To understand the influence of PCM wall configurations on the thermal performance of building envelopes, an explicit finite element model of heat transfer from indoor to outdoor (or vice versa) is developed. The accuracy of this model is first validated against the electrical circuit analogy model, and then compared with the experimental data measured in a Hot-Box device. A good agreement between the simulation results and experimental results is obtained. The results of this study show that the PCM configuration layer sequence significantly will affect the thermal performance of building envelopes and that the FEM model developed is a promising tool, which after some more development may be used for optimising PCM wall configurations
Thermal storage use in buildings is a promising approach for the improvement of energy efficiency. I...
Phase-change materials (PCMs) are substances with a high heat of fusion that, melting and solidifyin...
Phase change materials (PCMs) can be implemented into building practice to enhance thermal storage p...
To understand the influence of PCM wall configurations on the thermal performance of building envelo...
The thermal performance of building envelopes is essential for building thermal comfort and the redu...
The thermal performance of building envelopes is essential for building thermal comfort and the redu...
The energy use of building systems contributes to a large percentage of total energy consumption, wh...
Integration of phase-change materials (PCMs) in building envelopes is a way to enhance heat storage ...
For the design of sustainable buildings, it is crucial with accurate methods to evaluate how alterna...
For the design of sustainable buildings, it is crucial with accurate methods to evaluate how alterna...
Integrating Phase-Change Material (PCM) in building walls has been an effective technological method...
In this paper the results of a comprehensive study focused on the energy performance analysis of bui...
Using Phase-Change Materials (PCM) for lightweight building applications can increase equivalent the...
Residential and commercial buildings consume nearly 40 percent of total USA energy use and account f...
International audiencePhase change material (PCM) placed in the building wall changes the temperatur...
Thermal storage use in buildings is a promising approach for the improvement of energy efficiency. I...
Phase-change materials (PCMs) are substances with a high heat of fusion that, melting and solidifyin...
Phase change materials (PCMs) can be implemented into building practice to enhance thermal storage p...
To understand the influence of PCM wall configurations on the thermal performance of building envelo...
The thermal performance of building envelopes is essential for building thermal comfort and the redu...
The thermal performance of building envelopes is essential for building thermal comfort and the redu...
The energy use of building systems contributes to a large percentage of total energy consumption, wh...
Integration of phase-change materials (PCMs) in building envelopes is a way to enhance heat storage ...
For the design of sustainable buildings, it is crucial with accurate methods to evaluate how alterna...
For the design of sustainable buildings, it is crucial with accurate methods to evaluate how alterna...
Integrating Phase-Change Material (PCM) in building walls has been an effective technological method...
In this paper the results of a comprehensive study focused on the energy performance analysis of bui...
Using Phase-Change Materials (PCM) for lightweight building applications can increase equivalent the...
Residential and commercial buildings consume nearly 40 percent of total USA energy use and account f...
International audiencePhase change material (PCM) placed in the building wall changes the temperatur...
Thermal storage use in buildings is a promising approach for the improvement of energy efficiency. I...
Phase-change materials (PCMs) are substances with a high heat of fusion that, melting and solidifyin...
Phase change materials (PCMs) can be implemented into building practice to enhance thermal storage p...