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
In this paper, a transient analysis is performed in order to evaluate how effective climate data aff...
In this paper, dynamic simulations of the seasonal coefficient of performance (SCOP) of Air-Source H...
The paper investigates the seasonal performance of electric air-to-water heat pump comparing an on-o...
AbstractA mathematical model for the evaluation of the seasonal performances of electric air-to-wate...
A mathematical model for the evaluation of the seasonal performances of electric air-to-water heat p...
A mathematical model for the evaluation of the seasonal performances of electric air-to-water heat p...
A mathematical model for the evaluation of the seasonal performances of electric air-to-water heat p...
The paper investigates the seasonal performances of electric air-to-water heat pumps specifically re...
The paper investigates the seasonal performances of electric air-to-water heat pumps specifically re...
AbstractThe paper presents the results obtained by a numerical simulation of a heating and cooling s...
none3A numerical model for the calculation of the seasonal performance of different kinds of electri...
Air-source heat pumps are strongly influenced by outdoor conditions, it is expected that ongoing cli...
In this paper, a transient analysis is performed in order to evaluate how effective climate data aff...
Air-source heat pumps are strongly influenced by outdoor conditions, it is expected that ongoing cli...
In this paper, dynamic simulations of the seasonal coefficient of performance (SCOP) of Air-Source H...
In this paper, a transient analysis is performed in order to evaluate how effective climate data aff...
In this paper, dynamic simulations of the seasonal coefficient of performance (SCOP) of Air-Source H...
The paper investigates the seasonal performance of electric air-to-water heat pump comparing an on-o...
AbstractA mathematical model for the evaluation of the seasonal performances of electric air-to-wate...
A mathematical model for the evaluation of the seasonal performances of electric air-to-water heat p...
A mathematical model for the evaluation of the seasonal performances of electric air-to-water heat p...
A mathematical model for the evaluation of the seasonal performances of electric air-to-water heat p...
The paper investigates the seasonal performances of electric air-to-water heat pumps specifically re...
The paper investigates the seasonal performances of electric air-to-water heat pumps specifically re...
AbstractThe paper presents the results obtained by a numerical simulation of a heating and cooling s...
none3A numerical model for the calculation of the seasonal performance of different kinds of electri...
Air-source heat pumps are strongly influenced by outdoor conditions, it is expected that ongoing cli...
In this paper, a transient analysis is performed in order to evaluate how effective climate data aff...
Air-source heat pumps are strongly influenced by outdoor conditions, it is expected that ongoing cli...
In this paper, dynamic simulations of the seasonal coefficient of performance (SCOP) of Air-Source H...
In this paper, a transient analysis is performed in order to evaluate how effective climate data aff...
In this paper, dynamic simulations of the seasonal coefficient of performance (SCOP) of Air-Source H...
The paper investigates the seasonal performance of electric air-to-water heat pump comparing an on-o...