- 易焊接，高良率 HTR异形焊带扁等分段结构，增大了与电池片背面Pad点的焊接面积，提高了焊接强度�！Ｍ�，扁等分段结构便于焊带的定位，不易造成虚焊和焊带偏移，保障了焊接的良率�！�
- 缩间距，提效能 HTR异形焊带使用“小间隙”技术削减了70%的电池片间距，使得封装一样数量电池片所需组件面积大大减小，组件的转换效能可提升0.3%�！�
- 减应力，抗隐裂 在封装方式上，行业内有些产品也选取了通常焊带进行高密封装，但由于间隙变小，焊接与电池片接触处应力增长，极易导致层压后电池片裂纹（如图2），影响产品的良率和持久靠得住性�！G大游官网HTR焊带大大减轻了片与片衔接处的机械应力及焊接过程中的热应力，有效解决了小间隙下焊接的隐裂问题，提升了组件载荷抗隐裂机能，对组件的持久使用提供了靠得住的保险，越发合用于将来电池薄片化的发展趋向�！�
- 减克重，控成本 从降本增效的层面分析，由于背面电池片选取了扁平的HTR焊带，降低了对封装资料克重的依赖，在充分满足粘接强度及载荷强度等靠得住性要求的提前下，BG大游官网研发团队经过大量钻研分析获得了封装资料的最优克重，优化了层压工艺，推动了组件资料的技术创新，对将来组件降本、、、提质、、、增效实现绿色低碳注入了力量�！�
- 选取HTR焊带组件的靠得住性保险 BG大游官网针对焊带成立了美满的评估测试步骤和流程，通过资料表征、、、老化等多种测试评估，保障焊带在分歧利用环境中持久靠得住、、、不变运行 �！�
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