When the first photovoltaic panel completes its 25-year mission, it should not become solid waste, but rather the starting point of the next green journey. Our photovoltaic panel recycling equipment, with the core principles of "zero landfill, high purification, and full component recovery," separates aluminum frames, glass, silicon cells, and precious metals at once, with a recovery rate of ≥98% and a 40% reduction in energy consumption, truly achieving the goal of "bringing power stations back to factories." With a modular design, it can disassemble one ton of panels in one hour and occupies only 78 square meters of space, with an investment recovery period of ≤14 months. It is compatible with full-size components of 166-230mm, and there will be no need to replace the main unit during future technological upgrades over the next 10 years. It has been operating stably at five leading photovoltaic bases in China and in the European WEEE system, with a cumulative carbon reduction of over 120,000 tons, equivalent to reforesting 60,000 mu of land. Choosing our equipment means choosing a closed-loop path where "photovoltaics come from green and go back to green." Book now to get a free economic feasibility analysis of component recycling, and the first 10 orders will receive a free smart operation and maintenance system. Let every aging photovoltaic panel become an energy footnote of the new world.