TECHNOLOGY FOCUS - INORGANIC CHEMISTRY - Preferred Components: The manufacturing material can be evenly transparent and luminous material, or gradient type transparent and luminous material; the energy saving type building transparent board surface can be coated with thin layer of fluorescence microscopic nanometer structure stratified material. The energy saving type building transparent board comprises geometrical shapes, which can be independently used, or split jointed according to the need to make into the transparent board composite group. The photocell is monocrystal line silicon photocell, polysilicon photocell, amorphous silicon photocell or other thin film photocell; in single board structure, the photocell is compounded to the edge of the transparent board; in multi-board split joint structure, the photocell is compounded to the edge and split jointed sides of the transparent board, meanwhile, to adopt the electrode connecting structure back to back; the circuit wire is connected with external circuits through the edge, split joint position and the support points of the transparent board. The inorganic glass matrix material is silicon dioxide (SiO2) based transparent material. The fluorescence micromolecules doping agent is organic functional material having strong UV visible light absorbing and fluorescence illuminating property, metal organic complex compound material, and rare-earth fluorescence complex compound material. The metal organic complex compound material comprises metal central ions and organic ligand. The rare-earth fluorescence complex compound material comprises rare-earth europium, terbium, central ions and organic ligand.    TECHNOLOGY FOCUS - ORGANIC CHEMISTRY - Preferred Components: The transparent carrier can be organic substance or group capable of fluorescence illuminating property such as aromatic polycyclic compound, aromatic heterocyclic compound, coumarin heterocyclic compound, benzene diene aromatic compound, oxazole heterocyclic compound, oxazolone heterocyclic compound, quinoline heterocyclic compound, pyrazoles heterocyclic compound, pyronine heterocyclic compound, thiofuran heterocyclic compound, fluorescein heterocyclic compound, enone heterocyclic compound, quinines heterocyclic compound and rhodamine heterocyclic compound; the organic optical functional material comprises one or more materials in proper weight ratio; it is determined by the material property and usage while it is doped with an organic optical functional material. The organic ligand is heterocyclic derivative metal complex compound, 8-hydroxyquinoline metal complex compound, phthalocyanine and its phthalocyanine derivatives, or porphyrin and porphyrin derivatives. Preferred Composition: The weight ratio of the organic optical functional material and the matrix material is 1:2-2:10000; the ratio of the organic optical functional material and the first doping agent is 1:1-1:1000 while two or more organic optical functional material doping agents are doped.    TECHNOLOGY FOCUS - POLYMERS - Preferred Components: The transparent material is transparent carrier and transparent fluorescent polymer material which can be copolymer material that is the fluorescent polymer material made by interlinking the fluorescence molecule with macromolecules through chemical bonding. The transparent carrier comprises fluorescence micromolecules doping agent and inorganic glass matrix material or polymer matrix material. The polymer matrix material is polymethylmethacrylate (PMMA), polystyrene (PS), polycarbonate (PC), or polysiloxane (PSiO) and its macromolecule material with good optical property.