This type of equipment is centered around “intelligent disassembly+precise sorting” to achieve environmentally friendly and efficient processing throughout the entire process. The 3D vision system, combined with six sets of servo robotic arms, can complete photovoltaic panel size recognition in 0.5 seconds, accurately peel off aluminum frames within 30 seconds, and achieve a 100% recovery rate. The separated frame undergoes eddy current testing, and qualified products can be melted to produce 99.5% purity aluminum ingots, reducing energy consumption by 25% compared to traditional processes.
The core processing stage shows more technological advantages: the -35 ℃ rapid freezing chamber makes the rubber film brittle, and after being crushed by a double axis shredder, it enters a 450 ℃ anaerobic cracking furnace for decomposition. Subsequently, materials such as 99% purity glass, 6N grade silicon powder, and high-purity copper silver were separated through multimodal systems such as high-frequency vibrating screens and air suspension sorting.
The equipment combines environmental protection and economic value: after dual purification, the VOCs emissions of the exhaust gas are less than 10mg/m ³, and the wastewater is zero discharged. The carbon emissions per ton of treatment are only 28kg. Processing 100 tons of waste boards can recover 5 tons of aluminum, 80 tons of glass, and 30 kilograms of silver paste, with a net income of up to 800000 yuan, truly turning “waste” into a “treasure”.
