▎ 摘　　要

NOVELTY - The glass has a graphene surface whose side is provided with silicon material (1). The graphene surface is connected with a back electrode (1.1). The back electrode is fixed with a semiconductor silicon crystal. The semiconductor silicon crystal is located on a graphene back electrode (1.2). The graphene back electrode is fixed with a graphene electrode surface (1.3). The graphene electrode surface is matched with an upper part of the semiconductor silicon crystal. A leading-out current output line is connected with the graphene surface and a graphene back electrode surface electrode (1.4). USE - Graphene electrode composite solar power generating door and window glass for use in a building. ADVANTAGE - The glass has high intensity, and reduces metal electrode cost and improves toughness, transparency and conductivity speed of graphene, working efficiency and quality rate of semiconductor silicon crystal photoelectric conversion efficiency. DESCRIPTION OF DRAWING(S) - The drawing shows a front view of a graphene electrode composite solar power generating door and window glass. Silicon material (1) Back electrode (1.1) Graphene back electrode (1.2) Graphene electrode surface (1.3) Graphene back electrode surface electrode (1.4)