With the rapid development of the photovoltaic industry. Solar power technology gradually into thousands of households, is our pursuit of green life free choice. Driven by a wave. The production and use of solar photovoltaic panels are rising rapidly. It contributes to the global energy transition and environmental protection. More and more used PV modules are facing end-of-life. In order to achieve the recycling of resources. The dismantling and recycling of used PV modules becomes particularly important.
Solar photovoltaic panels as high-tech products. It contains a lot of valuable resources that can be recycled and reused. These include: silver, copper, aluminium, junction box, silicon and other metal materials and plastics and other materials. Solar photovoltaic panels are professionally recycled through the solar photovoltaic panel recycling machine. It can effectively reduce the need for the development of new resources, and can reduce the production cost of photovoltaic panels. Can significantly reduce the impact of environmental pollution. Achieve resourceful recycling.
How To Make A Solar Panel Out Of Recycled Materials
The physical method of recycling is mainly through mechanical disassembly and separation of solar panels. Then various materials are recovered through sorting. This kind can achieve large-scale production. The production cost is low, and the recycled materials have high Liying value. After sorting, silicon powder, metal powder, etc., and then through chemical reaction to extract the available elements in the solar panel. Extraction of valuable metals in solar photovoltaic panels with high recycling efficiency. The chemical recovery method requires the use of a large number of chemical additives. Hazardous gases and waste liquids may be generated during the process. Therefore, gas treatment systems and wastewater treatment equipment are required. If they are left untreated, they pose a risk to the surrounding environment and the safety and health of the operators. Moreover, the chemical recovery method is very costly and the recovery cycle is long. Some valuable metals may be lost during the recycling process.
Glass Utilisation: After cleaning, decontaminating and crushing, glass can be used to make new photovoltaic modules or other building materials. Glass is a recyclable material.
Silicon Powder Utilisation: Silicon obtained after sorting can be reused to make new photovoltaic modules or other electronic devices. Silicon is a common semiconductor material. It has a wide range of applications.
Junction box utilisation: the junction box obtained after disintegration can be used to manufacture new photovoltaic modules and other electronic devices. However, care needs to be taken to ensure its electrical properties and reliability during the reuse process.
Plastic utilisation: After sorting, plastics can be used to manufacture new PV modules and other plastic products. Backsheet plastics usually have good heat resistance and insulating shoes. Therefore its utilisation value is high.
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