An Australian solar energy research team recently announced that they have successfully developed a new type of perovskite-silicon tandem solar cell, achieving a 35% photoelectric conversion efficiency, which is 30% higher than conventional silicon-based solar cells.
This technology was jointly developed by the Renewable Energy Laboratory at the University of Melbourne and the Australian Renewable Energy Center (AREC). It incorporates nano-coating technology to enhance photon absorption, enabling high efficiency even under low-light conditions.
“This technological breakthrough will significantly improve the economic viability of solar power generation and drive the development of renewable energy in Australia and globally,” said Dr. Emily Brown, the lead researcher of the project.
The team plans to collaborate with local solar energy companies over the next two years to commercialize this technology, further strengthening Australia's position as a global leader in the renewable energy sector.