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CPC微通道太阳能集热器运行特性实验系统设计 被引量:1
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作者 王雪勍 徐荣吉 +3 位作者 王岸 宋文昊 王瑞祥 许淑惠 《实验室研究与探索》 CAS 北大核心 2021年第9期66-70,共5页
提出了一种以平行流微通道为吸热器的复合抛物聚光器(Compound Parabolic Concentrator,CPC)太阳能集热器,设计并搭建了此集热器运行特性的实验测试系统,该系统由CPC微通道太阳能集热单元、恒温水循环系统、测试及数据采集系统组成。为... 提出了一种以平行流微通道为吸热器的复合抛物聚光器(Compound Parabolic Concentrator,CPC)太阳能集热器,设计并搭建了此集热器运行特性的实验测试系统,该系统由CPC微通道太阳能集热单元、恒温水循环系统、测试及数据采集系统组成。为了验证微通道平行流扁管对非均匀热流密度的均化作用,开发了微通道管内温度测试模块,实现了微通道平行流扁管11个通道管内进出口温度的测试。基于LabVIEW虚拟仪器软件开发了集热单元运行参数实时采集及处理程序,实现了集热器性能的实时记录和测试。 展开更多
关键词 微通道测温 复合拋物聚光面 太阳能集热器 运行特性
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CPC-Trough-Compound Parabolic Concentrator for Cost Efficient Low Temperature Applications
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作者 Muhammad Nadeem Baig Akhlaq Ahmad Imran Ahmad Khan 《Journal of Energy and Power Engineering》 2014年第10期1735-1739,共5页
The high-performance CPC-trough (compound parabolic concentrator) collector has been developed for the utility scale generation of low temperature solar steam and hot water for low temperature process heat applicati... The high-performance CPC-trough (compound parabolic concentrator) collector has been developed for the utility scale generation of low temperature solar steam and hot water for low temperature process heat applications including solar air conditioning. With an optical concentration of 7.5:1, operating temperatures over 130 ℃ may be reached. This novel design has included a FEM (finite element modeling) validation and is compatible with the standard reflectors and evacuated tubes in the market. The peak efficiencies of 35% with unshielded and more than 45% with evacuated tube receivers were obtained. This CPC-trough collector requires intermittent tracking, i.e., tilt adjustment is only once in a week for more than eight hours collection in summer and six to seven hours in winter seasons. 展开更多
关键词 CPC FEM CNC (computer numerically controlled).
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