Absorption-compression refrigeration cycle is widely studied for its energy saving potential.
A cascaded absorption-compression configuration is adopted to meet cooling and refrigeration demands simultaneously.
In this paper, a comparative study on a novel absorption-compression cycle with an evaporator-subcooler (ES) and a conventional absorption-compression refrigeration cycle with an evaporator-condenser (EC) has been done for the first time.
The objective of this work is to investigate the yearly performance an absorption-compression cascade refrigeration system driven by solar energy.
Improvement of the dynamics of adsorptive chillers (ACs) is the main target for making them more competitive with absorption and compression machines.
Metal foams show efficient and almost isotropic energy absorption during compression making them interesting materials for the design and development of impact resistant components.
Since both absorption and compression chillers are adopted, multiple chiller staging would cover not only the quantity but also the type of chiller.
The exergoeconomic model of solar absorption-subcooled compression hybrid cooling system was developed at first.
