Abstract
In recent time, Organic Solar Cells (OSCs) have made a great progress in pursuing high power conversion, reaching the application threshold. Researchers have advanced past basic concepts of charge carrier dynamics in organic semiconductors to create devices with an experimental power conversion efficiency of about 18%. This review highlights the progress of OSC efficiency and investigate the state-of-art of organic cells in various factors such as temperature, energy conversion efficiency, solar shedding, operation and monitoring that affect the solar panel efficiency. Literature has shown how organic solar cells are seen as the solar technology of the future where it is offering the lowest energy payback times, ecology sustainability, while its energy efficiency still dropping, and a high energy loss is observed.
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