Potential of ZnO/ZnS as electron transport materials on Perovskite Solar Cells

نویسندگان

چکیده

Abstrak. Sel surya berbasis perovskite merupakan sel fotovoltaik generasi terakhir yang mampu memanfaatkan energi dengan efisiensi tinggi dan dapat difabrikasi melalui proses sederhana murah. Sejak diperkenalkannya solar cell (PSC), konversi dayanya telah mencapai di atas 23% dalam waktu relatif singkat diiringi peningkatan publikasi ilmiah bidang ini. Penggunaan semikonduktor ZnO sebagai Electron Transport Material (ETM) salah satu bagian utama PSC mulai dilirik akibat pembuatan lebih dibandingkan TiO2. Seng oksida (ZnO) masih memiliki kelemahan diatasi penambahan ZnS untuk mengurangi rekombinasi pembawa muatan dari lapisan ke ETM. Tujuan artikel ini adalah menyajikan tinjauan tentang status terkini mengenai komposit ZnO/ZnS elektron transport material pada perovskit. Ulasan juga membahas peran memperbaiki morfologi ukuran nano sifat optik sekaligus meningkatkan kinerja beserta penjelasan mekanisme dasar operasi piranti memberikan pemahaman baik ETM Abstract. Perovskite-based cells are the latest generation of photovoltaic capable utilizing energy at high efficiency and can be fabricated through a simple inexpensive process. Since introduction its power conversion has reached efficiencies above in relatively short period time accompanied by an increase scientific publications this field. The use semiconductors as (ETM), which is one main parts PSC, begun to noticed due simpler manufacturing process compared Zinc oxide still weakness overcome adding reduce recombination charge carriers from layer aim article present brief overview current composites electron cells. This review also discusses role addition improving morphology nanosize optical properties materials well performance along with explanation basic mechanism device operation provide better understanding Keywords: Perovskite cell, Composite, ZnO, Material.

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ژورنال

عنوان ژورنال: Journal of Aceh Physics Society

سال: 2021

ISSN: ['2355-8229']

DOI: https://doi.org/10.24815/jacps.v10i2.18383