摘要
阐述主栅材料、电极结构和烘干工艺方面对背接触电池的影响,通过优化相关参数实现背接触电池的高转换效率,从而获得成本较低、生产节奏较快、效率更优的主栅工艺,促进生产发展。
This paper describes the effects of main gate materials,electrode structures,and drying processes on back contact batteries.By optimizing relevant parameters,high conversion efficiency of back contact batteries can be achieved,resulting in a lower cost,faster production pace,and more efficient main gate process,promoting production development.
作者
李跃恒
张天杰
杨爱静
吴翔
屈小勇
韩秦军
申海超
LI Yueheng;ZHANG Tianjie;YANG Aijing;WU Xiang;QU Xiaoyong;HAN Qinjun;SHEN Haichao(Xining Solar Power Branch of Qinghai Yellow River Upstream Hydropower Development Co.,Ltd.,Qinghai 810007,China;Xi'an Solar Power Branch of Qinghai Yellow River Upstream Hydropower Development Co.,Ltd.,Shaanxi 710100,China)
出处
《集成电路应用》
2024年第4期244-245,共2页
Application of IC
关键词
高效电池
背接触
电极结构
主栅工艺
high-efficiency battery
back contact
electrode structure
main gate process
