Özet:

In the realm of solar energy conversion, dye sensitized solar cells (DSSCs) are gaining prominence. Typically, an anode and a cathode are required to manufacture an FTO-based device; the anode materials of the current study are TiO2 and a high focus is given to creating cathode materials that are WS2 and MOS2 in place of alternative platinum (Pt). Pt is well recognized for its high cost and scarcity. In this study, a low-cost Pt-Free counter electrode was employed and determined solar cell efficiency of 2.52% over a long length of time. Further research on (X/S2) WS2/MoS2 nanoparticles reveals increased solar efficiency. The acquired X/S2 nano layer has a shape that has been validated using a transmission electron microscope. Furthermore, the structural, optical, and functional groups of materials were described, and the probable mechanisms were examined.<

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