Bifacial PV Panel Recycling Line
With the rapid development of solar energy technology, the number of retired bifacial photovoltaic (PV) panels is increasing. Unlike conventional solar panels, bifacial PV modules can generate electricity from both the front and rear sides, making their internal structures and materials more complex. A Bifacial PV Panel Recycling Line is specially designed to process waste bifacial solar panels, recover valuable materials, and reduce environmental pollution. It provides an efficient solution for photovoltaic waste treatment and resource recycling.
The recycling process typically begins with panel feeding and positioning. Waste bifacial PV panels are transported to the feeding platform, where automatic positioning devices ensure accurate alignment. Depending on the production line configuration, the aluminum frame and junction box can be removed first. The panels then enter the glass removal machine, which uses specialized mechanical technology to separate the front and rear glass layers from the remaining materials. This process helps recover glass while minimizing damage to other recyclable components.
After glass removal, the remaining materials are transferred to the subsequent processing equipment for further separation. Through crushing, grinding, screening, and other separation processes, the production line can separate silicon cells, EVA or POE encapsulation materials, copper ribbons, and other components. Advanced dust collection systems can also be integrated to reduce dust emissions and maintain a cleaner working environment. Different equipment configurations can be customized according to panel structures, processing capacities, and recovery requirements.
The final products of the Bifacial PV Panel Recycling Line mainly include glass granules, glass powder, silicon-rich cell fragments, copper, aluminum, and other recoverable materials. These recovered resources can be reused in glass manufacturing, metal recycling, and other industrial applications. When selecting a suitable recycling line, businesses should consider panel dimensions, glass removal efficiency, processing capacity, material recovery rates, automation level, and investment costs. A properly configured system helps improve recycling efficiency, reduce operating expenses, and promote sustainable development in the solar energy industry.
Final Product
Applications
1. This recycling line is specifically designed for bifacial glass-glass PV modules with frames, and is also suitable for damaged panels as well as single-glass modules.
2. It integrates automatic feeding, frame removal, junction box removal, double-shaft shredding, separation, and material recovery into one system, enabling efficient and automated processing.
Equipment Structure
Schematic diagram of the Bifacial Panel recycling line for solar panel crushing and sorting.
Key Equipment and Workflows
Customizable Solution
The production line offers both standard and one-to-two high-capacity configurations to meet varying throughput requirements. It supports customization of voltage, equipment color (RAL standard), and overall system configuration, along with complete layout drawings and technical documentation to ensure flexible adaptation and efficient project implementation.
Parameter
| Model | PVR-1500 |
| Overall Dimension (mm) | 57000 × 8000 × 6000 |
| Power (kW) | 390 |
| Capacity (kg/h) | 1000–1500 |
| Panel Size | W ≤1300mm；L: 1000–2400mm |
| Compressed Air | 0.6–0.8 MPa；0.5 m³/min |
| Discharge Height | ≥1.1 m |
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Specialized for Double-Glass Modules – Designed specifically for dual-glass PV panels, ensuring efficient handling of two layers of tempered glass.
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High Recovery Rate – Achieves up to 95% total material recovery, maximizing economic value from waste panels.
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Ultra-High Glass Purity – Recovered glass purity reaches up to 99%, suitable for reuse in glass and construction industries.
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Advanced Delamination Technology – Gentle and precise delamination reduces glass breakage and ensures higher-quality output.
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Strong Adaptability – Compatible with bifacial modules, double-glass laminated structures, and various panel types.
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Environment-Friendly Operation – Equipped with pulse dust collectors, sealed conveyors, and noise-control systems to ensure safe and clean recycling.
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Intelligent Control System – PLC + HMI monitoring allows real-time data tracking, fault diagnosis, and remote technical support.
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Stable & Durable Structure – Heavy-duty shredders, crushers, and mills provide long service life and reliable performance.
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Modular & Flexible Design – Each processing unit can be customized independently based on different capacity and layout requirements.
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Easy Installation and Maintenance – Standardized layout, clear workflow, and easily accessible components reduce downtime and simplify daily maintenance.
