Evaporative cooling can be adopted in wet areas by integration into HVAC systems. Processing TRY data for Italy, the economics of three-stage evaporative cooling systems were examined. Summertime conventional system operating costs and hybrid system savings were evaluated. The method was based on a simplified approach that is not intended as a substitute for accurate dynamic modelling, but as a simple analysis tool. The results were found to be strongly dependent on: climatic area, internal set point, initial cost of extra equipment. The highest savings appeared to be achieved in the middle-south of Italy.
Economic evaluation of hybrid evaporative technology implementation in Italy / Mazzei, P.; Palombo, Adolfo. - In: BUILDING AND ENVIRONMENT. - ISSN 0360-1323. - 34 - 5:(1999), pp. 571-582. [10.1016/S0360-1323(98)00049-3]
Economic evaluation of hybrid evaporative technology implementation in Italy
PALOMBO, ADOLFO
1999
Abstract
Evaporative cooling can be adopted in wet areas by integration into HVAC systems. Processing TRY data for Italy, the economics of three-stage evaporative cooling systems were examined. Summertime conventional system operating costs and hybrid system savings were evaluated. The method was based on a simplified approach that is not intended as a substitute for accurate dynamic modelling, but as a simple analysis tool. The results were found to be strongly dependent on: climatic area, internal set point, initial cost of extra equipment. The highest savings appeared to be achieved in the middle-south of Italy.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
