The invention discloses intelligent glass. The intelligent glass comprises two light-transmitting base plates which are arranged oppositely, a power supply module and an electrode, wherein two poles of the electrode are symmetrically arranged on the opposite surfaces of the two light-transmitting base plates; the electrode comprises a plurality of dispersed point electrodes; two poles of the electrode are electrically connected with two poles of the power supply module; an adjusting layer is arranged between the two light-transmitting base plates; the adjusting layer is internally filled with a grain dispersed solution; when the electrode has no voltage, grains in the grain dispersed solution are dispersed randomly and the intelligent glass is in a frosted state; and when the electrode has the voltage, the grains in the grain dispersed solution are charged and the grains are gathered relative to the point electrodes, and the glass is transparent. When the intelligent glass is not electrified, the grains are dispersed randomly and the reflectivity of an adjusting region is great, so that the intelligent glass is in the frosted state; when the intelligent glass is electrified, the grains are polarized and charged, so that the grains are gathered relative to the point electrodes and light can penetrate through pores between the point electrodes; and the reflectivity of the adjusting region is small so that the intelligent glass is transparent.