Under the global energy transition trend, the installed capacity of photovoltaic power generation continues to rise, while the resulting waste photovoltaic panels have increasingly become a new challenge for environmental protection and resource recycling. How to efficiently, cleanly, and on a large scale process decommissioned photovoltaic panels has become a key link in the sustainable development of the industry. Waste photovoltaic panel crushing and sorting equipment has emerged, with its intelligent and resource-oriented processing methods injecting new impetus into the closed-loop of the photovoltaic industry. **Core Technical Advantages** 1. Fine Crushing and Separation Using multi-stage crushing and impact grinding technology, it accurately separates different components such as glass, silicon wafers, metals, and plastics, avoiding cross-contamination and laying a foundation for subsequent sorting. 2. Multi-Modal Sorting System Combining airflow sorting, eddy current sorting, and optical recognition technology, it achieves high-purity separation of materials such as polymers and non-ferrous metals, with a resource recovery rate exceeding 95%. 3. Eco-Friendly Closed-Loop Design Operating in a fully enclosed environment, it is equipped with pulse dust removal and exhaust gas purification devices, ensuring no dust emissions or harmful gas discharge, and meeting green circular economy standards. **Application Value** - Economic Benefits: Significantly reducing manual sorting costs, increasing the recovery yield of precious metals (such as silver and copper) and high-purity glass, and shortening the investment payback period. - Environmental Benefits: Reducing the pressure of landfilling waste photovoltaic panels, avoiding heavy metal pollution such as lead and cadmium, and helping to achieve the "double carbon" goal. - Industrial Empowerment: Providing a one-stop solution for photovoltaic module manufacturers and recycling enterprises, and promoting the coordinated and standardized development of the industry chain. **Applicable Scenarios** Covering large-scale photovoltaic power station decommissioned panel processing, recycling enterprise resource centers, and environmental protection technology parks, etc. It supports customized capacity configuration (1-10 tons/hour) and is suitable for various types of photovoltaic panels (monocrystalline, polycrystalline, thin-film modules). --- Let every decommissioned photovoltaic panel "make the most of its value", and we will safeguard a green earth with technological innovation. Welcome to consult and cooperate with us to jointly open a new chapter in the photovoltaic circular economy!