SNEC 2026: YC SOLUTION의 글로벌 영업 매니저 제시 리우, EnergyBox에서 연사로 초청받다

From SNEC customer meetings to the EnergyBox stage

SNEC 2026 brought YC SOLUTION face to face with customers, partners, recyclers, EPC teams and solar asset owners from multiple markets. Exhibition time was limited, but the conversations were direct: visitors wanted to understand how different module conditions change the recycling route, equipment configuration and business model.

During the event, YC SOLUTION Global Sales Manager Jessie Liu was invited by EnergyBox to share a practical overview of the company’s four recycling solutions. The presentation translated complex process choices into questions that project owners can use when planning a real facility.

Four routes for different incoming PV module conditions

The presentation compared four route families rather than promoting one universal answer. Intact single-glass and double-glass modules can be evaluated for precision physical disassembly. Projects that prioritize deeper layer liberation and cleaner fractions can compare physical pre-treatment plus selected low-temperature pyrolysis. Severely damaged or irregular panels can enter a pure physical crushing and intelligent sorting route. Pure pyrolysis remains a selected thermal option that requires integrated exhaust treatment and local compliance review.

This route-based logic is important because module structure, breakage level, project location, target capacity and downstream material channels all affect the final equipment list.

• Purely physical precision disassembly for controlled, high-value separation.
• Physical + pyrolysis for improved layer liberation and higher-purity downstream fractions.
• Pure physical crushing for severely broken, deformed or irregular panels.
• Pure pyrolysis for selected projects with complete thermal and emission-control engineering.

Why material purity became a central discussion

Many visitors were not simply asking whether glass, aluminum, silicon, copper and silver-bearing material could be recovered. They were asking whether each fraction could be clean enough for a stable downstream sales channel. That shifts the discussion from basic dismantling to contamination control, particle-size management and process sequencing.

For the physical + pyrolysis route, the main advantage is that reusable parts and bulk glass can be removed mechanically before selected encapsulant and cell-layer material enters controlled thermal treatment. This reduces unnecessary mixed feed and can improve downstream separation quality. Final purity and recovery figures still require sample testing and engineering confirmation.

What international customers asked at SNEC

The most useful exhibition questions were practical: Can one line handle both single-glass and double-glass modules? What happens when panels arrive already cracked? Can equipment be deployed close to a decommissioning site? Which route is easier to review under local environmental rules? How should capacity be matched to collection volume?

YC SOLUTION’s response is to begin with incoming-material evidence rather than a generic quotation. Module photographs, bill-of-material information, project country, workshop conditions, expected annual volume and the customer’s target recovered fractions are the starting point for route selection.

Continuing the conversation after SNEC

Jessie Liu and the YC SOLUTION team thank every visitor who shared project information and operating concerns during SNEC. For discussions that could not be completed at the exhibition, customers and partners are welcome to continue the technical review or arrange a visit to the Suzhou facility.

To receive a route comparison, prepare your company name, email, WhatsApp or phone number, module photos, project location and expected capacity. The engineering team can then compare the four routes and identify which assumptions still need sample testing or local compliance review.

Source and Further Reading

This event report was rewritten from the supplied first-hand event notes, photographs, and the EnergyBox reference article. Read the original WeChat reference.