首页> 外文会议>International Conference on Enhanced Building Operations; 20061106-08; Shenzhen(CN) >The Experimentation System Design and Experimental Study of the Air-Conditioning by Desiccant Type Using Solar Energy
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The Experimentation System Design and Experimental Study of the Air-Conditioning by Desiccant Type Using Solar Energy

机译:太阳能干燥剂型空调的实验系统设计与实验研究

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Using a special solar air heater to gain heat power for regenerating an adsorption desiccant wheel made by composite silica gel, a desiccant air-conditioning experimentation system was designed and manufactured. Combining the advantage of measure and control by "PLC" and the software of "Kingview", the whole year's operating results of this system was tested and analysed. The results indicate this system can keep the indoor air temperature range at 26±2℃ and the relative humidity range being 50-70% under the low electricity cost on the whole year in the south of China region when the special solar air heater can offer flux air heating up to 60℃. hi this paper some ideas are offered in order to facilitate the availability for air-conditioning using low grade energy, for example, solar energy and surplus or waste heat energy in the industrial process.
机译:利用特殊的太阳能空气加热器获取热能,以再生复合硅胶制的吸附式干燥剂轮,设计并制造了干燥剂空调实验系统。结合“ PLC”和“ Kingview”软件的测控优势,对该系统全年的运行结果进行了测试和分析。结果表明,该系统可以在华南地区全年以低电费的情况下,将室内空气温度范围保持在26±2℃,相对湿度范围保持在50-70%。助焊剂空气加热到60℃。在本文中,提出了一些想法,以促进使用低等级能源(例如,太阳能和工业过程中的余热或余热能)的空调的可用性。

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