Polymer electrolyte [27] Organic polymer solar cell 0.40 0.8 based Supercapacitor Polymer electrolyte [38] Organic polymer solar cell ~0.6 -- based Supercapacitor Liquid electrolyte [41] Quantum Dot Solar Cell ~0.16 -- based Supercapacitor Liquid electrolyte [26] DSSC 0.62 2.1 based Supercapacitor Polymer electrolyte [28] DSSC 0.64 2.1 Supercapacitor Polymer electrolyte [29] DSSC 0.70 1.8 based Supercapacitor Liquid electrolyte [31] DSSC 0.60 1.6 Supercapacitor Polymer electrolyte [34] DSSC 0.65 1.8 based Supercapacitor Polymer electrolyte [36] DSSC 0.60 1.5 Supercapacitor Liquid electrolyte [37] DSSC 0.8 -- based Supercapacitor Polymer electrolyte [39] DSSC 0.63 1.2 based Supercapacitor Figure S1. Typical SEM images of the surface morphologies of (a) c-TiO2 layer, (b) m-TiO2 layer, (c) CsPbBr3 film and nanocarbon electrode. Figure S2. XRD pattern of CsPbBr3 film in the all-inorganic PSC without the nanocarbon layer.
[27] Organic polymer solar cell Polymer electrolyte based Supercapacitor 0.40 0.8 [38] Organic polymer solar cell Polymer electrolyte based Supercapacitor ~0.6 -- [41] Quantum Dot Solar Cell Liquid electrolyte based Supercapacitor ~0.16 -- [26] DSSC Liquid electrolyte based Supercapacitor 0.62 2.1 [28] DSSC Polymer electrolyte Supercapacitor 0.64 2.1 [29] DSSC Polymer electrolyte based Supercapacitor 0.70 1.8 [31] DSSC Liquid electrolyte Supercapacitor 0.60 1.6 [34] DSSC Polymer electrolyte based Supercapacitor 0.65 1.8 [36] DSSC Polymer electrolyte Supercapacitor 0.60 1.5 [37] DSSC Liquid electrolyte based Supercapacitor 0.8 -- [39] DSSC Polymer electrolyte based Supercapacitor 0.63 1.2 Figure S1. Typical SEM images of the surface morphologies of (a) c-TiO2 layer, (b) m-TiO2 layer, (c) CsPbBr3 film and nanocarbon electrode. Figure S2. XRD pattern of CsPbBr3 film in the all-inorganic PSC without the nanocarbon layer.
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