Single-Glass PV Modules Recycling Equipment Process and Capacity Guide

The Single-Glass PV Modules Recycling Equipment is designed to efficiently process waste glass-backsheet PV modules, including retired panels, production scrap, and damaged solar panels. By integrating automated dismantling, thermal separation, crushing, and sorting technologies, the system improves recovery efficiency, reduces labor costs, and enables stable recovery of valuable materials compared with traditional manual recycling methods.

Recycling Process and Main Equipment Configuration
The recycling process starts with an automated feeding system that uses robotic gripping and visual recognition technology to ensure accurate panel positioning and continuous operation. The junction box and aluminum frame removal systems then separate key components, followed by controlled heating at around 50–70°C to soften the EVA layer and improve glass separation. After glass recovery, the remaining materials are crushed, ground, and separated through gravity and screening technologies to recover metals, silicon, and plastics. An integrated pulse dust collection system helps control dust emissions, ensuring cleaner operation and improved environmental performance throughout the recycling process.

Processing Capacity and Application Benefits
For standard single-glass PV modules weighing around 25 kg per panel, a recycling line with a capacity of 50–60 PCS/H can process approximately 1.25–1.5 tons per hour, 10–12 tons per day (8-hour operation), and 3,000–3,600 tons annually (300 working days). This capability makes the system suitable for commercial solar panel recycling plants, renewable waste processors, and businesses seeking reliable, long-term material recovery solutions.

By combining automation, efficient separation technology, and high material recovery rates, a Single-Glass PV Module Recycling Line helps operators transform photovoltaic waste into valuable secondary resources while contributing to a more sustainable solar industry.

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