首页> 外文会议>ASME/JSME/KSME Joint Fluids Engineering Conference;AJK2011 >COOLING DEHUMIDIFICATION CHARACTERISTICS OF DESICCANT COOLING SYSTEM IN A RESIDENTIAL ENVIRONMENT
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COOLING DEHUMIDIFICATION CHARACTERISTICS OF DESICCANT COOLING SYSTEM IN A RESIDENTIAL ENVIRONMENT

机译:住宅环境中干燥剂冷却系统的降温除湿特性

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Desiccant and water evaporation based cooling system is recently suggested as an alternative to refrigeration systems using typical vapor compression cycle for the purpose of energy saving and greenhouse gas reduction. The system receives the heat for the regeneration of the rotor from district heating, which is waste heat from a CHP plant or an incineration plant. KDHC (Korea District Heating Corporation) installed 4 systems at 4 individual houses in Su-Won, Korea and conducted field tests from Aug. 2010 to Sep. 2010. In this study, indoor conditions have been measured when the system is off as well as in operation. Also indoor conditions have been characterized according to outdoor conditions and users' operation. Referring the ASHRAE standard, the cooling system in operation has been checked whether it could make indoor conditions comfortable or not. By analyzing the monitored variables, performance characteristics of the system were figured out. Major characteristics such as cooling capacity, heat & electricity consumption, and the COP of the system have been compared with those from the previous laboratory experiment.
机译:最近建议基于干燥剂和水蒸发的冷却系统作为使用典型蒸汽压缩循环的制冷系统的替代方案,用于节能和温室气体减少。该系统从CHP植物或焚烧厂接收来自区加热的转子再生的热量。 KDHC(韩国地区供热公司)在韩国,韩国,韩国的4个单独房屋安装了4个系统,并从2010年8月到2010年9月进行了现场测试。在这项研究中,当系统关闭时,已经测量了室内条件。在运行中。根据户外条件和用户的操作,还具有室内条件。参考ASHRAE标准,操作中的冷却系统已经检查了它是否可以使室内条件舒适。通过分析所监测的变量,系统的性能特征被弄清楚。与先前的实验室实验的那些相比,诸如冷却能力,热量和电力消耗等主要特性以及系统的COP。

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