In the wave of energy transformation, the photovoltaic industry has developed rapidly, and how to efficiently recycle the retired photovoltaic panels has become a global issueThe waste photovoltaic panel crushing and sorting equipment is an innovative solution born to address this pain point - it is not only the "terminator" of discarded components, but also the "enabler" of resource recycling. Core value: A cycle code that turns waste into treasure Through precision crushing, multi-stage sorting, and material separation technologies, this equipment can extract and recycle materials such as glass, metal, silica powder, and plastic from photovoltaic panels, with a resource utilization rate exceeding 92%For every 100,000 tons of decommissioned photovoltaic panels processed, it is equivalent to reducing the extraction of 2 million tons of primary mineral resources, reducing the carbon footprint by 60%, and enabling green energy to truly achieve a closed-loop system from "cradle to cradle". Technological Breakthroughs: Three Advantages of Intelligent Sorting 1. Flexible Crushing System It adopts a multi-stage shear impact crushing process, which can adapt to components of different thicknesses and materials, avoid the escape of harmful gases, and ensure safety and environmental protection 2. Multi-dimensional Sorting Matrix By combining airflow sorting, eddy current sorting, and optical recognition technology, it accurately separates mixed materials with a particle size of 0.1-15mm, achieving a copper and aluminum recovery purity of 99% and a glass cleanliness exceeding 98% 3. Digitalized Control Platform It is equipped with IoT sensors that monitor the operating status of equipment in real time. Through big data analysis, it optimizes sorting efficiency, with a maximum production capacity of up to 3 tons per hour, helping to promote large-scale recycling. Application scenarios: from urban mining to creating new resources The equipment has been widely used in scenarios such as the decommissioning and transformation of photovoltaic power stations, recycling enterprises' industrial parks, and environmental protection technology bases. The glass particles produced are used in building insulation materials, while high-purity silica powder is reintroduced into the semiconductor industry chain. The metal materials are melted and then remanufactured into new energy components, truly realizing the circular economy model of "recycling means rebirth". --- Give every retired photovoltaic panel a new lease of life We provide customized modular equipment and full-process technical support to help enterprises seize the green market and jointly build a future energy ecosystem with zero waste