Related aspects of adsorption refrigeration key parameters were addressed.
The refrigeration performance parameters of two binary azeotropic mixtures of R170 + R23 and R170 + R116 and a ternary azeotropic mixture of R170 + R23 + R116 were measured systematically in the low-stage loop of a two-stage cascade system.
For the CRHR distinguishing from the Carnot refrigerator working between two heat reservoirs (TH and TL), there are two important performance parameters, including refrigeration coefficient and heat recovery coefficient (εR), existing in the cycle.
Effect of design parameters on refrigeration load is also investigated.
Then extensive experiments were made to test the influence of different parameters on refrigeration performance of the whole system.
In some types of refrigeration systems, important operation parameters, such as the equalizing pressure and the energy consumption, are directly influenced by the rates of refrigerant absorption in the compressor oil.
Both these components composition of refrigerant and the compressor operations pressures are the key design parameters in the mixed refrigerant refrigeration systems.
Once the model is validated, it is used to numerically determine the distribution of refrigeration charge and other interesting parameters not experimentally measured.
Numerical results show how the optimal configuration responds to changes in specified external parameters such as refrigeration load, fan efficiency, and volume and weight.
Thermodynamic package and main parameters of the absorption refrigeration system are validated.
