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Do you know? Buildings around the world consume over 40% of the world’s electrical energy! Today, humanity’s demand for electricity is increasing steadily, and various new methods of power generation are emerging one after another. Glass-based power generation has truly revolutionized many people’s understanding of power generation! Glass is an important material in the fields of new energy, aerospace, and electronic information. Power generation glass, scientifically known as cadmium telluride thin-film solar cells, is also referred to as a \"wall-mounted oil field.\" It is produced on production lines owned by Chengdu China Building Materials Optoelectronic Materials Co., Ltd., which holds complete independent intellectual property rights for this technology. By evenly applying 4-micron-thick cadmium telluride photovoltaic material, which is one percent as thick as a human hair, to ordinary glass, it can be transformed from an insulator into a conductive, power-generating semiconductor material.
It is understood that it only takes 55 seconds to produce such a piece of power-generating glass, which is 1.6 meters long and 1.2 meters wide; its photovoltaic conversion efficiency is as high as 17.8%, allowing it to generate 260–270 kWh of electricity per year. It can still produce electricity through photovoltaic conversion even in conditions of weak light. Solar panels are too expensive and opaque, which is where power-generating glass has a clear advantage.
Just one piece is over 200 degrees, which is quite impressive
Technological innovation! I don’t know how to mass-produce and popularize it?
This is great – another major technological advancement. It would be wonderful if its price were affordable for ordinary people! !
The key is how to make use of electricity, and whether the voltage and current meet the requirements of existing electrical devices
The concept is excellent, but there is still a long way to go in terms of implementation. Wishing success to the domestic industry!
66666, I don’t know if I’ll be able to see it in my lifetime. . .
I’m not sure about the costs. The new materials that have emerged these days—like graphene—have great potential for application, but in reality they don’t have much practical value. I hope there will be breakthroughs in technology!