What are the main structures of photoelectric glass screens?

Abstract: In cities, we can often see cool photoelectric glass screens. So do you know the main structures of photoelectric glass screens and what are the principles of photoelectric glass screens? First of all, the photoelectric glass screen is composed of glass + film + lamp bead chip glass substrate + film + glass. Secondly, the principle of the photoelectric glass screen is a lattice composed of LED lights, which is responsible for the light display. The control system controls the lighting of the corresponding area to allow the screen to display corresponding content, and the power system is responsible for the current and voltage. For specific knowledge about photoelectric glass screens, let’s take a look in the article! 1. What are the main structures of photoelectric glass screens

At night, you can see sparkling objects on the road, walls, and roofs, which are very beautiful. That is the photoelectric glass screen. The photoelectric glass screen can combine the light source and power supply inside the glass to achieve a more obvious display effect. So do you know what the main structures of the photoelectric glass screen are?

The photoelectric glass screen is an intelligent composite glass that combines a lamp chip glass substrate with ultra-white glass. Its structure is composed of glass + film + lamp chip glass substrate + film + glass.

2. What is the principle of photoelectric glass screen

Using unique innovative technology to embed LED light source compounds into the glass, thus integrating electro-optical technology with traditional glass. It not only retains the light-transmitting properties of glass, but can also display video animations and a variety of dazzling colors, greatly expanding the application range of glass. So what is the principle of photoelectric glass screen?

Principle: The photoelectric glass screen is composed of a display module, a control system and a power supply system. The display module is composed of a lattice of LED lights and is responsible for luminous display; the control system allows the screen to display text, pictures, videos and other content by controlling the lighting of corresponding areas; the power system is responsible for converting the input voltage and current into LED photoelectric glass curtain walls required voltage and current. This achieves the purpose of displaying content on the photoelectric glass screen.