Recently, the team of Professor Martin Green at the University of New South Wales in Australia officially released the 68th edition of the Solar Cell Efficiency Tables. This report is a globally recognized authoritative ranking of solar cell efficiencies, featuring only the highest efficiency records that have been independently certified. In this edition, multiple efficiency achievements from LONGi in various solar cell and module technologies have been officially included, covering key technical areas such as single-crystalline silicon cells, crystalline silicon-perovskite tandem cells, and large-area modules. This highlights LONGi's continuous breakthroughs in core photovoltaic efficiency.

In the field of single-crystalline silicon cells, the report includes cell conversion efficiencies of 27.8% and 28.13% independently developed by LONGi, with the latter setting a new world record for single-crystalline silicon cell efficiency.

In the field of tandem cells, LONGi's self-developed two-terminal crystalline silicon-perovskite tandem cell with an efficiency of 35.2% has been included in the tables, representing a representative high-level achievement for this technology route. Meanwhile, under conditions closer to industrial-scale sizes, LONGi has achieved conversion efficiencies of 34.3% (261cm?) and 32.2% (274cm?), demonstrating the promising industrial prospects of tandem technology.

At the module level, the report includes LONGi's crystalline silicon module efficiency of 26.4%, which is currently the highest efficiency record for crystalline silicon modules in the world. Additionally, LONGi's tandem module efficiencies of 31.4% and 29.4% have both been independently certified by internationally recognized authorities and included in the report.

The 68th edition of the Solar Cell Efficiency Tables emphasizes that all included data must be independently certified by internationally recognized testing institutions and measured under standardized test conditions, ensuring comparability and authority across different technology routes. As such, the inclusion of these achievements not only reflects efficiency levels but also demonstrates their global technical credibility.

From single-crystalline silicon cells to tandem cells and large-area modules, multiple achievements by LONGi have been collectively presented in the same edition of the efficiency tables, showcasing the company's systematic innovation capability across core photovoltaic technology routes. Looking ahead, LONGi will continue to place technological innovation at its core, continuously push the boundaries of photovoltaic efficiency, and provide higher-value clean energy solutions for the global energy transition.

About LONGi

As a global leader in green energy technology, LONGi drives innovation across solar, energy storage, and hydrogen—three core pillars of a fully integrated clean energy system. We deliver safe, affordable, and sustainable energy solutions to customers worldwide. Committed to sustainable development, LONGi works to make clean energy accessible and affordable for all. By seamlessly connecting green power generation, energy storage, and hydrogen production, we enable end-to-end clean energy coverage—from generation and storage to consumption—building a truly inclusive and accessible clean energy ecosystem.