Recently, Professor Martin Green's team at the University of New South Wales, Australia, officially updated the 68th edition of the Solar Cell Efficiency Table. The report is a globally recognized authoritative list of solar cell efficiency, which only includes the highest efficiency records independently certified. In the
report, Longji Green Energy's many battery and component efficiency achievements were officially included , covering key technical directions such as monocrystalline silicon batteries, crystalline silicon-perovskite laminated batteries and large-size components. It reflects Longji's continuous breakthrough in photovoltaic core efficiency.
In terms of monocrystalline silicon cells, the report includes 27.8% and 28.13% cell conversion efficiency independently developed by Longji, which refreshes the global record of monocrystalline silicon cell efficiency.
In the field of tandem batteries, the efficiency of 35.2% crystalline silicon-perovskite tandem batteries independently developed by Longji has been included in the list, which has become a representative high-level achievement of the current technology route. At the same time, under the condition of being closer to the industrialization size, Longji has achieved the conversion efficiency of 34.3% (261cm ²) and 32.2% (274cm ²) respectively, which shows the good industrialization prospect of laminated technology.
At the module level, the report includes the 26.4% efficiency of crystalline silicon modules achieved by Longji, which is the highest efficiency record of crystalline silicon modules in the world. In addition, the conversion efficiencies of 31.4% and 29.4% achieved by Longji in respect of stacked modules have been independently certified and included by international authorities.
The 68th edition of Solar Cell Efficiency Table emphasizes that the data collected must be independently certified by international authoritative testing institutions and based on unified standard testing conditions to ensure the comparability and authority of different technical routes. Therefore, the inclusion of relevant achievements not only represents the level of efficiency, but also reflects its technical credibility on a global scale.
From monocrystalline silicon batteries to laminated batteries to large-size components, Longji's achievements are presented in the same version of the efficiency table, showing its systematic innovation ability in the core technology route of photovoltaic. Facing the future, Longji will continue to take technological innovation as the core, expand the photovoltaic efficiency boundary, and provide higher value clean energy solutions for global energy transformation .
浙公网安备33010802003254号