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臺灣能源期刊論文全文

臺灣能源期刊第1卷第2期內容

出刊日期:March, 2014

題目
吸附式製冷循環系統技術
Title
Technologies of Adsorption Refrigeration System
作者
羅凱帆、黃蒨芸、李建宏、康育豪
Authors
Kay-Fan Lo, Chien-Yun Huang, Jian-Hong Lee, Yu-Hao Kang
摘要
吸附式製冷是由吸附劑吸附冷媒,經由冷媒的蒸發吸熱達到製冷目的,再由65℃以上熱源再生即可重複使用,溫度範圍可應用於200℃以下的低階工業廢熱回收,減少冷卻系統的耗電,如果是一般家庭使用,也可利用太陽能為再生熱源。吸附式製冷系統分成雙床式、多床式和多階段式,雙床式系統較簡單,較為普遍;多床式可提高循環速度,體積較大;多階段式可將再生溫度降低,吸附量較小,本文將介紹各種吸附式製冷循環系統技術之特點。
關鍵字
廢熱、吸附、製冷
Abatract
The adsorption refrigeration system consists of the working pair adsorbent and refrigerant, and relies on the evaporation and endothermic reaction of the refrigerant to cool. The adsorbent can be recovered by the heat source above 65oC. The temperature range is suitable to the low-grade industrial waste heat which are lower than 200oC. The method can reduce the power consumption. The method can use the sola for recovering on home use. The adsorption system is switched into two-bed, multi-bed and multi-stage. The two-bed is the simplest and generally. The multi-bed can increase the recovery speed, and has larger volume. The multi-stage temperature can decrease the recovery temperature, and has lower adsorption capacity. In this paper, we will introduce the technologies and current systems of adsorption refrigeration cycles.
Keywords
Waste heat, Adsorption, Refrigeration