The invention discloses a suede multilayer film transparent conductive glass, which comprises a glass substrate. A lower ZnO-based thin film and an upper ZnO-based thin film are sequentially arrangedfrom bottom to top on the top surface of the glass substrate. A group of uniformly distributed ball pits are arranged on the surface of the upper ZnO-based thin film, and the thickness of the upper ZnO-based thin film is smaller than the thickness of the ball pits. Through the uniformly distributed ball pits, a concave-convex texture structure is formed on the surface of the upper ZnO-based thin film. In this way, the high-transmittance and low-resistivity multi-layer film transparent conductive glass is manufactured. During the manufacturing process, firstly, a single discrete polystyrene microsphere layer is manufactured on the surface of the lower ZnO-based thin film. Secondly, the polystyrene microsphere layer is adopted as a mask and the upper ZnO-based thin film is manufactured through sputtering growth. Thirdly, polystyrene microspheres are removed, and the concave-convex texture structure is formed on the surface of the upper ZnO-based thin film. The diameter and the concentration of the polystyrene microsphere layer are controllable, so that the microstructure on the surface of the upper zno-based thin film is controllable. The haze of ZnO-based thin films can be adjusted.