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UNSW

The AI inspection tool enhances quality control and prevents damage during solar cell testing.
Tech Bytes

UNSW partners with BT Imaging on AI solar cell quality system

ByKarthik Srivasthav G
TRaCE-backed TOPCon solar cells from Tindo and UNSW were tested to handle harsh Australian climates.
Australia Bytes

Tindo & UNSW test TRaCE-backed TOPCon solar tech in Australia

ByPrudhvi Rani
JSIM has reduced contact recombination to 88 and 21 fA/cm², enabling higher fill factor and Voc improvements in TOPCon cells.
China Bytes

Jolywood & UNSW validate JSIM for 0.58% gain in TOPCon efficiency

ByNandini Yelabaka
Modules using low-Al-content paste with laser-assisted firing showed better stability than standard Ag/Al paste.
Tech Bytes

UNSW & Jolywood test EVA-backed TOPCon modules for durability

ByKarthik Srivasthav G
Simulations have outlined technical adjustments that could raise aluminum-contact cell efficiency from 22.9% to match silver-based designs at 23.7%.
Tech Bytes

UNSW team studies aluminum contacts in TOPCon cells to cut silver use

ByKarthik Srivasthav G
UNSW improved CZTS solar cells from 11.4% to 13.2% efficiency, leveraging hydrogen annealing for better photovoltaic results.
Tech Bytes

UNSW sets new record for CZTS solar cell efficiency at 13.2%

ByKarthik Srivasthav G
ARENA grants $1.7M to UNSW for rooftop solar integration study in NEM
Project Bytes

ARENA grants $1.7M to UNSW for rooftop solar integration study in NEM

ByKarthik Srivasthav G
UNSW unveils silver-saving screen-printing solution
Tech Bytes

UNSW unveils silver-saving screen-printing solution

ByKarthik Srivasthav G
Aiko and ACAP collaborate to enhance solar cell efficiency
Tech Bytes

Aiko and ACAP collaborate to enhance solar cell efficiency

ByKarthik Srivasthav G
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