In this paper the economic analysis of the energy recovery in all-outdoor-air HVAC systems for the Italian climate is performed. The energy recovery device considered here is the same for both heating and cooling periods. During the summer season, the energy saving is achieved by evaporative cooling. The performances of the hybrid innovative HVAC system and the traditional system are calculated hour by hour by following the test reference year (TRY) pro"le. Such analysis is carried out taking into account simultaneously, the trend of some climatic indexes computed in order to (i) better understand the in#uence of climate on the HVAC system behaviour, (ii) obtain a swift feasibility analysis of the energy recovery system and (iii) per...
Evaporative cooling, extensively used in dry climates, can be justified in wetter areas by integrati...
The economic analysis for running two kinds of hybrid air conditioning systems: all-air and air-and-...
The economic analysis for running two kinds of hybrid air conditioning systems: all-air and air-and-...
In this paper the economic analysis of the energy recovery in all-outdoor-air HVAC systems for the I...
In this paper the economic analysis of the energy recovery in all-outdoor-air HVAC systems for the I...
In this paper the economic analysis of the energy recovery in all-outdoor-air HVAC systems for the I...
SUMMARY In this paper the economic analysis of the energy recovery in all-outdoor-air HVAC systems f...
In this paper an economic comparison between the sensible and the total energy recovery for HVAC sys...
In this paper an economic comparison between the sensible and the total energy recovery for HVAC sys...
In this paper an economic comparison between the sensible and the total energy recovery for HVAC sys...
In this paper an economic comparison between the sensible and the total energy recovery for HVAC sys...
In many heating, ventilation and air-conditioning (HVAC) applications, heat recovery devices are ins...
Evaporative cooling, extensively used in dry climates, can be justified in wetter areas by integrati...
Evaporative cooling, extensively used in dry climates, can be justified in wetter areas by integrati...
Evaporative cooling, extensively used in dry climates, can be justified in wetter areas by integrati...
Evaporative cooling, extensively used in dry climates, can be justified in wetter areas by integrati...
The economic analysis for running two kinds of hybrid air conditioning systems: all-air and air-and-...
The economic analysis for running two kinds of hybrid air conditioning systems: all-air and air-and-...
In this paper the economic analysis of the energy recovery in all-outdoor-air HVAC systems for the I...
In this paper the economic analysis of the energy recovery in all-outdoor-air HVAC systems for the I...
In this paper the economic analysis of the energy recovery in all-outdoor-air HVAC systems for the I...
SUMMARY In this paper the economic analysis of the energy recovery in all-outdoor-air HVAC systems f...
In this paper an economic comparison between the sensible and the total energy recovery for HVAC sys...
In this paper an economic comparison between the sensible and the total energy recovery for HVAC sys...
In this paper an economic comparison between the sensible and the total energy recovery for HVAC sys...
In this paper an economic comparison between the sensible and the total energy recovery for HVAC sys...
In many heating, ventilation and air-conditioning (HVAC) applications, heat recovery devices are ins...
Evaporative cooling, extensively used in dry climates, can be justified in wetter areas by integrati...
Evaporative cooling, extensively used in dry climates, can be justified in wetter areas by integrati...
Evaporative cooling, extensively used in dry climates, can be justified in wetter areas by integrati...
Evaporative cooling, extensively used in dry climates, can be justified in wetter areas by integrati...
The economic analysis for running two kinds of hybrid air conditioning systems: all-air and air-and-...
The economic analysis for running two kinds of hybrid air conditioning systems: all-air and air-and-...