Greek photovoltaic panel recycling line is a comprehensive system combining mechanical crushing, physical sorting, and automated dismantling. It typically includes the following core modules:

Overview of the Greek Solar Panel Recycling Line:

1. Automatic Frame Removal System: Automatically removes aluminum frames, improving dismantling efficiency and reducing manual intervention.
2. Junction Box Removal System: Quickly separates junction boxes and copper wires using automatic thermal cutting or mechanical cutting.
3. Panel Delamination & Crushing System: Crushes the laminated structure of photovoltaic modules into sortable particles, laying the foundation for subsequent purification.
4. Glass Recovery Section: Uses vibrating screens and air separation technology to separate high-purity glass fragments.
5. Material Separation Line (Silver, Silicon, EVA):Separates precious metals and semiconductor materials using gravity separation, electrostatic separation, and magnetic separation technologies, achieving high-value-added recycling.
6. Dust Control System: Fully enclosed dust collection design ensures compliance with local Greek environmental standards.

The entire recycling line can be customized according to the processing capacity: from 500 kg/h to 2 t/h.

1. High Recovery Rate

Glass recycling rate up to ≥95%

Aluminum frame recycling rate ≈100%

Significantly improved recycling rates for silver and silicon materials.
High recycling rates translate to higher economic efficiency and better align with Greece’s circular economy policy.

2. Fully Automated, Low Labor Cost

Automated frame removal, cutting, and sorting—the entire process is mechanized.

Each production line requires only 3–5 operators.
Reduced labor costs, suitable for Greece’s current labor shortage.

3. Eco-friendly & Low Energy Consumption

Utilizes physical sorting technology, eliminating chemical pollution.

Closed-loop crushing and dust removal system, emissions meet EU environmental standards.
Suitable for Greece’s stringent requirements for green energy recycling.

4. Multi-material Recovery

Produces high-value materials, including:

High-purity glass fragments

Aluminum profiles

Copper wire

Silver powder/precious metals

Renewable silicon powder. The entire line achieves a “zero-waste” recycling process, maximizing economic benefits.

5. Modular & Flexible Design

Can be configured with different site options according to different regions of Greece (mainland/islands).

Supports expansion from small processing points to large centralized plants.

Can be integrated with local government and energy company recycling systems. Highly flexible and adaptable.