On January 14, Trina Solar's National Key Laboratory of Photovoltaic Science and Technology made a groundbreaking announcement. The laboratory declared that it had shattered the existing world record for the power output of a large - area (3.1 square meters) perovskite/crystalline silicon tandem module. The module achieved an impressive power output of 886 watts. Simultaneously, the lab also made a remarkable leap in the research and development efficiency of perovskite/P - type heterojunction (HJT) tandem cells. In the context of the global photovoltaic industry, setting such a record is no small feat. It represents a significant technological advancement. The large - area module's high power output is a game - changer as it can potentially reduce the cost per unit of electricity generated, making solar energy more competitive in the energy market. From a cultural perspective, in many countries, there is a growing emphasis on sustainable energy sources. Trina Solar's achievement aligns perfectly with this global trend towards a greener future. It showcases China's strong capabilities in the field of renewable energy research and development, enhancing the country's international reputation in the clean energy sector. In terms of English expression habits, using "shattered" instead of "set a new" adds more dynamism and emphasizes the magnitude of breaking the previous record. "Made a remarkable leap" is a more vivid way to describe the significant progress in research and development efficiency compared to just "achieving a significant breakthrough".