A
Module Dismantling and Material Separation
Company-provided patent materials cover layer-by-layer dismantling, backsheet lifting and peeling, and solar-cell removal as routes to material separation.
View patent recordYANGYUAN · REGIONAL NETWORK
Rooted in China. Connecting Resources for a Circular Future.
From our base in Lingang, Shanghai, we are building a nationwide network for photovoltaic-module recovery, connecting project needs with local partners.
Choose a region to explore Yangyuan’s network
Shanghai · Lingang
Shanghai Yangyuan Technology Co., Ltd.Jiangxi · Ganzhou
Shanghai Yangyuan Technology Co., Ltd. Ganzhou BranchGanzhou Yuanneng Technology Co., Ltd.Shandong · Binzhou
Binzhou Yuannengyue Renewable Resources Co., Ltd.Yangyuan’s regional network in China · Markers show city locations
Established2024Lingang, Shanghai · China
ABOUT YANGYUAN
Environmental Technology for a More Circular Future
Shanghai Yangyuan brings together project needs, technical exchange, and industry collaboration across environmental technology, new energy, and resource recovery. Our current focus is the recovery of retired photovoltaic modules. Company-provided patent materials covering dismantling, material feeding, visual inspection, and whole-wafer recovery provide a technical basis for exploring practical reuse options.
- Registered capital of RMB 5 million
- A Sino-foreign joint venture supporting domestic and international technical collaboration
- Affiliated operations in Shanghai, Ganzhou, and Binzhou
CORE CAPABILITIES
Practical Technology for Real-World Needs
Company-provided patent materials cover module dismantling, process coordination, visual inspection, and whole-wafer recovery, providing a basis for technical discussion.
B
Feed Systems and Mechanical Guidance
Patent materials on dual-track distribution, interval feeding, and robotic-arm guidance inform how dismantling steps could be coordinated.
View patent recordC
Machine Vision and Robotic Gripping
Visual-inspection devices, inspection stations, and vision-guided grippers provide a technical basis for identification, inspection, and handling.
View patent recordD
Whole-Wafer Recovery
Layer-by-layer dismantling concepts explore how silicon wafers might be separated intact for more effective recovery and reuse.
View patent recordRECOVERY USE CASES
Recovery Needs from Retired Modules to Manufacturing Scrap
Different sources, volumes, and module conditions call for different recovery and collaboration approaches.
01
Retired PV Modules
Supporting asset owners, operators, and engineering partners with recovery needs arising from large-scale retirements, upgrades, and replacement programmes.
Explore solutions02
Manufacturing Scrap
Working with manufacturers on non-conforming modules, damaged units, offcuts, and other opportunities to return production materials to use.
Explore solutions03
Recovered Material Streams
Connecting separation and sorting with downstream uses for recovered glass, silicon, aluminium, conductive materials, and other resources.
Explore solutions
MATERIAL VALUE
Unlocking the Recoverable Value
in Every Module
Photovoltaic modules contain recoverable glass, silicon, aluminium, and conductive materials. Careful separation and sorting can help direct each material towards an appropriate next use.
Explore our technology Concept image · Illustrative onlyHOW WE WORK
A Four-Step Approach to Project Collaboration
We begin by understanding the project, then agree on a practical way forward.
- 01
Initial Consultation
Share the project type, available materials, location, and preferred timetable.
- 02
Project Review
Consider the available recovery options in the context of the project.
- 03
Delivery Coordination
Coordinate transport, handover, and process management under the agreed plan.
- 04
Review and Follow-up
Document the outcome and identify any next steps for continued collaboration.
START A CONVERSATION