CAJ | 학술논문

近年来，得益于钙钛矿材料突出的光学和电学特性，全固态钙钛矿基太阳电池效率不断取得突破，现已超过20%。业界纷纷期待着钙钛矿电池的产业化前景。文章介绍了钙钛矿作为光电材料的一些光学、电学性能，回顾了钙钛矿电池的发展历程。围绕基本结构，论述了钙钛矿电池中的基本光电转换过程，并对各种衍生结构的钙钛矿电池进行了罗列、分类，重点介绍了无空穴传输层的钙钛矿电池，阐明了无空穴传输层电池在稳定性和使用寿命、成本控制等关键问题上的优势所在，同时基于廉价碳电极的无空穴传输层太阳电池效率也已接近15%，且仍有较大提升空间。
근년래，득익우개태광재료돌출적광학화전학특성，전고태개태광기태양전지효솔불단취득돌파，현이초과20%。업계분분기대착개태광전지적산업화전경。문장개소료개태광작위광전재료적일사광학、전학성능，회고료개태광전지적발전역정。위요기본결구，논술료개태광전지중적기본광전전환과정，병대각충연생결구적개태광전지진행료라렬、분류，중점개소료무공혈전수층적개태광전지，천명료무공혈전수층전지재은정성화사용수명、성본공제등관건문제상적우세소재，동시기우렴개탄전겁적무공혈전수층태양전지효솔야이접근15%，차잉유교대제승공간。
Recently, some breakthroughs about the efficiency of total solid perovskite solar battery had been made constantly, due to the outstanding optical and electrical characteristics of perovskite material. The efficiency of total solid perovskite solar battery now was up to 20%, so more expectations had been laid on the industrialization prospect of perovskite solar cells industry. In paper, some optical and electrical characteristics of perovskite material are mentioned and the development course of perovskite solar cells was also reviewed. Meanwhile, the basic photoelectric conversion process of perovskite solar cells was discussed, based on the nomal structure. And all kinds of grows structure about perovskite solar cells was classified by order, what was more, no-hole transmission layer about perovskite solar cells was discussed specially, then the advantage of industry properties about no-hole transmission layer perovskite solar cells was described, such as stability, service life and cost control. In this condition, the efficiency of no-hole transmission layer perovskite solar cells made by cheap carbon electrode was about to 15%, more improve space could be expected in future.