大学研究发现,由于抗辐射性,有机太阳能电池在空间的性能可能会超过传统类型。 University study finds organic solar cells could outperform traditional types in space due to radiation resistance.

密歇根大学的一项研究表明,由碳基材料制成的有机太阳能电池可能优于空间中传统的硅和砷化太阳电池。 A University of Michigan study indicates that organic solar cells, made from carbon-based materials, could outperform traditional silicon and gallium arsenide solar cells in space. 这些有机细胞对辐射有很强的抵抗力;用小分子制造的细胞在接触三年后没有受损。 These organic cells show strong resistance to radiation; those made with small molecules showed no damage after three years of exposure. 研究人员正在探讨如何防止电子陷阱造成效率损失,从而有可能为空间飞行任务提供较轻、较灵活的太阳能电池。 Researchers are exploring ways to prevent efficiency loss caused by electron traps, potentially leading to lighter, more flexible solar cells for space missions.