The development of civilization is associated with an increase in demand for energy. Nowadays, the technologies using renewable energy sources are particularly important. The heating systems powered by heat pumps are increasingly used. The article presents an integrated mathematical model that takes into account the joint operation of the ground heat exchanger and the internal circuit of the heat pump. Modeling was done in Matlab environment. The modeling results allow optimizing the evaporator design in order to effectively use the heat pump
Numerical simulations are important tools for the assessment of exploiting geothermal energy in heat...
The method of heat calculation of the joint work of borehole heat exchangers and heat ...
The enhancement of the buildings energy efficiency and the use of the renewable energies are necessa...
The numerical model of the joint work of borehole heat exchanger and evaporator of the heat pump is...
This paper presents the development of a mathematical model for the analysis of a ground source heat...
The present study investigates the sustainable use of a ground coupled heat pump (GCHP). In order to...
AbstractEnvironmental improvements require waste minimization, reduced air pollution from vehicles, ...
Energy efficiency is an effective way to produce energy reducing the impact of fossil fuels in the e...
Abstract:- Heat pumps play the following role with regard to energy: they obtain heat from an enviro...
In order to fulfill with the European normative EN-1717:2000 regarding the general requirements of d...
The use of standard heat pump (HP) systems offers an efficient option to replace conventional heatin...
This work involves the study of heating systems that combine solar collectors, geothermal heat pumps...
In this paper the model of a heat pump whose evaporator operates as a photovoltaic collector, is stu...
In this paper different energy states of a heat pump are described. Equations used for mathematical ...
This study focuses on different operating modes of a ground source heat pump system in residential b...
Numerical simulations are important tools for the assessment of exploiting geothermal energy in heat...
The method of heat calculation of the joint work of borehole heat exchangers and heat ...
The enhancement of the buildings energy efficiency and the use of the renewable energies are necessa...
The numerical model of the joint work of borehole heat exchanger and evaporator of the heat pump is...
This paper presents the development of a mathematical model for the analysis of a ground source heat...
The present study investigates the sustainable use of a ground coupled heat pump (GCHP). In order to...
AbstractEnvironmental improvements require waste minimization, reduced air pollution from vehicles, ...
Energy efficiency is an effective way to produce energy reducing the impact of fossil fuels in the e...
Abstract:- Heat pumps play the following role with regard to energy: they obtain heat from an enviro...
In order to fulfill with the European normative EN-1717:2000 regarding the general requirements of d...
The use of standard heat pump (HP) systems offers an efficient option to replace conventional heatin...
This work involves the study of heating systems that combine solar collectors, geothermal heat pumps...
In this paper the model of a heat pump whose evaporator operates as a photovoltaic collector, is stu...
In this paper different energy states of a heat pump are described. Equations used for mathematical ...
This study focuses on different operating modes of a ground source heat pump system in residential b...
Numerical simulations are important tools for the assessment of exploiting geothermal energy in heat...
The method of heat calculation of the joint work of borehole heat exchangers and heat ...
The enhancement of the buildings energy efficiency and the use of the renewable energies are necessa...