PERFORMANCE ANALYSIS OF A SOLAR-DRIVEN EJECTOR AIR CONDITIONING SYSTEM UNDER EL-OUED CLIMATIC CONDITIONS, ALGERIA

In order to understand the behavior and determine effective operational parameters of a solar-driven ejector air conditioning system at low or medium temperature, dynamic model depends on principles conservation, momentum mass energy is developed. For this purpose, thermodynamic characteristics liquid vapor refrigerant were identified using Engineering Equation Solver (EES) software. Linear Fresnel solar reflector has been used as tool convert into thermal energy. Water (R718) was refrigerant. The conditions for studied are follows: evaporator temperature “Te =283.15 K”, condenser “Tc =305.15 generator “Tg = 373.15 K”. performance compared function operating subsystem. average value efficiency linear concentrator reached 31.60 %, drive ratio “ω” 0.4934, subsystem “COPejc” 60.664 % machine “STR” touched 19.17 %. results obtained through scientific subject stimulating encouraging, where technique can be in desert areas southern Algeria, fossil (petroleum, gas, etc.) extracted produced various types.