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China, Chinese Low Power Consumption Solar Panel Recycling Machine Glass Recycling Production Line for Sale1 Industrial Products Supplier Manufacturer Details, price list catalog:
China Industrial Products Supplier Manufacturer List Catalog
Other Recycling MachinesSolar Panel Recycle MachineSolar Panel Recycling Plant
Henan Reliable Environmental Protection Technology Co., Ltd.
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Product Description Equipment for the recycling of solar and photovoltaic panelsNow that solar has been a widespread, mainstream source of energy for a few decades, many solar panels are reaching the end of their lifetimes. Ideally, we'd want these clean energy technologies, which have played a huge role in slowing the pace of climate change, to be just as benign when they're done harvesting the power of the sun. Product DescriptionA "solar panel recycle machine" is an industrial system designed to dismantle and recover valuable materials from end-of-life photovoltaic (PV) panels, separating components like glass, aluminum, copper, silicon, and plastics using various processes such as automated dismantling, frame removal, thermal or mechanical separation, crushing, shredding, and sorting technologies. These specialized machines and plants, offered by companies like Schutte Hammermill, Enerpat, and Xingmao Machinery, are crucial for the sustainable management and material reuse of solar panels as they enter the waste stream. The main components of photovoltaic modules are Aluminum Frame,tempered glass, Solar cell, EVA Encapsulant and Back sheet. Among them, the main component of glass is silica, secondary components are soda, limestone, magnesium oxide, alumina, mirabilite, carbon.The rest of the components in a solar panel consist of good quality glass, aluminium frames, polymers,silicon, copper and silver paste (used for the printed conductors on each cell), all of which (up to 95%), can in principle be successfully recycled.Product ParametersAble to safely recycle the following PV equipment:PV modules (mono or polycrystalline, shingle-type, etc.)Inverters or microinvertersRacking equipment or trackersRecycling a solar panel can be broken down into three basic steps:Remove the frame and junction box (a mechanical process)Separate the glass from the silicon wafer (a thermal, mechanical or chemical process)Separate and purify the silicon and various metals (a chemical and electrical process)ModelPower (Kw)Capacity (Kg/H)Dimension (m)SO300102200-30020*5*5SO500134400-50025*6*5SO800194600-80030*6*5SO1000238800-100035*8*5Working ProcessWhat Happens When a Solar Panel is Recycled? Solar panel recycling requires careful handling of these different components. Glass, silicon, metal, and plastic need to be separated and reused as much as possible. The entire process takes time and expertise because there are different steps to prevent contamination and safely dismantle the panel into raw components.Solar Panel Crushing and Sorting1.Shredding: Use a shredder to shred the solar back panel after removing the aluminum frame and glass.2. Crushing: The shredded materials enter the crusher to separate the battery cells, back plates and metal.3. Grinding: The crushed materials enter the mill and are ground into uniform particles.4. Screening: The ground material enters the screening machine to separate the EVA and the backing plate, and first collect the silver silicon powder.5. Magnetic Separation: Use a magnetic separator to screen out the ferrous metals in the remaining materials.6. Specific Gravity Sorting: The remaining materials enter the specific gravity sorting machine to sort out EVA glue and pure copper particles respectively.7. Dust Removal: Each of our production lines will be equipped with dust removal equipment to avoid environmental pollution during the recycling process.Our AdvantagesFeatures of Solar Panels Recycling Plant1. Adopt advanced crushing and sorting technology to realize the reuse of solar panels. 2. The operation method is simple, the separation process is environmentally friendly and non-toxic, the separation efficiency is high and the cost is low, and it is easy to handle on a large scale; 3. Compact structure, reasonable layout, stable performance and low noise. 4. Long service life, low failure rate and low maintenance cost.5. The efficiency of pulse dust removal equipment is as high as 99%, effectively suppressing dust volatilization, without secondary pollution. 6. The waste photovoltaic panel recycling equipment adopts PLC to control the complete production line, uniform feeding and coordinated operation.Packaging & ShippingService after sale 1, Free insurance for goods2, 24 hours online to solve any problem . Supply you English manual book and technical support , maintain and install video to help you solve the problem, or dispatch worker to your factory.PackageAbout Packing, for small size or single machine, we can offer free fumigation wooden case with steel frame, it not only can protect machine from damage, but also avoid checking when exporting.For multiple machines or production line, it's better to loaded in standard container 20GP, 40GP, 40HQ, unually it needs wrapped with plasitc firstly, then loaded in container.FAQQ: What is the core function of photovoltaic (PV) panel recycling equipment?A: Its core function is to realize the resource-based disassembly and material separation of waste PV panels, specifically including: separating components such as glass, silicon wafers, metal frames, and EVA film from PV panels, purifying recyclable materials like silicon wafers and silver paste, and simultaneously conducting harmless treatment of hazardous substances (such as lead and cadmium) to avoid environmental pollution.Q: What key materials can PV panel recycling equipment recover, and what is the approximate recovery rate?A: The key recyclable materials include glass (accounting for about 70% of the PV panel weight), silicon wafers (core semiconductor materials), metal frames (mainly aluminum), silver paste (electrode material), and copper wires. With mature technology, the glass recovery rate can reach over 95%, the silicon wafer recovery rate is about 85%-90%, the metal frame recovery rate exceeds 98%, and the recovery rate of precious metals such as silver paste is about 90%.
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