高等学校化学学报 ›› 2024, Vol. 45 ›› Issue (5): 20240044.doi: 10.7503/cjcu20240044
收稿日期:
2024-01-23
出版日期:
2024-05-10
发布日期:
2024-03-14
通讯作者:
康博南
E-mail:kangbn@jlu.edu.cn
基金资助:
HU Die, SUN Qing, MENG Xiangxin, LING Jinxiang, CHENG Bin, KANG Bonan()
Received:
2024-01-23
Online:
2024-05-10
Published:
2024-03-14
Contact:
KANG Bonan
E-mail:kangbn@jlu.edu.cn
Supported by:
摘要:
钙钛矿太阳能电池的快速发展使其成为新能源领域最具竞争力的光伏器件之一, 然而, 其在功率转换效率(PCE)和稳定性方面仍有很大的改进空间. 本文引入D-苯基甘氨酸甲酯盐酸盐(PGMECl)作为钙钛矿中的添加剂, PGMECl含有的苯环、 酯基、 —NH3+末端和Cl-离子等多个官能团共同作用, 可与未配位的Pb2+反应, 钝化钙钛矿中的缺陷, 使钙钛矿晶粒更加致密、 表面粗糙度下降、 电荷载流子的非辐射复合减少, 并通过调整能级排列, 使其更适合在倒置钙钛矿太阳能电池中传输电荷. 实验结果表明, PGMECl改性器件的冠军效率为21.04%, 远高于基础器件(17.79%). 迟滞的减少也说明离子迁移的减少. 含有PGMECl添加剂的器件在空气中[相对湿度(RH)为(40±5)%]黑暗条件下未封装老化1000 h后, 功率转换效率仍可保持初始效率的70%, 而基础器件在保存500 h后效率降至50%.
中图分类号:
TrendMD:
胡蝶, 孙庆, 孟祥歆, 凌锦翔, 成彬, 康博南. 基于氨基酸衍生物盐酸盐添加剂制备高效稳定的钙钛矿太阳能电池. 高等学校化学学报, 2024, 45(5): 20240044.
HU Die, SUN Qing, MENG Xiangxin, LING Jinxiang, CHENG Bin, KANG Bonan. Preparation of Efficient and Stable Perovskite Solar Cells Based on Amino Acid Derivative Hydrochloride Additives. Chem. J. Chinese Universities, 2024, 45(5): 20240044.
Fig.2 Molecular structure of PGMECl(A), XPS spectra of the perovskite films(B), high⁃resolution XPS spectra of Pb4f (C), I3d (D) core level measured on the MAPbI3 with and without PGMECl
Fig.3 SEM images(A, B), the corresponding size distributions of the grains(C, D) and AFM images(E, F) of control perovskite film(A, C, E) and target perovskite film(B, D, F)
Fig.6 Secondary electron cut⁃off(A) and valence band regions(B) of UPS spectra for the perovskite films, energy level diagram of the PSCs(C)(A) WF(control): 4.99 eV, WF(with PGMECl): 4.82 eV; (B) VBM(control): 0.47 eV, VBM(with PGMECl): 0.72 eV.
Fig.7 Steady⁃state(A) and time⁃resolved(B) PL spectra of the perovskite films deposited on ITO/glass substrates, dark J⁃V curves of the electron⁃only devices(C) and the hole⁃only devices(D)
Fig.8 Transient photovoltage characteristics(A) and transient photocurrent characteristics(B) of control device and target device, Nyquist plots of the control device and the device with PGMECl additive(C), Mott⁃Schottky plots of PSCs prepared with and without PGMECl treatment(D)Inset of (C): equivalent currunt diagram.
Fig.9 J⁃V curves of PSC after adding perovskite with different concentrations of PGMECl(A), EQE spectra of the control and target devices(B), reverse and forward scan J⁃V curves of the best PSCs with and without PGMECl(C)
PSC | VOC/V | JSC/(mA·cm-2) | FF(%) | PCE(%) |
---|---|---|---|---|
Control | 1.108 | 21.324 | 75.26 | 17.79 |
With 0.3% PGMECl | 1.114 | 22.653 | 81.68 | 20.61 |
With 0.5% PGMECl | 1.134 | 22.883 | 81.07 | 21.04 |
With 1.0% PGMECl | 1.128 | 21.733 | 79.06 | 19.38 |
Table 1 Parameters of the PSCs with different amounts of PGMECl
PSC | VOC/V | JSC/(mA·cm-2) | FF(%) | PCE(%) |
---|---|---|---|---|
Control | 1.108 | 21.324 | 75.26 | 17.79 |
With 0.3% PGMECl | 1.114 | 22.653 | 81.68 | 20.61 |
With 0.5% PGMECl | 1.134 | 22.883 | 81.07 | 21.04 |
With 1.0% PGMECl | 1.128 | 21.733 | 79.06 | 19.38 |
PSCs | Scan direction | VOC/V | JSC/(mA·cm-2) | FF(%) | PCE(%) | HI |
---|---|---|---|---|---|---|
Control | Reverse | 1.074 | 22.019 | 78.76 | 18.63 | 4.8 |
Forward | 1.064 | 21.971 | 75.86 | 17.73 | ||
With PGMECl | Reverse | 1.134 | 22.883 | 81.07 | 21.04 | 3.7 |
Forward | 1.128 | 22.571 | 79.17 | 20.26 |
Table 2 Champion performance of devices prepared with and without PGMECl treatment measured under reverse and forward scan
PSCs | Scan direction | VOC/V | JSC/(mA·cm-2) | FF(%) | PCE(%) | HI |
---|---|---|---|---|---|---|
Control | Reverse | 1.074 | 22.019 | 78.76 | 18.63 | 4.8 |
Forward | 1.064 | 21.971 | 75.86 | 17.73 | ||
With PGMECl | Reverse | 1.134 | 22.883 | 81.07 | 21.04 | 3.7 |
Forward | 1.128 | 22.571 | 79.17 | 20.26 |
Fig.10 Stability of the control device and the target device under ambient conditions[(40±5)% RH] aging for 1000 hInset: water contact angles of the corresponding perovskite films.
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