Solar PV Panel Recycling Solution

With the increasing global attention to renewable energy and the rapid development of solar photovoltaic industry. Solar photovoltaic panel as an important energy conversion component. Therefore they are widely used in the field of solar power generation. However, photovoltaic modules are like batteries. Has a certain service life. When the photovoltaic statement cycle is over. If these waste PV modules can be efficiently recycled and disposed of. Can avoid the waste of resources and environmental pollution. At this time, solar photovoltaic panel recycling machine came into being. Can its intelligent recycling processing technology and process. It can provide strong support for the recycling and reuse of waste solar photovoltaic panels. Can extract valuable materials in the waste photovoltaic panels.

Solar photovoltaic panel recycling machine solution: effective recycling and processing of waste photovoltaic modules. Through a series of advanced processes of the equipment. It can effectively separate: aluminium frame, junction box, glass, silicon, silver, copper and other materials in the waste PV modules. Facilitate the next step of recycling and reuse. Recycling processing can not only improve the recycling of resources, but also reduce the pollution of the environment.

Solar photovoltaic panel recycling machine includes: dismantling equipment (frame removal machine, glass removal machine, etc.) and crushing and sorting equipment (shredder, crusher, sorter, etc.). Firstly, through the automated dismantling device, the junction box will go in and remove. Then the aluminium frames in the solar PV modules are removed using the frame removal machine. Finally, the cells are pre-treated and heated to soften the EVA adhesive. Then the glass is removed by the glass removal machine. This facilitates subsequent processing. The panels then go through the crushing and sorting system again. Through the physical separation unit processing. According to the difference in the physical properties of the materials inside the battery board. For example: density, magnetic materials. Thus the different effective materials in the material are effectively separated. Separate out copper and other metal mixtures through gravity sorting. Then plastics and silicon powder are sorted out by electrostatic separation. This process enables a fine recycling process. It can provide a solid foundation for subsequent extraction and regeneration.