With the rapid iteration of the global new energy industry, a large number of retired photovoltaic (PV) modules have entered the peak scrapping period. The standardized and efficient recycling of solar panels has become a core track of the new energy circular economy. In response to the global carbon neutrality strategy and the policy trend of PV resource recycling worldwide, our company has continuously focused on the R&D and production of PV recycling equipment, and upgraded a new generation of intelligent solar panel recycling equipment, helping global customers realize the resourceful, harmless and high-value treatment of waste PV modules.
At present, global PV installed capacity has increased year by year, and early-built PV power stations have gradually entered the retirement cycle. Traditional manual dismantling and extensive treatment methods have many pain points such as low efficiency, low recovery rate, environmental pollution and high labor costs, which cannot meet the needs of large-scale and standardized recycling processing. Focusing on industry pain points and relying on years of R&D experience in new energy environmental protection equipment, our company optimizes the overall structure and process flow of the equipment, and builds a complete set of solar panel recycling equipment integrating automatic dismantling, precise sorting and clean treatment.
This equipment supports the adaptive processing of multi-size and multi-type retired PV modules, and can automatically complete the whole process of solar panel frame dismantling, EVA film pyrolysis, glass separation, sorting of silicon wafers, solder strips and precious metals without excessive manual intervention. Adopting a closed harmless treatment process, the equipment eliminates the emission of harmful substances such as dioxins from the source, which is environmentally friendly and meets the environmental access standards of many countries worldwide. Meanwhile, equipped with an intelligent control system, it realizes remote operation and maintenance and adaptive parameter adjustment, greatly reducing energy consumption and operation costs. The comprehensive resource recovery rate of PV modules can reach over 97%, realizing the maximum recycling of waste PV resources.
Based on the global PV circular economy market, our company always takes technological innovation as the core, focuses on the development direction of green low-carbon, high efficiency, energy saving and intelligent automation, and continuously optimizes the performance and adaptability of PV recycling equipment to meet various application scenarios such as distributed scattered recycling and large-scale factory mass production. In the future, we will continue to deepen the field of new energy solid waste recycling, continuously provide high-quality PV recycling equipment and complete solutions for global customers, help customers seize the dividends of the PV recycling industry, and build a green and sustainable new energy industrial ecosystem.