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Luminosu and Fara proposed an exergy analysis of a flat plate solar collector based on the assumption that fluid inlet temperature is equal to ambient temperature [10]. ... attempted to determine the optimum values of the mass flow rate, absorber plate area, and maximum exergy efficiency of a flat plate collector [11].
A detailed energy and exergy analysis is carried out for evaluating the thermal and optical performance, exergy flows and losses as well as exergetic efficiency ...
作者:S Chamoli2013被引用次数:51 — Application of exergy analysis to a solar collector helps designers to achieve an optimum design and gives direction to decrease exergy losses. The Exergy ...
作者:S Chamoli2013被引用次数:51 — In this study, exergetic performance analysis of flat plate solar collector has been carried out analytical- ly. A comprehensive mathematical modelling of.
作者:Z Said2016被引用次数:120 — The paper focuses on the detailed energy analysis of flat plate solar collector for evaluating the thermal performance and finding the optimum ...
作者:Y Kashyap2018被引用次数:9 — There are two important factors which determine the exergy efficiency of the collector: absorber plate temperature TP and difference in fluid ...
作者:H Kargarsharifabad2014被引用次数:17 — In this work, energy and exergy analysis of a flat plate solar collector with a heat pipe is conducted theoretically. Next, the exergy efficiency of ...
2017年8月3日 — In refs. [1-6] energy and exergy analysis methods, for flat plate solar collectors, such as energy and exergy efficiency, destruction exergy ...
作者:E Deniz2016被引用次数:26 — The system works under closed cycle in order to prevent efficiency losses caused by internal fouling in both solar collector and distillation unit. The maximum ...
Air heating by solar collectors is renewable technology providing hot air for different purposes. The present research emphasizes on analysis of energy, ...
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