The Solar Panel Recycling Machine successfully recycles resources, reduces waste and environmental pollution, and provides significant economic value to the green photovoltaic industry.

The Solar PV Panel Recycling Machine can basically process all types of photovoltaic panels commonly found on the market.

The Solar PV Panel are primarily classified into the following categories based on the semiconductor materials and technologies used, resulting in significant differences in their raw material selection:

Monocrystalline silicon photovoltaic panels are made from high-purity silicon ingots with a single crystal orientation. The cells are uniform in color, typically dark blue or black, and have the highest conversion efficiency.

Polycrystalline silicon photovoltaic panels are made from multiple silicon crystal ingots. The cells have an ice-like pattern on the surface, appearing blue, and have slightly lower conversion efficiency.

Monocrystalline and polycrystalline silicon photovoltaic panels are the mainstream photovoltaic panels on the market, accounting for over 95%.

The silicon, copper, silver, etc. inside its photovoltaic panels contain huge recycling value. In addition, there are thin-film photovoltaic panels and bifacial photovoltaic panels.

After being tested on The Solar PV Panel Recycling Machine, these photovoltaic panels had a recovery rate of over 95% and a purity of over 90%.

After physical crushing and separation, waste solar panels can be processed to recover glass particles, aluminum frames, silicon powder, copper, and small amounts of silver, as well as plastic materials such as backsheet and EVA. Through a well-designed separation process, multiple materials can be efficiently recycled, improving overall resource utilization and recovery value.