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Advanced exergy analysis of the combined S–CO2/ORC system
The real origin of irreversibility and improvement possibility of the combined super critical
carbon dioxide and organic Rankine cycle (S–CO 2/ORC) are investigated based on the …
carbon dioxide and organic Rankine cycle (S–CO 2/ORC) are investigated based on the …
Conventional and advanced exergy investigation of a double flash cycle integrated by absorption cooling, ORC, and TEG power system driven by geothermal energy
This study looked at both conventional and advanced exergy analyses of a new combined
cooling, heating and power generation system driven by geothermal energy. This cycle …
cooling, heating and power generation system driven by geothermal energy. This cycle …
An innovative transient simulation of a solar energy system with a thermochemical hydrogen production cycle for zero-energy buildings
This research investigates the incorporation of solar power systems into buildings to meet
the energy needs of near-zero-energy buildings. The study focuses on a complex buildings …
the energy needs of near-zero-energy buildings. The study focuses on a complex buildings …
Proposal and multicriteria optimization of an integrated energy system powered by solar energy and electrolysis to produce hydrogen, utilizing an organic flash …
This paper proposes an innovative energy system. It has an organic flash combined
electricity and cooling cycle with two ejectors instead of two throttle valves to provide power …
electricity and cooling cycle with two ejectors instead of two throttle valves to provide power …
[PDF][PDF] Advanced Exergy Investigation of Combined Cycle of Helium Reactor Gas Turbine with Organic Rankine Cycle
In this work, the combined cycle of a helium reactor gas turbine with an organic Rankine
cycle is studied and compared from the perspective of conventional and advanced exergy …
cycle is studied and compared from the perspective of conventional and advanced exergy …