Theoretical investigation on the performance of a proposed innovated solar integrated system for air conditioning
(A/C) and humidification dehumidification (HDH) water desalination in hot and humid regions
is presented. Transient analysis and parametrical study for the system are conducted under different
operating and design conditions. System performance parameters (fresh water production rate, cooling
capacity, electrical power consumption, water recovery and system coefficient of performance) are
hourly estimated and daily integrated for different operational and design conditions. The results reveal
the increase of fresh water productivity, system water recovery, cooling capacity, electrical power consumption
and COP of the system with the increase of air temperature, air humidity, and solar collectors
area. For system assessment, the system performance parameters are compared with the performance of
a basic system under the same conditions. Cost saving analysis showed the proposed system operates
more economically and efficiently that in hot and humid climatic areas. General numerical correlations
for system performance parameters are proposed in terms of the design and operational conditions.