Machine Equipment For Recycling Solar Panels
The volume and scale of obsolete solar panels is currently insignificant in e-waste, but it is growing rapidly. The product life of solar panels is generally 25-30 years, and it is expected that a large number of panels will be disposed of after 30 years of use. The problem of waste (landfill) of solar panels is serious year by year around the world. In response to this problem, SUNY GROUP has developed a complete set of recycling equipment based on the actual situation of solar panel recycling.
The main challenge in recycling spent solar panels is not the cost of recycling and reuse, but finding value in recycled materials. If high-purity waste board decomposition processing becomes widespread, each extracted material will be reused. In particular, glass, which accounts for 70% (by weight) of waste boards, has been proven to meet the quality requirements as a raw material for glass crafts, etc. in new equipment.
Machine Equipment For Recycling Solar Panels
How solar panel recycling works:
Glass, plastic and metal—the main components of solar panels—can be recycled separately. But in a working solar panel, all of these materials are combined into a single product. The problem is separating the components for efficient processing, while also addressing the element silicon, which requires more specialized processing.
First of all, we need to use a special dismantling machine to completely disassemble the aluminum frame and glass on the scrapped solar panels, and the glass can be recycled and reused separately. Then put the remaining solar panels into the shredder for shredding, and the shredded material enters the shredder for crushing, breaks up the EVA film and monocrystalline silicon wafer, and the broken up material enters the aggregate through the induced draft fan Then, after sorting, the silicon is sorted out, and the remaining mixed material enters the pulverizer, and then enters the airflow sorting screen through the air locker, and the positive metal and plastic are collected by the airflow plus vibration, and the airflow is sorted at the same time. Collect dust generated by the machine.
Equipment features and advantages:
1. The technology is mature, the equipment is perfect, and the production can be customized according to the needs of customers.
2. The equipment has compact structure, reasonable layout, stable performance and low noise.
3. Using PLC intelligent control, the machines at each stage can be connected to a whole line to run in a coordinated manner, which greatly improves work efficiency.
4. The whole process is equipped with a dust removal device to avoid secondary pollution to the environment.
In general, most materials of waste photovoltaic modules can be recycled. Although the silver, aluminum, tin and other metals contained in them are small in content, they have high recycling value. Using the waste photovoltaic panel recycling production line can effectively treat all kinds of scrap solar energy. Boards are recycled and reused. At present, we have cooperative customers in many countries, and the technical equipment is constantly updated and iterated. If you are interested or in need, please feel free to contact us.
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