When customers plan a large PV panel recycling project, they often want to know whether the equipment can handle continuous feeding, mixed panel conditions, and stable material recovery. In this case, YUSHUNXIN introduced a 1000kg/h mechanical solar panel recycling line designed to process about 10,000 end-of-life PV panels through pre-sorting, dismantling, crushing, separation, dust control, and final material collection.
Project Background: Why 1000kg/h Capacity Was Needed
For 10,000 waste solar panels, the total material volume can be significant. Some panels may arrive with aluminum frames, junction boxes, cables, broken glass, dust, or surface contamination. Therefore, the customer needed more than a simple crusher. They needed a complete mechanical recycling solution that could process panels continuously and keep each recovery stage stable.
A 1000kg/h line was selected because it offered a practical balance between output, investment, and site requirements. It was suitable for large recycling plants that already had a steady supply of retired photovoltaic modules. For customers planning similar industrial-scale operations, a high-capacity PV recycling system provides the throughput needed for continuous commercial production.
Pre-Sorting Before Mechanical Recycling
Before the panels entered the recycling line, the customer arranged a pre-sorting area. Workers classified incoming PV panels into intact framed modules, cracked panels, heavily contaminated panels, and frameless panels. This step helped improve feeding stability and reduce unexpected machine blockage.
For large projects, pre-sorting is important because different panel conditions can affect the recycling process. A clean and organized feeding stage makes the whole production line easier to control.
Main Processing Flow of the 1000kg/h Line
The YUSHUNXIN mechanical recycling line can include frame removal, junction box removal, glass separation, crushing, screening, air separation, and dust collection. First, the system removes valuable aluminum frames and junction boxes. Then, the remaining panel materials enter the crushing and separation process.
Through mechanical crushing and multi-stage separation, the line helps recover glass, aluminum, copper, plastic, and silicon-containing fractions. The dust collection system also reduces dust during operation and helps create a cleaner working environment. For facilities operating under strict European standards, the French large-scale PV recycling project offers practical insights into cost management and regulatory compliance.
Stable Operation and Material Recovery
For a 10,000-panel project, stable operation matters more than short-term speed. YUSHUNXIN focuses on smooth feeding, durable machine structure, reasonable equipment layout, and easy maintenance. These factors help customers reduce downtime and maintain consistent processing quality.
The final recovered materials can be stored in separate areas for further sale or downstream processing. This improves the value of the recycling project and supports better resource reuse. For businesses looking to scale up from smaller operations, a 500kg/h PV recycling system offers a practical entry point before moving to 1000kg/h capacity.
Why Choose YUSHUNXIN?
As a manufacturer of solar panel recycling equipment, YUSHUNXIN provides customized solutions based on panel quantity, site area, labor plan, budget, and target recovered materials. For customers planning a 1000kg/h PV panel recycling project, we can help design a practical mechanical recycling line from raw material handling to final material collection.
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