This type of equipment usually adopts automated assembly line design. Firstly, the photovoltaic panels are crushed by a crusher, and then materials such as glass, metal, silicon powder, and plastic are separated using sorting technology. Among them, pyrolysis technology can effectively decompose EVA film and improve material separation purity; Electrostatic sorting and eddy current sorting can accurately extract precious metals such as copper and silver.
Modern recycling equipment emphasizes environmental protection and efficiency, and is equipped with dust removal and exhaust gas treatment systems throughout the process to ensure no secondary pollution. Through advanced technology, the glass recovery rate reaches 90% and the metal recovery rate exceeds 95%, significantly reducing the demand for raw material extraction.
With technological iteration, intelligent recycling systems are continuously optimizing processing efficiency and resource output, building a green closed-loop of “production use recycling” for the photovoltaic industry, and helping to achieve sustainable development goals.
