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Conference paper

Analysis of Thermal and Electrical Performance of Semi-transparent PV Module

, , , ,

1Dept. of Architecture, Kongju National University (KNU), Kongju, Chungnam, South Korea

2Photovoltaic Research Centre / Korea Institute of Energy Research (KIER), Daejeon, South Korea

3Photovoltaic Research Centre / KIER, Daejeon, South Korea

4Dept. of Architecture, KNU, Kongju, Chungnam, South Korea

Published
24 August 2008
Pages
389-394
Received
24 August 2008
DOI
10.65582/set.2008.050
Access
Open access, © 2008 Copyright WSSET
Download PDF6 pages · 1.2 MB

Abstract

Building Integrated Photovoltaic (BIPV) is one of the best fascinating PV application technologies in these days. To apply PV module in building, various factors should be considered such as installation angle and orientation of PV module, shading, temperature, and so on. Especially the temperature of PV modules is important factor, as it affects both electrical efficiency of a PV module and energy load in a building. This study investigates the electrical and thermal performance of a semi-transparent PV module that is designed for window. It evaluates the effect of thermal characteristic of the PV module on PV electrical generation performance. The experiment was performed under both standard test condition (STC) and outdoor conditions. The results showed that 1℃rise reduced about 0.48% of output power.

Keywords. Building Integrated Photovoltaic (BIPV); PV module; Temperature variation; generation performance

© 2008 Copyright WSSET

Free to read, download, print and share, unaltered and for non-commercial purposes, provided the authors, the paper and the proceedings are credited. Any other use, including commercial use or adaptation, needs written permission: write to [email protected].

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