A type of inorganic light-emitting material for a UV solid light source is described. The inorganic light-emitting material is fluorescent powder for a silicate-based UV solid light source. The main ingredient is Sr2CaLn2(SiO4)3±δ. The center of the light-emitting part is the material entering the cation light lattice node. The material is Eu+2, Sm+2, Yb+2, Mn+2, Sn+2, and Cu+2 series +2 valence ions. The second part of the light-emitting is the +3 valence TR+3 ions of Ce+3, Eu+3, Tb+3, Sm+3, and Dy+3 series distributed inside the nodes. When the chemical index is 0≦δ≦0.2, the indium nitride and gallium nitride-based allomorphous semiconductor short wave UV light, under conditions of excitement, produces light radiation wavelength λ≦430 nm multiple band white light that can then be used. The color temperature is between T=2500K and 12000K.