[EN] In this project, the performance of Phase Change Material (PCM) gypsum wallboard was evaluated in a residential building in Denmark which uses radiant floor as heating system. Different EnergyPlus simulations were carried out to know which melting temperature range leads to the lowest heating demand and total energy consumption. Besides, the location of the PCM, above or below the heating system, was also considered. Different parameters were considered in this study: (1) varying the temperature of the water from the radiant floor; (2) varying the flow from the radiant floor; (3) varying the melting point of the PCM and (4) varying the amount of PCM. After analyzing the first three parameters, a melting point of 23⁰C-24⁰C will b...
International audiencePhase change material (PCM) placed in the building wall changes the temperatur...
Phase change materials (PCM) are very promising materials for improving energy efficiency in buildin...
In this paper the results of a comprehensive study focused on the energy performance analysis of bui...
In the architecture, engineering and construction industry, there is an urgent need for a shift to l...
The buildings sector contributes to 30% of annual greenhouse gas emissions and consumes about 40% of...
AbstractRecent research in the field of building materials has led to focus on phase change material...
Nowadays, there is an increasing interest in more efficient building materials and new technologies ...
Radiant floor systems enhanced with Phase Change Materials (PCMs) could achieve significant energy s...
The well-known insulation techniques of the building shell, if on the one hand ensure a reduction of...
Thermal storage use in buildings is a promising approach for the improvement of energy efficiency. I...
peer reviewedIn order to explore numerically the capability of solid-liquid phase change material (P...
The use of novel building materials that contain active thermal components would be a major advancem...
In the present paper, a kind of enclosed phase change material (PCM) used in solar and low-temperatu...
To maintain comfort conditions in residential buildings along a full year period, the use of active ...
There is a renewed interest to use material as wood to construct large multi-storey buildings in Swe...
International audiencePhase change material (PCM) placed in the building wall changes the temperatur...
Phase change materials (PCM) are very promising materials for improving energy efficiency in buildin...
In this paper the results of a comprehensive study focused on the energy performance analysis of bui...
In the architecture, engineering and construction industry, there is an urgent need for a shift to l...
The buildings sector contributes to 30% of annual greenhouse gas emissions and consumes about 40% of...
AbstractRecent research in the field of building materials has led to focus on phase change material...
Nowadays, there is an increasing interest in more efficient building materials and new technologies ...
Radiant floor systems enhanced with Phase Change Materials (PCMs) could achieve significant energy s...
The well-known insulation techniques of the building shell, if on the one hand ensure a reduction of...
Thermal storage use in buildings is a promising approach for the improvement of energy efficiency. I...
peer reviewedIn order to explore numerically the capability of solid-liquid phase change material (P...
The use of novel building materials that contain active thermal components would be a major advancem...
In the present paper, a kind of enclosed phase change material (PCM) used in solar and low-temperatu...
To maintain comfort conditions in residential buildings along a full year period, the use of active ...
There is a renewed interest to use material as wood to construct large multi-storey buildings in Swe...
International audiencePhase change material (PCM) placed in the building wall changes the temperatur...
Phase change materials (PCM) are very promising materials for improving energy efficiency in buildin...
In this paper the results of a comprehensive study focused on the energy performance analysis of bui...