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Light can be converted into electricity using a method called photovoltaic glass (PV glass).Transparent photovoltaic cells with semiconductor bases, also referred to as sun cells, are incorporated into the glass to achieve this.
Two glass sheets are positioned on top and below the cells. Photovoltaic glass permits some of the available light to pass through despite not being completely transparent. Through the windows, photovoltaic glass might generate some of their own electricity.
Due to its renewable source and lack of pollution, the PV power produced is referred to as green or clean electricity. In addition to lowering energy costs, photovoltaic glass utilisation has the potential to improve branding and public relations (PR) initiatives by lowering the carbon footprint of buildings and contributing to sustainability.
Options for photovoltaic glass include a range of hues, gradients, and patterns, as well as double- or triple-glazed goods. These devices’ differences in solar efficiency and light penetration give architects a variety of design alternatives.
The Global photovoltaic glass punching equipment market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Infrared picosecond laser perforators and short pulse width green light laser perforators from HGTECH are used for laser perforation in PV glass punching equipment for hard and brittle materials such as glass and quartz, and have advantages over conventional mechanical processing such as high processing yields, 7*24-hour continuous operation, and micro-perforation.
Having the qualities of utilising an imported picosecond/short pulse width laser with a high level of stability, good beam quality, and a compact focus spot. To speed up laser processing, the device can be fitted with a multi-vibration lens system.
An imported high-speed oscillator and mirror are used in the optical path system to assure high-quality optical transmission, high processing accuracy, and long-term stability.
A high degree of efficiency and precision in stable processing is made possible by the quartz base with high precision linear motors and vision positioning system. To reduce effort and boost efficiency, a specially developed mechanised loading and unloading system is used.
