This study demonstrates how it is possible to increase the performances of an air-cooled heat pump by the use of Horizontal Air-Ground Heat Exchanger (HAGHE); the analysis has been carried out varying the air flow rate and heat conductivity of the ground. For a warm climate, the air treatment using HAGHE involves an improvement of the Energy Efficiency Ratio (EER) of the heat pump for the entire summertime. About the wintertime, the coefficient of performance (COP) results improved from November to February, but it is possible to install a by-pass to permit to the heat pump to work at the best conditions
Finding the most appropriate matching between envelope features and HVAC system configurations in fu...
The need to improve the energy performance of buildings led to a remarkable development of innovativ...
To make a overall assessment of a Ground Coupled Heat Exchanger (GCHE) it is not only important to u...
Horizontal Air Ground Heat Exchanger has been used not for the direct ventilation of the room, but f...
A concept of Air-Cooled Heat Pump (ACHP) coupled with a Horizontal Air-Ground Heat Exchanger (HAGHE...
In order to satisfy the requirements of Directive 2010/31/EU for Zero Energy Buildings (ZEB), innova...
Improving energy efficiency in buildings and promoting renewables are key objectives of European en...
In order to satisfy the requirements of Directive 2010/31/EU for Zero Energy Buildings (ZEB), innova...
The need to improve the energy performance of buildings led to a remarkable development of innovativ...
Geothermal energy has a huge potential in building applications. This paper proposes the use of an A...
Energy consumption in new buildings can be reduced at the design stage. This study optimizes the ve...
Experience developed in the northern European countries led, in the last decades, to standard and sh...
Abstract Experience developed in the northern European countries led, in the last decades, to standa...
In terms of existing buildings’ retrofit, historical and non-residential buildings clearly represent...
Nowadays the study of Net Zero Energy Buildings (NZEBs) is fundamental, because they are the main st...
Finding the most appropriate matching between envelope features and HVAC system configurations in fu...
The need to improve the energy performance of buildings led to a remarkable development of innovativ...
To make a overall assessment of a Ground Coupled Heat Exchanger (GCHE) it is not only important to u...
Horizontal Air Ground Heat Exchanger has been used not for the direct ventilation of the room, but f...
A concept of Air-Cooled Heat Pump (ACHP) coupled with a Horizontal Air-Ground Heat Exchanger (HAGHE...
In order to satisfy the requirements of Directive 2010/31/EU for Zero Energy Buildings (ZEB), innova...
Improving energy efficiency in buildings and promoting renewables are key objectives of European en...
In order to satisfy the requirements of Directive 2010/31/EU for Zero Energy Buildings (ZEB), innova...
The need to improve the energy performance of buildings led to a remarkable development of innovativ...
Geothermal energy has a huge potential in building applications. This paper proposes the use of an A...
Energy consumption in new buildings can be reduced at the design stage. This study optimizes the ve...
Experience developed in the northern European countries led, in the last decades, to standard and sh...
Abstract Experience developed in the northern European countries led, in the last decades, to standa...
In terms of existing buildings’ retrofit, historical and non-residential buildings clearly represent...
Nowadays the study of Net Zero Energy Buildings (NZEBs) is fundamental, because they are the main st...
Finding the most appropriate matching between envelope features and HVAC system configurations in fu...
The need to improve the energy performance of buildings led to a remarkable development of innovativ...
To make a overall assessment of a Ground Coupled Heat Exchanger (GCHE) it is not only important to u...