Sunlight irradiation and wind effect on the interlaminar stresses of the organic solar cell

Frequency Analysis of Asymmetric Circular Organic Solar Cells Embedded in an Elastic Medium under Hygrothermal Conditions

“…To guarantee that they operate consistently, organic solar cells must be examined in many conditions, like solar radiation, heat, moisture, and wind. The influences of the solar irradiation and wind speed on the stresses of the organic solar cell were discussed by Liu et al [4]. Joodaki and Salari [5] utilized low-frequency noise spectroscopy to study the behavior of organic cells under mechanical deformation.…”

Review on the Energy Transformation Application of Black Phosphorus and Its Composites

“…The development and utilization of clean energy, such as solar, wind and hydrogen have become the key to solving the problem. However, solar, and wind energy sources are highly dependent on natural weather and thus have low stability, while hydrogen generated from water splitting relies on highperformance catalysts [7,[9][10][11][12][13][14][15][16][17]. As a solution to both issues, black phosphorus has attracted increasing interest due to its unique and stable structure and excellent physical and chemical properties [18]; moreover, it has proven an excellent candidate to be both negative/positive electrode material for batteries to store electricity converted from unstable solar and wind energy [19][20][21][22][23], as well as efficient photocatalyst [24][25][26][27] and electrocatalyst [20,28] for water splitting since the first exfoliation of bulk black phosphorus into mono-or few-layered phosphorene in 2014 [29].…”