In recent years, flexible electronic products, flexible transparent organic solar cells, large size flexible flat panel display, energy-saving infrared reflection film, intelligent color changing window, etc., the demand for flexible transparent conductive glass is increasing. Due to the requirements of high resolution, energy saving, low cost, bending resistance and strong adhesion, flexible transparent conductive glass needs to be obtained at room temperature with high light transmittance, low resistivity and strong adhesion. Therefore, it has become a research hotspot to prepare flexible transparent conductive glass at room temperature and the improve its photoelectric properties.