OMEGA-SI
Boosting solar power efficiency with organic materials, uniting scientists and industry for global clean energy
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Challenge
Solar manufacturers and energy providers face rising demand for cheaper, more efficient clean power. Silicon solar cells dominate the market but are stuck near their efficiency limit. This work addresses this bottleneck by introducing an organic layer that enhances performance, enabling the industry to deliver more electricity at a lower cost without requiring retooling.
Solution
OMEGA-SI provides a simple, additive layer of organic materials that integrates seamlessly with existing silicon solar technologies. This approach avoids costly factory changes while unlocking higher efficiency.
The consortium is sustained through strong industry partnerships, with leading manufacturers already engaged. This will ensure rapid adoption and long-term impact. Collaboration between scientists, engineers and companies drives continuous improvement and scalability.
Target customers / end-users
• global solar manufacturers seeking efficiency gains
• energy providers aiming for lower-cost clean electricity
• policymakers and investors supporting scalable renewable technologies.
Progress
• secured multimillion-dollar funding from the Australian Renewable Energy Agency
• formal support from the world’ s top five solar manufacturers
• filed three patent applications demonstrating industry relevance.
Research Project
Lab validated
TRL 4
Multidisciplinary team
Climate & Clean Energy
This project develops organic materials that boost the efficiency of silicon solar panels. By layering these molecules onto existing technologies, it will create affordable performance gains without the need for new factories. With formal backing from the world’ s largest solar manufacturers, its collaborative approach is quickly moving from lab to industry.