How will a large number of scrapped components return to the market? It is a way to turn waste into treasure, a physical crushing technology, and an industrial assembly line of comprehensive utilization. The ideal recycling situation of photovoltaic panel recycling equipment is as follows: the photovoltaic panel enters the junction box and wire disassembly, and the entire photovoltaic panel enters the frame disassembly system. Without damaging the battery components, the four-sided frames are removed with a fully automatic disassembly technology, and then enters the glass recycling facility and peels off the component glass. Then, the recycling workers can successfully tear up the glass plate without damaging the interlayer components of the photovoltaic panel. At this stage, a shiny glass-like powder, also called broken glass, can be recycled. This material can be used for building materials or other industrial applications. The shredded photovoltaic mixed material begins to enter a metal copper, silver, and silicon disposal process to separate the components. Photovoltaic panel recycling equipment Let’s take silicon-based photovoltaic components as an example. The top is a silver grid silicon cell. In addition, there is a layer of ethylene-vinyl acetate (EVA) in the middle of the cell. Behind the panel, there is also a plastic junction box with some copper wires inside. These materials are potentially recyclable, and separating them is the mission of photovoltaic panel component recycling equipment. Conclusion: What is the best way to deal with it now? Reuse is the main method. Recycling has a high value. The recycling process is environmentally friendly, and no three wastes are generated. The recycling process technology is fully continuous, complete and mature photovoltaic panel recycling and processing equipment. The new energy photovoltaic panel project is similar to other solid waste projects. It is a process of disassembly, shredding, crushing and screening, and does not involve special chemical treatment or electrolysis. In short, photovoltaic panels, which also have a service life, can be harmlessly treated and recycled in an integrated manner, and the disposal cost of secondary processing can be reduced. This is good for the application of discarded photovoltaic panels and photovoltaic panel components, and the benefits created are far higher than those created by direct waste or landfill.
