澳大利亚研究人员利用硫化钠提高性能,创下世界纪录,使用11.02%的高效度,将铬化钽化物太阳能电池作为全球记录。 Australian researchers set a world record with antimony chalcogenide solar cells at 11.02% efficiency, using sodium sulfide to boost performance.

新南威尔士大学的研究人员实现了全球创纪录的11.02%的氯卤素太阳能电池效率,由CSIRO独立核查的占10.7%。 Researchers at the University of New South Wales achieved a world record 11.02% efficiency in antimony chalcogenide solar cells, with 10.7% independently verified by CSIRO. 通过在前体溶液中添加硫化钠,它们改进了元素分布,减少了能源壁垒,并加强了收费运输。 By adding sodium sulfide to the precursor solution, they improved elemental distribution, reduced energy barriers, and enhanced charge transport. 该材料的低成本、丰富部件、低温处理以及适合同步、透明和室内应用,使该材料成为有前途的下一代太阳能技术。 The material’s low-cost, abundant components, low-temperature processing, and suitability for tandem, transparent, and indoor applications make it a promising next-generation solar technology. 通过缺陷被动化,可获得高达12%的进一步增益. Further gains up to 12% are possible with defect passivation.