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Method for forming and improving solder joint thickness and planarity control mechanisms for solar cells

机译:形成和改善太阳能电池的焊点厚度和平面度控制机构的方法

摘要

A method for connecting a plurality of solar cells and an improved interconnect is disclosed. The method includes aligning an interconnect to a plurality of solar cells having solder pads, where the interconnect has a main body and tabs extending therefrom, and where each of the tabs has a downward depression, such that the tabs are positioned above the solder pads in between solar cells and pinning the interconnect against a work surface by pressing a hold down pin against the main body of the interconnect such that a lower surface of the interconnect tabs are maintained parallel to an upper surfaces of the solder pads, and such that the depression of each of the tabs flatly contacts the solder pads. The method can also include cantilevered tabs extending downwardly from the main body providing a controlled spring force between the tab lower surface and the solder pad upper surface.
机译:公开了一种用于连接多个太阳能电池和改进的互连的方法。该方法包括使互连线与具有焊盘的多个太阳能电池对准,其中互连线具有主体和从其延伸的突片,并且其中每个突片具有向下的凹陷,使得突片位于基板中的焊盘上方。在太阳能电池之间,通过将压脚压在互连主体上,将互连固定在工作表面上,以使互连接线片的下表面保持与焊盘的上表面平行,从而使凹陷每个凸耳的平面与焊料垫平面接触。该方法还可以包括从主体向下延伸的悬臂突出部,从而在突出部下表面和焊盘上部表面之间提供受控的弹力。

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