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Testing of usability of tabbing ribbons adhesive assembly in PV modules production

机译:测试制表带粘合剂组件在光伏组件生产中的可用性

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Adhesive joining was tested as a possible alternative to lead free soldering in photovoltaic modules production for assembly of tabbing ribbons. The ribbons have mostly lead free solder surface finish formed by HAL technology. One-component and two-component epoxy resin based adhesives filled with silver flakes were used for experiments. Adhesive joints were formed by assembly of jumpers on pads with HAL and gold surface finishes. The joints were aged at 85 °C / 85 % RH for 400 hours. Joints resistance and nonlinearity of I/V characteristic were measured. It was found that instability of adhesive joints parameters prevents the use of this type of adhesives in this application.
机译:对粘合连接进行了测试,以作为光伏模块生产中用于无引线焊带组装的无铅焊接的一种可能替代方法。碳带大多具有通过HAL技术形成的无铅焊料表面处理。实验中使用填充有银薄片的一组分和二组分环氧树脂基粘合剂。胶接点是通过将跳线组装在具有HAL和金表面处理的焊盘上而形成的。接头在85°C / 85%RH下老化400小时。测量了接头电阻和I / V特性的非线性。发现粘合剂接头参数的不稳定性阻止了这种粘合剂在该应用中的使用。

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