Studi Karakterisasi Listrik Sel Surya Polimer Hibrid Berbasis P3HT-ZnO pada Substrat Fleksibel Rifan Satiadi, Erlyta Septa Rosa, Shobih

Abstract

Need to obtain a source of clean and renewable energy has prompted researchers to develop solar cells as one of the alternative energy. Solar cells with organic materials have been developed as it has the potential to be produced at lower cost, easier to process, and can be developed with a flexible substrate/plastic. One is the development of organic solar cells polymer solar cells made from polymers. This paper reports the results of the study of electrical characteristics of hybrid polymer solar cells using P3HT polymer blend active layer and the semiconductor ZnO on flexible substrates (PET). The hybrid polymer solar cells have a structure of PET/ITO/PEDOT:PSS/P3HT-ZnO/Al with an area of 2.6 cm2 active area. Characterization of the electrical properties is done by irradiating the cells using a light source with a xenon lamp light irradiation intensity 270, 600, and 1000 W/m2. Electrical characteristics at 270 W/m2 irradiation intensity has the best performance with a conversion efficiency of 0.024%, 0.63 fill factor, open-circuit voltage of 0.477 V, short circuit current of 5.6 × 10^-5 A, and the maximum power result of 1.68 × 10^-5 Watt.