编辑｜Lady呱呱来源｜未知出处转换效率已经不是问题，核心在于稳定性钙钛矿始于2009年，转换效率从最初的3.8%，到目前已经超过26%，目前协鑫光电在1m*2m的尺寸上已经实现了19.04%的转换效率，叠层组件在小尺寸上也已经做到了近30%，效率远超晶硅。隆基晶硅和钙钛矿叠层电池转换效率已达到33%，晶科能源TOPCon/钙钛矿实验室效率为34.22%。因此目前核心问题是减少衰减，提升稳定性。...
Source Link编辑｜Lady呱呱来源｜未知出处转换效率已经不是问题，核心在于稳定性钙钛矿始于2009年，转换效率从最初的3.8%，到目前已经超过26%，目前协鑫光电在1m*2m的尺寸上已经实现了19.04%的转换效率，叠层组件在小尺寸上也已经做到了近30%，效率远超晶硅。隆基晶硅和钙钛矿叠层电池转换效率已达到33%，晶科能源TOPCon/钙钛矿实验室效率为34.22%。因此目前核心问题是减少衰减，提升稳定性。...
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