The subject is to employ an adsorption chiller to heat and cool two identical single family buildings. Its target is the creation of a dynamic model of a solar hot water system (SHWS) which includes a 3D model of the buildings, a dynamical model of the adsorption chiller and an automatic control system. The method consists in the creation of a dynamic model which simulates the components of the SHWS to predict the behavior of the SHWS during the entire year
In the German national research and development project “HeizSolar” the building concept of Solar-Ac...
In this paper, a complete transient simulation model of a solar heating and cooling plant is present...
Water heating for domestic needs contributes significantly to energy demands in the residential sect...
This work focuses on a dynamic simulation model for the energy, economic and environmental analysis ...
In this paper a system for the Domestic Hot Water (DHW) production based on solar collectors is anal...
This paper is focused on a novel thermo-economic dynamic simulation model for the energy performance...
In this paper, a parametric analysis of two solar heating and cooling systems, one using an absorpti...
A dynamic model for the simulation of a solar based adsorption chiller system for domestic air condi...
A purposely developed dynamic simulation model for different Solar Heating and Cooling (SHC) systems...
This paper presents a dynamic simulation model and a thermo-economic analysis of a novel polygenerat...
AbstractIn this paper a system for the Domestic Hot Water (DHW) production based on solar collectors...
Solar heating and cooling systems are a promising technology which may significantly contribute to t...
Adsorption cooling systems (ACS) may contribute towards a sustainable way of satisfying the increasi...
The paper describes the analysis made on an integrated system for heating and DHW generation, which ...
A system combining uncovered solar collectors (116 m2) and heat pump for space heating and domestic ...
In the German national research and development project “HeizSolar” the building concept of Solar-Ac...
In this paper, a complete transient simulation model of a solar heating and cooling plant is present...
Water heating for domestic needs contributes significantly to energy demands in the residential sect...
This work focuses on a dynamic simulation model for the energy, economic and environmental analysis ...
In this paper a system for the Domestic Hot Water (DHW) production based on solar collectors is anal...
This paper is focused on a novel thermo-economic dynamic simulation model for the energy performance...
In this paper, a parametric analysis of two solar heating and cooling systems, one using an absorpti...
A dynamic model for the simulation of a solar based adsorption chiller system for domestic air condi...
A purposely developed dynamic simulation model for different Solar Heating and Cooling (SHC) systems...
This paper presents a dynamic simulation model and a thermo-economic analysis of a novel polygenerat...
AbstractIn this paper a system for the Domestic Hot Water (DHW) production based on solar collectors...
Solar heating and cooling systems are a promising technology which may significantly contribute to t...
Adsorption cooling systems (ACS) may contribute towards a sustainable way of satisfying the increasi...
The paper describes the analysis made on an integrated system for heating and DHW generation, which ...
A system combining uncovered solar collectors (116 m2) and heat pump for space heating and domestic ...
In the German national research and development project “HeizSolar” the building concept of Solar-Ac...
In this paper, a complete transient simulation model of a solar heating and cooling plant is present...
Water heating for domestic needs contributes significantly to energy demands in the residential sect...