Low-Cost Heat Insulating Film Design for BIPV Modules Based on Multi-Layer Inorganic Materials

Han Min Tian; Li Jia Guo; Wen Feng Duan; Rui Xia Yang; Feng Lan Tian

doi:10.4028/www.scientific.net/AMR.452-453.1424

Paper Titles

Effect of Physical Properties on Buckling of Spherical-Cone Diaphragm for Positive Expulsion Tank Based on Orthogonal Test by Finite Element Method
p.1403

Vibration Control of a Nonlinear Rotor System through Electro-Magnetic Bearings
p.1408

Research on the Cleaning Technology of Sapphire Substrates Precision Process for LED
p.1415

Study of Material Parameters’ Effect on Polymer Scratch Using SOM Method
p.1420

Low-Cost Heat Insulating Film Design for BIPV Modules Based on Multi-Layer Inorganic Materials
p.1424

Study on Bonding Properties of Copper and Aluminum in Nano Scale Using Molecular Dynamics Simulation
p.1429

Machine Condition Monitoring by a Novel Fractal Analysis
p.1434

Heat Transfer Prediction for Helical Baffle Heat Exchangers with Experimental Data by Radial Basis Function Neural Networks
p.1441

Effect of Different Welding Parameters on the Microstructure of 21% Cr Ferritic Stainless Steel
p.1446

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Low-Cost Heat Insulating Film Design for BIPV Modules Based on Multi-Layer Inorganic Materials

Abstract:

By analyzing the transmitionce and heat rate of insulating antireflection films conposed by refractive-index adjustable SiO2 layer and TiO2 layers, the optimum combination of antireflection films of BIPV is obtained. The absorption rate at the ultraviolet part that wavelenght excessive inadequate 400nm of the optimized fils is 99.9%, which are directly designed on the surface of the low iron tempered glass panel of BIPV, and in the wavelength range 400nm-800nm, the visible light transmitionce rate is up to 99.5%, and the heat that wavelenght excessive 800nm is reflected of 20%. For the multilayer heat insulation films are composed with the same kind of material while with different refractive indexes, there is no projecting stress between these films and no constraints during the production process of different films for the possible low cost heat insulating of BIPV.