Effect of Hole transport layer PTAA and PEDOT: PSS on the Morphology and Efficiency in Inverted Planer Perovskiet Cell Solar Architecture

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SAFARI Z.; BORHANI ZARANDI M.; NATEGHI M.

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Journal: NANOSCALE Year:2019 | Volume:6 | Issue:3 Page(s): 78-86

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Information Journal Paper

Title

Effect of Hole transport layer PTAA and PEDOT: PSS on the Morphology and Efficiency in Inverted Planer Perovskiet Cell Solar Architecture

Author(s)

SAFARI Z. | BORHANI ZARANDI M. | NATEGHI M. | Issue Writer Certificate

Keywords

Solar cellQ1

PerovskiteQ1

Hole transport layerQ1

Inverted Planer structureQ1

performanceQ2

Abstract

In this study, the structure of the inverted planer Solar cell was used because of its prominent features, such as low temperature construction and low cost construction, the effect of two layers of PDOT: PSS and PTAA (as the underlying Perovskite) on the morphology Perovskite layer and parameters affecting Solar cell performance (Jsc, Voc, FF, PCE) were investigated. SEM and AFM images showed that Proper morphology and high coverage of Perovskite film with PTAA compared to Perovskite film with PEDOT: PSS resulted in increased light absorption and efficiency in Perovskite Solar cell with PTAA. Their yields reached 11. 37%, while the maximum PDOT: PSS-based Solar cell efficiency was 9. 23%.

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APA: Copy

SAFARI, Z., BORHANI ZARANDI, M., & NATEGHI, M.. (2019). Effect of Hole transport layer PTAA and PEDOT: PSS on the Morphology and Efficiency in Inverted Planer Perovskiet Cell Solar Architecture. NANOSCALE, 6(3 ), 78-86. SID. https://sid.ir/paper/257005/en

Vancouver: Copy

SAFARI Z., BORHANI ZARANDI M., NATEGHI M.. Effect of Hole transport layer PTAA and PEDOT: PSS on the Morphology and Efficiency in Inverted Planer Perovskiet Cell Solar Architecture. NANOSCALE[Internet]. 2019;6(3 ):78-86. Available from: https://sid.ir/paper/257005/en

IEEE: Copy

Z. SAFARI, M. BORHANI ZARANDI, and M. NATEGHI, “Effect of Hole transport layer PTAA and PEDOT: PSS on the Morphology and Efficiency in Inverted Planer Perovskiet Cell Solar Architecture,” NANOSCALE, vol. 6, no. 3 , pp. 78–86, 2019, [Online]. Available: https://sid.ir/paper/257005/en

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