AGM Group, SUSTech Unveil Joint Solar Research Laboratory

• AGM Group and SUSTech unite to pioneer cutting-edge perovskite solar cell innovations, aiming for high-efficiency solutions and a sustainable energy revolution.

AGM Group and Southern University of Science and Technology (SUSTech) have officially launched a joint laboratory to enhance collaboration in perovskite solar cells and photovoltaic components. AGM Group is known for its expertise in high-end equipment and new material manufacturing, while SUSTech's Department of Mechanical and Energy Engineering excels in renewable energy research. Key figures, including Dr. Wang Tao and Dr. Zhu Mingxing from AGM, as well as Professor Qiu Longbin from SUSTech, celebrated this significant partnership aimed at technological innovation and industrial development.

The new laboratory builds on advancements already made, including a perovskite photovoltaic module with a 23.06% efficiency rate. Future efforts will focus on developing advanced perovskite solar cell technologies, with a goal of achieving large-scale automated manufacturing. This collaboration reflects the commitment of both parties to drive sustainable energy solutions, contributing positively to the global new energy landscape.

How will the new lab advance perovskite solar cell technology and manufacturing?

• Research and Development Focus: The laboratory will prioritize innovative research in perovskite materials, exploring new compositions and structures that could enhance efficiency and stability. This focus aims to address current barriers to commercial viability, such as temperature sensitivity and degradation over time.
• Scaling Production Techniques: One of the primary objectives will be to develop scalable manufacturing processes for perovskite solar cells. This includes researching techniques such as roll-to-roll printing, which has the potential to significantly reduce production costs and time compared to traditional methods.
• Collaboration Between Expertise: By leveraging AGM Group's strengths in high-end equipment and SUSTech's leading-edge research capabilities, the lab aims to facilitate knowledge transfer and cross-disciplinary collaboration, fostering innovative approaches to solar cell design and production.
• Performance Optimization: Researchers will work on optimizing the performance of perovskite solar cells under varying environmental conditions. This includes testing cells in diverse climates and conditions to understand longevity, efficiency drops, and potential performance improvements.
• Integration with Existing Technologies: The lab will explore the integration of perovskite cells with existing solar technologies, such as silicon-based cells, potentially leading to tandem solar cells that combine the strengths of different materials for higher overall efficiency.
• Focus on Sustainability: The joint venture will emphasize the environmental impact of perovskite production and disposal. Research will include developing eco-friendly materials and manufacturing processes, ensuring that the advancements in solar technology align with sustainable practices.
• Training and Skill Development: The laboratory will serve as a center for training students and young professionals in the field of renewable energy technology, particularly in advanced manufacturing processes and new material research, contributing to a skilled workforce for the renewable energy industry.
• Prototyping and Testing Facilities: The establishment of dedicated prototyping and testing facilities will provide essential infrastructure for rapid development and iteration of perovskite solar cell designs, enabling accelerated timelines for bringing innovative solutions to market.
• Industry Partnerships: The collaboration may extend beyond AGM and SUSTech to include partnerships with other industry stakeholders, enhancing resource sharing, and providing broader insights into market needs and technological trends.
• Policy Advocacy and Impact: As advancements in perovskite solar cell technology emerge from the lab, efforts will also be made to engage with policy makers to advocate for supportive regulations and incentives, ensuring that innovations can be successfully implemented at scale.