The lab research team has made a significant leap forward in renewable energy technology, achieving a record 32.5% power conversion efficiency in perovskite-silicon tandem solar cells—a milestone that brings us closer to affordable, high-performance clean energy solutions.

Published in [Journal Name] this month, the study overcomes critical stability challenges in perovskite materials by introducing a novel molecular stabilizer. This innovation not only extends the lifespan of the cells but also reduces production costs by 18% compared to traditional silicon-based panels.

“This breakthrough bridges the gap between lab-scale promise and industrial scalability,” said Dr. [Lead Researcher], the project’s principal investigator. The team is now collaborating with [Industry Partner] to pilot manufacturing, aiming for commercial deployment by late 2026.

The findings align with global net-zero goals and have attracted funding from [Funding Agency]. For details, read the full paper [DOI/link] or visit our lab’s [website/social media].