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Laser Metal Bonding (LMB) - Low Impact Joining of Thin Aluminum Foil to PERC and TOPCon Rear Side Surfaces

机译:激光金属键合(LMB) - 薄铝箔到PERC和拓扑后侧表面的低冲击连接

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We present the design, implementation and optimization of laser metal bonding (LMB), a new approach for joining thin aluminum foils and back surfaces of solar cells with a focus on low impact on the semiconductor and good adhesion. We succeeded in establishing an expulsion free laser process to create highly adhesive joints on dielectric layers without penetrating them. Electrically conducting contacts have been successfully created on PERC solar cells via LMB on locally opened nitride layers, achieving efficiencies up to 20.5%.
机译:我们介绍了激光金属键合(LMB)的设计,实施和优化,一种用于将薄铝箔和太阳能电池的背面的新方法,重点在于对半导体的低冲击和良好的粘合性。我们成功地建立了一种驱逐游离激光方法,在介电层上产生高度粘附的接头而不穿透它们。通过LMB在局部开放的氮化物层上成功地在PERC太阳能电池上成功地产生了导电触点,实现高达20.5%的效率。

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