核心观点:技术持续突破,效率与稳定性显著提升。近期,钙钛矿太阳能电池在光电转换效率及运行稳定性方面取得显著进展。实验室方面,韩国联合团队通过新型固态添加剂将电池寿命提升至传统方案的3倍以上,并保持26.2%的高效率;南京工业大学采用全真空热蒸发技术制备的器件在千小时运行后性能保持率超95%。另外,南京大学与国防科技创新研究院通过太赫兹技术优化载流子传输,推动全钙钛矿叠层电池效率全球范围内首次突破...
Source Link核心观点:技术持续突破,效率与稳定性显著提升。近期,钙钛矿太阳能电池在光电转换效率及运行稳定性方面取得显著进展。实验室方面,韩国联合团队通过新型固态添加剂将电池寿命提升至传统方案的3倍以上,并保持26.2%的高效率;南京工业大学采用全真空热蒸发技术制备的器件在千小时运行后性能保持率超95%。另外,南京大学与国防科技创新研究院通过太赫兹技术优化载流子传输,推动全钙钛矿叠层电池效率全球范围内首次突破...
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