How to choose suitable solar photovoltaic module recycling equipment?

As a professional manufacturer of solar photovoltaic module recycling equipment, SUNYGROUP can provide customers with customized photovoltaic module recycling solutions. The waste photovoltaic module pyrolysis treatment equipment line, through modular design and flexible adjustment, can adapt to diverse application scenarios, providing customized solutions for enterprises.

For small recycling centers, the equipment line can be configured with a "simplified pre-treatment + small pyrolysis furnace + basic sorting" module. This configuration requires a small footprint, only 100-150 square meters of space for installation, and the equipment operation process is simple, requiring only 2-3 trained personnel for daily operation. The processing capacity is approximately 0.8-1.2 tons per hour, which can meet the recycling needs of scattered waste photovoltaic modules in the region. The processed materials can be regularly transported to large processing plants for further processing, suitable for small enterprises or individual operators with limited funds and small recycling volumes.

Medium-sized recycling companies can choose the "standard full-process equipment line," which covers complete pre-treatment, pyrolysis, and sorting stages. The equipment uses semi-automatic control, coordinating the operation of each stage through a central control system to reduce manual intervention; the pyrolysis furnace and sorting equipment can flexibly adjust parameters according to the material type (such as single-glass, double-glass, and different-sized modules) without replacing core components. The processing capacity is stable at 1.5-2 tons per hour, and 30-40 tons of waste photovoltaic modules can be processed per day, matching the recycling scale of medium-sized enterprises, while also reserving capacity expansion interfaces for future equipment upgrades based on business growth.

Large recycling bases can be configured with a "large-scale multi-line system," with multiple pyrolysis treatment production lines running in parallel, coupled with an intelligent management platform to achieve fully automated operation. The platform can monitor the operating status, material inventory, and energy consumption data of each production line in real time, optimizing production scheduling; the back end can also connect to deep processing equipment such as silicon purification and metal smelting, forming a "recycling - processing - regeneration" industrial chain. The total processing capacity can reach more than 5 tons per hour, which can quickly process a large number of waste photovoltaic modules, suitable for large enterprises or industrial parks that pursue economies of scale and have a complete industrial chain layout.

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