▎ 摘　　要

NOVELTY - The lead has a transparent conductive polymer layer coated with copper alloy wire. The transparent conductive polymer coating layer is made of transparent structure type conductive polymer as base material doped or not doped with another conductive material. the coating layer has a transmittance greater than 10 % in the 380-1100 nanometer wavelength range. A cross section of the copper alloy wire is circular or polygonal. The conductive material comprises carbon black, carbon nano tube, graphene, carbon fibre, metal powder, metal foil and a metal fiber. The structure has light transmission conductive function comprising polyacetylene, polyaniline, polypyrrole, polythiophene, polyaromatic hydrocarbon and polyaromatic hydrocarbon linear conjugated polymer and high molecular phthalocyanine chelate. USE - Copper alloy wire solar battery lead. ADVANTAGE - The lead enables a transparent conductive polymer layer coating to allow partial sunlight to pass through so as to effectively increase illumination area of the solar battery surface, improve the component generating efficiency and reduce raw material cost.