Most of the waste photovoltaic panel components can be recycled, including 65%-75% glass, 5%-10% aluminum frame, 10% plastic (encapsulation machine and backplane), 3%-5% silicon, 1% copper And less than 0.1% of silver, tin, lead, etc., has a very high recovery value, the recovery rate can reach more than 99%. Macquarie University in Australia calculates that the economic value of materials contained in 800,000 tons of photovoltaic waste is around US$1.25 billion. Since the photovoltaic panels contain more than 70% of high-transparency glass, they can be processed into channel glass, which can be used as photovoltaic wall building materials or laid on sidewalks to continue generating electricity; silicon cells can be recycled into powder and used as heat dissipation materials. The precious metal silver contained in it can also be reused; the PVDF polyvinylidene fluoride in the back sheet can also be made into Teflon, so as to maximize the recycling value. Recycling photovoltaic panels has low cost and zero pollution, and recycled materials can also be made into new photovoltaic panels.