流体机械

2015, v.43;No.511(01) 68-71

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可移动式小型液体除湿空调装置的研制
Design of the Small & Movable Liquid Desiccant Air- conditioner

梁亚英;柳建华;张慧晨;张良;王融;鄂晓雪;吴昊;
LIANG Ya-ying;LIU Jian-hua;ZHANG Hui-chen;ZHANG Liang;WANG Rong;E Xiao-xue;WU Hao;University of Shanghai for Science and Technology;

摘要(Abstract):

针对逆流式和叉流式装置在使用中的优势和不足,设计出可以实现结构一体化的小型液体除湿空调装置。经过试验测试,此装置在上海夏季标准环境(干球温度34℃,湿球温度28.2℃)下,用65℃左右的热水作为驱动热源时,制冷量为67k W,送风温度在22℃左右,系统热力COP可以达到0.47,电力能效比可达3.4。
Based on the pros and cons of both counter flow and cross flow system,a small and movable liquid desiccant air-conditioner has been designed with an integrated structure. In the Shanghai summer standard environment( dry bulb temperature is 34℃,wet bulb temperature is 28. 2℃),the device using the 65℃ hot water as the driving heat source,the cooling capacity is6 7k W,送风温度在22℃左右,系统热力COP可以达到0.47,电力能效比可达3.4。
Based on the pros and cons of both counter flow and cross flow system,a small and movable liquid desiccant air-conditioner has been designed with an integrated structure. In the Shanghai summer standard environment( dry bulb temperature is 34℃,wet bulb temperature is 28. 2℃),the device using the 65℃ hot water as the driving heat source,the cooling capacity is6 7k W,the supply air temperature is about 22℃,the Coefficient of Performance( COP) can reach 0. 466 and the Energy Efficiency Ratio( EER) can be up to 4. 93.

关键词(KeyWords): 液体除湿空调;结构一体化;试验性能
liquid desiccant air-conditioner;an integrated structure;performance of experiment

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作者(Authors): 梁亚英;柳建华;张慧晨;张良;王融;鄂晓雪;吴昊;
LIANG Ya-ying;LIU Jian-hua;ZHANG Hui-chen;ZHANG Liang;WANG Rong;E Xiao-xue;WU Hao;University of Shanghai for Science and Technology;

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