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SABC 背接触电池技术.pdf

上传人: 表表 编号:599326 2025-01-24 13页 1.43MB

1、EnPV GmbH developed SABC1,a novel proprietary TOPCon Back-Contact Cell(IBC)technology,or TBCSABC dramatically simplifies all IBC fabrication methods existing to-date by the reduction of typical number of productions steps resulting in greater production efficiency SABC decreases wafer-to-cell conver

2、sion cost by 15%compared to TOPCon.Essential parts of SABC(TLI2)are protected IPEnPV is looking for an exclusive partnership to implement SABC into a pilot production.1 Self-Aligned Back Contact.2 Trench-Less Insulation.2EnPV GmbH is a subsidiary of EnBW Energie Baden-Wrttemberg AG,a leading Europea

3、n utility company.Based in Germany,EnBW puts a strong focus on renewable energy in Europe,currently operating 3.5 GWp wind and solar parks with 22 GWp in the pipeline.EnPV is part of EnBWs research portfolio.EnPV is focused on next-generation PV-technology:in Sep 2017 EnBW started a project in colla

4、boration with University of Stuttgart to develop a cost-effective IBC cell;at the end of 2017 EnBW transferred the project to EnPV GmbH,to exploit commercially the projects results;in 2024 EnPV presents its proprietary technology SABC1,a highly competitive TOPCon IBC cell architecture with significa

5、ntly reduced production cost compared to TOPCon.EnBW wants EnPV to industrialise its assets with an exclusive partner.31 Self-Aligned Back-Contact,patent pending.1 With the exception of the photo in this slide(source:Gorodenkoff,),all other photos in this document were taken at ISFH,with friendly pe

6、rmission of the same.Development of SABC is driven by a dedicated team around the inventors of SABC,led by M.Centazzo 7 people strong team,of which 3 PhDs in physics/electrical engineering,and 4 M.Sc.in Physics/Electrical Engineering international team with diversified backgrounds from Europe,Asia,a

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EnPV GmbH开发了一种名为SABC1的专有TOPCon背接触细胞(IBC)技术,或称TBC。这种技术通过减少典型的生产步骤,大大简化了IBC的制造过程,从而提高了生产效率。SABC将晶圆到细胞的转换成本降低了15%以上,与TOPCon相比。SABC的关键部分(TLI2)受到知识产权保护。EnPV正在寻找一个独家合作伙伴,将SABC实施到试点生产中。SABC利用自我对齐原理,因此简化了复杂性并解决了成本挑战。与传统的IBC绝缘相比,SABC自我对齐绝缘的距离通常约为2μm,而传统的距离约为30μm,这使得效率提高了0.2%以上。SABC的制造过程包括添加两个工具,以及在升级到SABC时转换n-poly沉积为p-poly沉积,添加蚀刻屏障沉积(SiNx),并改变配方,特别是第二个湿法加工步骤。SABC的潜力在Quokka模拟中得到了证明,该模拟使用了EnPV从TOPCon生产和实验中已知的数据。
"EnPV GmbH的SABC技术有何独特之处?" "如何通过SABC技术提高太阳能电池的效率和降低成本?" "EnPV GmbH正在寻找什么样的合作伙伴来推进SABC技术的产业化?"
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