Co-generation system has become an effective method to solve the global warming and energy problem. The system can achieve high efficiency both by using electric generation and by exhaust heat recovery. On the other hand, the development of the environmental improvement technology in the greenhouse is demanded agricultural sector. It is thought that desiccant air conditioning system can solve these problems. Two experiments were conducted in this research. First, characteristic of the dehumidification quantity on different rotor rotational speed was requested by dehumidification examination. As the result, it was found that the quantity of maximum dehumidification exists on the optimal rotational speed. Second, characteristic of the dehumidification quantity on different rotor rotational speed was requested by numerical simulation. The simulation condition was a climate condition of summer. As the result, it was found that the quantity of maximum dehumidification as well as the experiment value exists on the optimal rotational speed. Moreover, it was found the quantity of maximum dehumidification changes depending on the temperature of the reproduction air and the air volume. Through this study, it was clarified that changing the rotor rotational speed was effective as the method of increasing quantity of dehumidification.
雑誌名
宮崎大學工學部紀要
巻
43
ページ
55 - 62
発行年
2014-07-31
出版者
宮崎大学工学部
Miyazaki University
Faculty of Engineering, University of Miyazaki
リポジトリのご案内
デシカント空調システムのデシカントロータ回転数と除湿量の関係
engineering43_55-62.pdf
(1.31MB)
