Three-silver energy-saving glass with sunshine selective filter film system

Abstract

The present invention discloses three-silver energy-saving glass with a sunshine selective filter film system. The three-silver energy-saving glass with the sunshine selective filter film system comprises a glass substrate, a sunshine antireflection film system, the sunshine selective filter film system, a functionally connected conversion film system, a first visible light transmission enhancement film system, a first film layer adhesive force enhancement film system, a first single-silver low radiation film system, a second film layer adhesive force enhancement film system, a second visible light transmission enhancement film system, a third film layer adhesive force enhancement film system, a second single-silver low radiation film system, a fourth film layer adhesive force enhancement film system, a third visible light transmission enhancement film system, a fifth film layer adhesive force enhancement film system, a third single-silver low radiation film system, a sixth film layer adhesive force enhancement film system, a fourth visible light transmission enhancement film system, a color modulation film system and a surface covering film system. The three-silver energy-saving glass with the sunshine selective filter film system provided by the present invention is simple in structure, convenient to use, energy-saving, environment-friendly, and good in human body comfort, and is capable of performing selective transmission on a visible light spectrum as needed.

Description

technical field [0001] The invention relates to the field of energy-saving windows for buildings and vehicles, in particular to a triple-silver energy-saving glass of sunlight selective filter film system. Background technique [0002] With the rapid growth of my country's economy and the rapid development of society, about 2 billion square meters of new buildings are added every year. However, most of them are still high-energy buildings, and only 5% meet the energy-saving building requirements. Among the building energy consumption, heating and air conditioning energy consumption accounted for the largest proportion, accounting for about 60% to 70%. The energy consumption of heating and air conditioning is mainly consumed through the heat exchange between the building's peripheral structure and the outdoor environment. A large amount of coal is needed for heating in winter in the cold northern regions of my country, and a large amount of electric energy is required for a...

AI Technical Summary

Problems solved by technology

In the hot summer of the whole country and the southern region, the traditional Low-E glass cannot selectively transmit sunlight, and because of the low transmittance, it can not only reduce energy consumption, but also make the interior of buildings and vehicles Excessive accumulation of heat in the interior will increase the large amount of electric energy required for air conditioning and cooling.

Furthermore, the over-thick metal film of traditional Low-E glass increases the reflection of visible light, and the overall transmittance in the visible light spectrum range is not high, which is easy to cause light pollution, and the outdoor reflection color does not meet the requirements of architectural design appearance. Design requirements

Equally, since the window glass of the vehicle does not have the function of saving energy, no matter in the cold winter or the hot summer, in order to keep the temperature in the vehicle comfortable, a large amount of fuel will be consumed, which also causes greater environmental pollution

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