Thermal performance of a hybrid BIPV-PCM: modeling, design and experimental inv...

• Author(s): Aelenei, Laura ; Pereira, R. ; Gonçalves, Helder ; Athienitis, Andreas
• Date: 2014
• Persistent ID: http://hdl.handle.net/10400.9/2482
• Origin: Repositório do LNEG
• Subject(s): Building-integrated Photovoltaic; Energy Storage; Zero Energy Buildings; Phase Change Material; Thermal modeling
• Document Type: Article
• Language: English

Description

In this paper, a BIPV-PCM installed in an office building façade is investigated to approach the practical application of PV-PCM. Based on an updated mathematical model, theoretical simulation has been conducted for BIPV-PCM in this case. Furthermore, field testing for this case has also been performed to validate the model, and then the simulated and experimental results are compared and found in considerably good agreement. The experiments have been conducted during the winter time, as the prototype has been installed in January 2013. The experimental and numerical results show a good agreement, the maximum electrical efficiency of this BIPV-PCM can reach 10% and the thermal one 12%.