Recent results demonstrate the potential of thiol-amine binary solvents to prepare highly efficient thin-film chalcopyrite photovoltaic devices. The power of these solvent mixtures lies in their ability to dissolve a large variety of metal and metal chalcogenide precursors and their ease of application in low-temperature solution-based deposition techniques. This review recounts the early reports that revealed the flexibility and broad ability of the thiol-amine solvent system, and the chemistry behind these solvents. Next, the resulting CIGSe films PV devices fabricated using amine-thiol solution processing techniques are being introduced and analyzed in detail. Finally, Current challenges, as well as prospects for effective technology implementation, were discussed.

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评论—使用简单的硫醇-胺溶剂混合物对CIGSe太阳能电池的溶液处理：综述

最近的结果证明了硫醇胺二元溶剂在制备高效薄膜黄铜矿光伏器件中的潜力。这些溶剂混合物的功能在于其溶解多种金属和硫属元素化物前体的能力，以及它们在基于低温溶液的沉积技术中的易用性。这篇评论回顾了早期的报告，这些报告揭示了硫醇胺溶剂系统的灵活性和广泛的功能，以及这些溶剂背后的化学性质。接下来，将详细介绍和分析使用胺硫醇溶液处理技术制造的CIGSe薄膜光伏器件。最后，讨论了当前的挑战以及有效实施技术的前景。