The following manufacturer of waste photovoltaic panel crushing and recycling equipment will give you a brief introduction. The photovoltaic industry has developed very rapidly in my country, but there are still many shortcomings compared with foreign countries. The photovoltaic industry has five links: silicon materials, silicon wafers, battery cells, battery components, and application systems. The photovoltaic industry is important for polysilicon raw materials, but most of my country’s polysilicon raw materials are purchased from abroad, so in order to make the photovoltaic industry develop better, we also need to increase the output of monocrystalline silicon and polycrystalline silicon, while ensuring their quality.
In short, if the photovoltaic industry wants to develop well, it must extend to the upstream and downstream of the industrial chain.
Photovoltaic panel disposal equipment line At present, there are three mainstream ways to deal with waste photovoltaic components:
One is to downgrade or repair them;
The second is to remove the frame and junction box, use them as fillers in the construction field or incinerate them as garbage;
The third is recycling and reuse. Among them, the recycling of waste photovoltaic components is considered to be a scientific and effective treatment method. Photovoltaic panel recycling equipment line Ruisek Environmental Protection’s photovoltaic panel processing equipment is physically crushed and sorted, which can extract silicon powder, copper powder and plastic with high market value. There are three main steps in the recycling process of photovoltaic modules: first, dismantle the modules by machine or manually to remove the back panel, wires and aluminum frame; second, crush the modules to remove the tempered glass; third, crush and sort the remaining panels to extract metals and plastics.
Photovoltaic panel frame removal machine The waste photovoltaic panels enter a double-axis crusher for crushing, and the crushed materials enter a crusher to crush the EVA film and monocrystalline silicon wafers. The crushed materials enter a collector through an induced draft fan, and then are sorted to separate silicon. The remaining mixture enters a special crusher, and then enters an airflow sorting screen through a closed air device. The positive metals and plastics are collected by airflow and vibration, and the dust generated by the airflow sorting machine is also collected. At present, the domestic photovoltaic industry is developing rapidly, and many photovoltaic factories are facing the problem of product replacement. The waste photovoltaic modules replaced by photovoltaic factories can be torn into small pieces by industrial waste shredders, which is conducive to subsequent recycling and improves disposal efficiency, and can also reduce volume and greatly reduce storage and transportation costs. This is the end of the introduction to the equipment for crushing waste photovoltaic modules. I hope everyone can have a corresponding understanding. In summary, although the photovoltaic industry has a very important influence in our country and has developed very rapidly, it still has many shortcomings. If you need to purchase related products, you can contact our company to purchase them!
