▎ 摘　　要

NOVELTY - A low temperature sputtered graphene transparent electrode thin film comprises soda-lime glass substrate (1) plated with molybdenum thin film, photovoltaic copper-zinc-tin-selenium film layer (3) plated on the molybdenum thin film, and p-n junction thin film (11) plated on the surface of copper-zinc-tin-selenium film layer. The soda-lime glass substrate may also be replaced with a flexible substrate with sodium. USE - The low temperature sputtered graphene transparent electrode thin film is used in solar cell (claimed). ADVANTAGE - The invention avoids the loss of selenium sputtering. It ensures the batch production process of copper-zinc-tin-selenium with high conversion rate. It provides a low temperature sputtered graphene transparent electrode thin film solar cell that is suitable for mass production. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a process of producing low temperature sputtered graphene transparent electrode thin film. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of low temperature sputtered graphene transparent electrode thin film Sodium-lime glass substrate (1) Photovoltaic copper-zinc-tin-selenium film layer (3) p-n junction film (11)