一体式两床连续型吸附制冷系统设计开发

发布时间：2018-06-21 10:22

本文选题：吸附制冷 + 空调　；参考：《太阳能学报》2017年04期

【摘要】：为了对吸附制冷系统的性能进行研究,开发一种吸附空调的设计方案,采用一体式设计的方法,利用工业和汽车尾气余热作为驱动热源实现制冷。机组设计的制冷功率为4 k W,采用日本三菱树脂生产的以沸石-水作为工质对的HEX380A-Z01吸附床。循环时间10 min,驱动热源为80℃的热水,冷凝温度42℃,采用冷却塔冷却,冷冻水进口设计温度为15℃,出口温度为10℃,制冷机的COP大于0.2。
[Abstract]:In order to study the performance of the adsorption refrigeration system, a design scheme of the adsorption air conditioning is developed. The integrated design method is adopted to make use of industry and automobile exhaust heat as the driving heat source to realize the refrigeration. The cooling power of the design is 4 K W, and the Japanese MITSUBISHI resin produced by the zeolite water is used as the working pair of HEX380A-Z01. Attached to the bed. The cycle time of 10 min, the driving source for 80 DEG C hot water, condensing temperature of 42 DEG C, cooling through the cooling tower, cooling water inlet design temperature is 15 DEG C, outlet temperature is 10 DEG C, refrigeration machine COP is greater than 0.2.
【作者单位】：广州万宝集团有限公司;
【基金】：广东省部产学研结合项目(2012B091100263) 中高温太阳能冷热联供关键装备研发及系统集成示范项目(2013Y2-00091)
【分类号】：TB657

【相似文献】