. A central air conditioning system can supply air to an airtight and insulated room at a certain temperature and humidity. The indoor air distribution can be changed by regulating air duct valve so that indoor micro-climate environment and thermal comfort research can be carried out. The several experiments such as testing heat exchanger＇s performance, testing the spray chamber＇s thermal performance, different air conditioning process, can be carried out on the experimental system. These all have good contribution to the experimental teaching and scientific research.
出处
《实验技术与管理》
CAS
北大核心
2013年第9期68-71,共4页
Experimental Technology and Management
基金
上海工程技术大学"空气调节"课程建设项目(k201201001)
上海市重点课程建设项目"新能源与节能技术"(s201101001)
关键词
室内微气候控制
集中式空调系统
气流组织形式
实验教学研究
indoor micro-climate environment control
central air conditioning system
indoor air distribution
experimental teaching research
