Solar Photovoltaic Panel Recycling Project Ref.No.SSTCRC2672
1. Introduction
With the surging global demand for clean energy, the solar photovoltaic industry has witnessed rapid development. According to market research institutions, the global installed capacity of solar photovoltaics is expected to continue to grow at a double - digit rate in the next decade. However, photovoltaic panels have a certain service life, and a large number of decommissioned panels will soon flood the market. Consequently, the recycling of photovoltaic panels has become a crucial challenge for the sustainable development of the industry.
At present, the solar photovoltaic panel recycling market is still in the initial stage of development but holds great potential. On one hand, environmental protection regulations are becoming increasingly stringent, and governments around the world have introduced policies to promote the effective recycling of photovoltaic panels to reduce environmental pollution. On the other hand, photovoltaic panels contain abundant recyclable resources, such as aluminum frames and precious metals like silver. Recycling these resources not only reduces the reliance on virgin resources but also has significant economic value. It is estimated that the value of precious metals contained in decommissioned photovoltaic panels worldwide can reach hundreds of millions of US dollars annually, and this figure will continue to increase with the further expansion of the photovoltaic industry. Therefore, the solar photovoltaic panel recycling market not only faces challenges but also harbors unprecedented opportunities.
2. Research Progress
Disassembly Stage: The research and manufacture of the disassembly equipment prototype have been successfully completed. This equipment can disassemble photovoltaic panels at an efficient rate of 70 panels per hour, stably separating the aluminum frames, which lays a solid foundation for subsequent resource recycling.
Chemical Purification Stage: Through the independently developed chemical purification method, a high - purity extraction of 95% of precious metals such as silver can be achieved in the chemical purification process, ensuring the quality and efficiency of resource recycling.
3. Required Cooperation
This project sincerely invites research teams and resource recycling companies worldwide to collaborate, jointly conduct research, and promote commercialization. We hope to jointly apply for fund projects with partners, integrate the superior resources of all parties, form a powerful synergy, and accelerate the commercial implementation of the project. Specific forms of cooperation include, but are not limited to: jointly establishing a joint research team to share research data and technological achievements; complementing each other's advantages in the field of resource recycling to optimize the industrial chain layout; and jointly carrying out market promotion to jointly explore the global photovoltaic panel recycling market.
4. Benefits
All cooperation parties will jointly share the funds obtained from applications and the benefits brought by commercial cooperation. These funds will be used to improve the subsequent continuous improvement research of the project, from optimizing the disassembly process to enhancing the chemical purification efficiency, and promoting the development of the project in all aspects. Through joint efforts, not only can the commercialization process of the project be accelerated to achieve the scale benefits of the photovoltaic panel recycling industry, but also all parties can learn from each other and grow together in international cooperation, enhancing their competitiveness and influence within the industry.
5. Expected Outcomes
-Research Fund Application: We are committed to applying for influential research funds such as the BRICS - STI Fund, providing stable financial support for the project and promoting the research work to a higher level.
-Academic Output: It is planned to produce more than 3 high - quality research papers, publish them in international authoritative academic journals, share the technological innovations and research achievements of the project, and enhance the project's popularity and influence in the academic community.
-Business Expansion: Establish 3 - 5 cross - regional photovoltaic recycling companies globally, construct a complete photovoltaic panel recycling industrial chain, and realize the full - process commercial operation from recycling and disassembly to resource purification and market sales, leading the development trend of the solar photovoltaic panel recycling industry.