Solar PV recycling, also known as photovoltaic recycling, is an emerging waste stream generated by both consumers and commercial users. While the current demand for solar panel recycling may not be exceptionally high, there’s a growing need to address the end-of-life management of early-era solar power systems and solar PV systems. SUNY GROUP is positioned to provide industry-leading solutions for recycling and managing these systems, which can contribute to sustainability and resource conservation.
The composition of a solar panel includes various valuable materials, such as glass, aluminum frames, polymers, silicon, copper, and silver paste (utilized for printed conductors on each cell). Remarkably, more than 95% of these components can be effectively recycled. Additionally, photovoltaic panels contain high-value materials like glass, aluminum, adhesive sealant, silicon, silver, and even rare metals such as steel and gallium, which can be efficiently utilized as resources.
SUNY GROUP employs advanced equipment for recycling waste photovoltaic panels using physical methods, including automatic dismantling, crushing, and sorting. These processes are designed to achieve the goal of recycling useful components, thus minimizing waste and promoting the sustainable use of resources.
The typical structure of a solar panel comprises several key components arranged as follows:
Aluminium Frame
Tempered Glass
Encapsulant – EVA (Ethylene Vinyl Acetate)
Solar Cells
Back Sheet
Junction Box
Efficient recycling of these components is not only environmentally responsible but also economically viable, as it allows for the recovery of valuable materials, reducing the demand for new resources and contributing to the circular economy. If you’re considering the end-of-life management of your solar energy system, SUNY GROUP can provide sustainable and effective solutions for recycling, ensuring that valuable materials are given a new life while minimizing environmental impact.
