Investigation of an ejector powered double-effect absorption/recompression refrigeration cycle

•An ejector double-effect absorption/recompression cooling cycle is investigated.•COP of this cycle is higher than 1.5 for HP-generator temperatures less than 150 °C.•Maximum COPs occur at HP-generator temperatures 20 °C lower than those of the double-effect cycle.•The enhancement factor of the COP...

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Veröffentlicht in:	International journal of refrigeration 2019-03, Vol.99, p.453-468
Hauptverfasser:	Sioud, Doniazed, Bourouis, Mahmoud, Bellagi, Ahmed
Format:	Artikel
Sprache:	eng
Schlagworte:	Absorption Bromure de lithium/eau Compressing Cycle à absorption/recompression double effet Double-effect absorption/recompression cycle Ejection Ejector Entrainment Feasibility Heat sources Heat transfer High temperature High temperature heat sources Lithium Pressure Refrigeration Sources de chaleur à haute température Temperature Water/lithium bromide Éjecteur
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