Abstract
The results of calculation of two stage gas turbine unit intake air cooling processes with previous cooling by absorption lithium-bromide chiller and deep cooling by ejector chiller are presented. The efficiency of the use of absorption lithium-bromide chiller cooling potential for changeable heat loads is analyzed. A scheme of cooling system with accumulating of surplus absorption lithium-bromide chiller cooling potential during decreased heat loads and its spending at increased heat loads has been proposed.
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