▎ 摘　　要

NOVELTY - The hybrid TCM has a polycrystalline film in which several conductive nanostructures are randomly dispersed. The polycrystalline film is comprised of a polycrystalline graphene film. The conductive nanostructure is comprised of several metallic nano wires having silver nanowires. The length of the each conductive nanostructure is greater than 1flm and cross-sectional dimension is less than 1flm. The conductive nanostructures randomly dispersed in the polycrystalline film are below percolation threshold. USE - Hybrid transparent conducting material (TCM) used for solar radiation. ADVANTAGE - The several conductive nanostructures having silver nanowires are randomly dispersed in polycrystalline film which is provided with polycrystalline graphene film, hence the use of indium tin oxide can be replaced. The cost reduction can be achieved. The brittleness can be avoided. The chemical stability under acid/base conditions can be ensured. The transmittance in the near infrared can be improved. The parasitic leakage can be prevented. The sheet resistance can be ensured. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the hybrid TCM.