Reliability of High-Efficiency PV Modules

Improving Quality and Reliability Assessment of High-Efficiency PV Modules

The project aims tor educe the identified knowledge gap on research in module reliability and performance and the need to improve understanding of failure mechanisms caused by potential, humidity, and UV light-induced degradation.
 
This pilot project is specifically designed to initiate outdoor testing of high efficiency PV technologies, focusing on TOPCon panels, at two separate sites. By encouraging collaboration and knowledge sharing between the project partners, this project will reduce the risks associated with the deployment of new module technologies. The pilot project aims to gather critical data on potential degradation and failure modes that may appear in real-world conditions but could bypass detection by current IEC standard tests. These results will provide the basis for a longer and deeper analysis of degradation risks and the development of robust mitigation strategies for commercial panels.

Partners

Collaboration with Dr. Chris Fell from CSIRO, Dr. Michelle McCann from PV Lab Australia.

Funding

This project receives $250k ACAP funding with a total project volume of $418k.

Lead CI Dr Marco Ernst leads the project on indoor and outdoor testing of commercially available high-efficiency modules.

 


Tue Sep 30, 2025

Reliability of High-Efficiency PV Modules
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