熱動製冷於農業的應用
Other Title
The Agricultural Application of Thermally-Driven Chillers
Start Page
130
End Page
135
ISBN
978-986-03-9618-8
Date Issued
2013-12
Date
2013-12
Author(s)
黃振康
劉郁緯
Chen-Kang Huang
Yu-Wei Liu
Abstract
本文簡述過去探討吸收、吸附式太陽能熱動製冷應用在農業環境空調降溫的可行性。針對臺北地區高濕環境研究太陽能集熱器對水加熱之溫度及開放吸附式除濕製冷效果，並探討開放吸附式除濕輪分區比例與調節室內濕度對製冷能力的影響。若能以其他廢熱取代太陽能，則此熱動製冷技術可以利用熱能轉換成冷氣，以滿足各項降溫需求，也將可進一步推廣廢熱回收之普及應用，並減輕電能負擔。
In this study, the feasibility exploration of the thermally-driven absorption chiller, and adsorption chiller was described. For high-temperature and high-humidity environment in Taipei, the output water temperature of the solar water heater was studied for better chilling performance. The effects of section ratios of the dehumidifying wheel and indoor humidity were discussed. If other waste heat can be used to replace the solar thermal energy, the technology can be used to convert heat to air-conditioning to fulfill chilling requirements and conserve the traditional energy resource.
Event(s)
102年度農業工程與自動化計畫成果研討會
Proceedings of the Symposium on Agricultural Engineering and Automation Project Achievements, 2013,
Subjects
太陽能
熱動製冷
吸附式冷氣
Solar energy
Thermally-driven chilling
Adsorption air-conditioning
Publisher
農業試驗所
Type
book part
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Format
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