AbstractA mathematical model for the evaluation of the seasonal performances of electric air-to-water heat pumps for heating is used to analyze the efficiency of on-off heat pumps, multi-compressor heat pumps and heat pumps with inverter compressor, integrated by electric heaters as back-up system, in the service of several buildings located in different Italian climates.The paper points out the importance of a good dimensioning of the heat pump as a function of the building energy signature and of the climate of the city where the building is placed, in order to enhance the system seasonal efficiency
AbstractThe paper presents the results obtained by a numerical simulation of a heating and cooling s...
The use of heat pumps for annual climatization is a suitable mean of achieving the 2030 European dec...
Air-source heat pumps are strongly influenced by outdoor conditions, it is expected that ongoing cli...
A mathematical model for the evaluation of the seasonal performances of electric air-to-water heat p...
AbstractA mathematical model for the evaluation of the seasonal performances of electric air-to-wate...
none3A numerical model for the calculation of the seasonal performance of different kinds of electri...
In questo lavoro è utilizzato un modello matematico per analizzare l’effetto di diverse condizioni c...
In this paper, dynamic simulations of the seasonal coefficient of performance (SCOP) of Air-Source H...
The aim of this work is analyze the influence of the weather in the operation and behavior ofheat pu...
none3noThis paper deals with the numerical analysis of the energy performance of HVAC systems for he...
Air-source heat pumps in heating mode are characterized by performances strongly dependent on the va...
AbstractThe growing of the energy consumption, in particular from buildings, both residential and co...
The work provides a method of determining the number of energy components of the heating system of r...
none3noThis paper presents a study on the effect of the modulation capacity of three different kinds...
AbstractA numerical model for the seasonal performance evaluation of electric air-to-water reversibl...
AbstractThe paper presents the results obtained by a numerical simulation of a heating and cooling s...
The use of heat pumps for annual climatization is a suitable mean of achieving the 2030 European dec...
Air-source heat pumps are strongly influenced by outdoor conditions, it is expected that ongoing cli...
A mathematical model for the evaluation of the seasonal performances of electric air-to-water heat p...
AbstractA mathematical model for the evaluation of the seasonal performances of electric air-to-wate...
none3A numerical model for the calculation of the seasonal performance of different kinds of electri...
In questo lavoro è utilizzato un modello matematico per analizzare l’effetto di diverse condizioni c...
In this paper, dynamic simulations of the seasonal coefficient of performance (SCOP) of Air-Source H...
The aim of this work is analyze the influence of the weather in the operation and behavior ofheat pu...
none3noThis paper deals with the numerical analysis of the energy performance of HVAC systems for he...
Air-source heat pumps in heating mode are characterized by performances strongly dependent on the va...
AbstractThe growing of the energy consumption, in particular from buildings, both residential and co...
The work provides a method of determining the number of energy components of the heating system of r...
none3noThis paper presents a study on the effect of the modulation capacity of three different kinds...
AbstractA numerical model for the seasonal performance evaluation of electric air-to-water reversibl...
AbstractThe paper presents the results obtained by a numerical simulation of a heating and cooling s...
The use of heat pumps for annual climatization is a suitable mean of achieving the 2030 European dec...
Air-source heat pumps are strongly influenced by outdoor conditions, it is expected that ongoing cli...