有机太阳能电池因其成本低，柔性好，工艺简单，原材料的来源广等优点而成为

Organic solar cells have become a research hotspot due to their low cost, good flexibility, simple process, and wide sources of raw materials. The acceptor material plays an important role in improving the efficiency of organic solar cells. Compared with fullerene materials, non-fullerene small molecule materials have attracted everyone's attention due to their flexible molecular structure design and high absorption coefficient. At present, the energy conversion efficiency of solar cells with small molecules as receptors has increased rapidly and has exceeded 18.22%.

Organic solar cells have become a hot research topic because of their low cost, good flexibility, simple process and wide source of raw materials. Receptor materials play an important role in improving the efficiency of organic solar cells. Compared with Fullerene materials, non-Fullerene small molecular materials have attracted attention because of their flexible molecular structure design and high absorption coefficient. At present, the energy conversion efficiency of solar cells with small molecules as receptors has been rapidly improved, and has been exceeded to 18.22%.

有机太阳能电池因其成本低，柔性好，工艺简单，原材料的来源广等优点而成为研究热点。而受体材料在提高有机太阳能电池的效率中扮演着重要角色。相比于富勒烯材料而言，非富勒烯小分子材料由于分子结构设计灵活、吸收系数高等优势而引起大家的关注。目前，以小分子为受体的太阳能电池能量转换效率快速提升，已经突破至18.22%。<br>