High economic value for the solar panel recycle process

As large-scale centralized and distributed photovoltaic power generation projects are put into operation, the problem of disposal of waste photovoltaic modules will become increasingly prominent. Improper disposal of discarded photovoltaic modules not only causes environmental pollution, but also causes waste of resources. For large-scale centralized photovoltaic power plants, the service life of batteries is generally 25 years, but external factors such as climate conditions will accelerate the reduction or even failure of battery conversion efficiency. For distributed photovoltaic power generation projects, photovoltaic modules enter the market as electronic products, and the quality of products is uneven, so a large number of modules may be eliminated in advance before reaching the retirement period.

The structure of the photovoltaic module and the weight ratio of each component vary due to the raw materials used by the manufacturer. The film accounted for 3.46%, and the three accounted for more than 88%. It can be seen from this that components contain a large number of potentially reusable resources. Aluminum frames, silver grid wires, tin-copper wires, and glass can be processed to obtain industrial products, and rare metals such as indium, gallium, germanium, and tellurium in crystalline silicon panels can be recycled for the production of new equipment.

The economic value of solar panel recycling is very high. At present, we have exported many sets of solar panel recycling equipment to European and American countries. If you also want to know about this latest technology, please contact us: sunyrecycle@gmail.com

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