Gnesin Y. Heat recovery energy cooling plant with hydrogen heat sorption compressor.

. Object - a neat-recovery energy-cooler plant on the basis of a metal-hydride compressor for the combined generation of mechanical power and cold. Purpose - development of scientific-and-tecnnical principles for investigation of the operational processes and elaboration of the hydrogen turbo-compressor energy-cooler plant with actuating medium being therm odynamically compressed. The research methods are based on using the fundamental concepts of engineering thermodynamics, gas-dynamics, and heat-exchange conducted in investigating the circuit-cyclogram designs together with analysis of operating processes and hydrogen energy-cooler plants on the basis of experimental studies. Novelty - a study of therm odynamic efficiency of energy conversion in the thermo-sorption compressor depending on the basic factors, which reproduce effect of operating medium composition, metal-hydride structure, temperature potential of mutual interaction of the sorption-desorption processes with the sources providing heat extraction and abstraction thereof. Results - an ingenious thermodynamic cycle has been proposed and its indicators have been examined. The implementation was carried out in working-out the promising designs for commercial energy cooler plants application. Branch of production - power-producing machine-building.