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Heavy weight increase! On December 23rd, HORIBA application experts joined for the first time and explored new paths for perovskite industrialization online with Professor Tan Hairen from Nanjing University
Date: 2025-12-18Read: 4
Against the backdrop of steadily advancing the "dual carbon" goals, the photovoltaic industry has become a key force in promoting the transition to clean energy. Among them, perovskite photovoltaic technology, with significant advantages such as high photovoltaic conversion efficiency (IPCE) and low cost, is rapidly moving from the laboratory research stage to industrial application.
However, the current industrialization process of perovskite photovoltaics still faces many challenges. For example, efficiency and stability need to be improved, large-scale preparation technology is not mature enough, and there are difficulties in outdoor practical applications. In order to overcome these challenges, the industry is carrying out technological breakthroughs from multiple dimensions. During this process,Accurate characterizationPerovskite materialsComposition and StructureIt is crucial, and at the same time,Carrier lifetime/defect analysis、Film thickness control、Micro area quality inspectionandAging process monitoring, etcTechnical means also play a crucial supporting role.
Schematic diagram of perovskite production process
In order to build a comprehensive and in-depth bridge for researchers and practitioners to master the inherent principles and industrialization logic of perovskite photovoltaic technology, and to provide novel ideas and valuable inspiration for everyone to overcome the characterization difficulties of perovskite from multiple dimensions and all aspects, this issue of the "Big Shot Lecture Hall" column welcomesHeavy weight increaseNot only did we invite experts in the perovskite field——Professor Tan Hairen from the School of Modern Engineering and Applied Sciences, Nanjing UniversityAnd it's even more welcomingDr. Hu Enping, Application Manager of HORIBA Analytical Solution Plaza (ASP)The first franchise.
Professor Tan will lead everyone fromBasic theoretical levelSteady and steady, gradually deepening intoPractical operation processUnlock the core points of perovskite industrialization comprehensively and deeply. Dr. Hu will introducefluorescence spectrum、Raman spectroscopy、Elliptical polarization spectroscopyandGlow discharge spectroscopy, etcThe application of technology in the characterization of perovskite samples opens the door to insight into the microscopic world of perovskite. This new combination will provide practicalTechnical SolutionAnd detailedGuidelines for Industrialization ImplementationTo help you achieve greater breakthroughs in the field of perovskite photovoltaics!
Scan the QR code of the poster below immediately or click "Read Original Text" to lock the seat!
Course Information
Lecture courses
Efficient Perovskite Photovoltaic Technology and Industrialization Progress
Lecture time
December 23rd13:30-15:00
Recommended participants
•Research and development engineer and technical leader in the photovoltaic industry, hoping to master the core technology and industrialization trend of perovskite
•Teachers and students majoring in materials science, optical engineering, new energy, and other related fields seek a learning path that combines cutting-edge academia with industry
•Investors and entrepreneurs in the field of new energy want to gain insights into the market potential and investment opportunities of the perovskite industry
•Practitioners in the application of spectroscopic technology, exploring the practical scenarios and innovative directions of spectroscopy in the characterization of photovoltaic materials
You will understand
•Understand the core challenges of perovskite industrialization and master the key strategies for synergistic improvement of large-area high efficiency and outdoor reliability
•Insight into the new technological breakthroughs in the industrialization of perovskite batteries and understanding the core logic of collaborative development in the industry chain
•Digging deep into the technical core of perovskite, understanding the principles and industrial potential behind its efficiency advantages
•Practical plan for studying the specific application of spectral technology in the characterization and performance optimization of perovskite materials
speaker
Professor Tan Hairen
College of Modern Engineering and Applied Sciences, Nanjing University
Renshuo Solar EnergyChairman
Professor and doctoral supervisor at Nanjing University, distinguished youth, chief scientist of the National Key Research and Development Program. He has been engaged in the research of new photovoltaic materials and devices for a long time, including single junction perovskite solar cells, all perovskite stacked solar cells and modules, flexible all perovskite stacked solar cells and modules, and perovskite/crystalline silicon stacked cells. His pioneering work has set seven world records for the efficiency of all perovskite solar cells and has been included in the authoritative "Solar Cell Efficiency Tables" in the industry multiple times. Published over 100 papers in academic journals such as Nature, Science, Nature Energy, Nature Materials, and Nature Photonics, with 24000 citations, and was recognized as a highly cited Clarivate researcher. At the same time, we actively promote the transformation of scientific research achievements and the industrialization of technology, and establish Renshuo Solar (Suzhou) Co., Ltd., a perovskite cell industrialization company. We have also established the world's first large-scale research and development line for all perovskite stacked cells, promoting the industrialization process of new perovskite photovoltaic technology.
Dr. Hu Enping
HOIRBA Application Manager
Obtained a doctoral degree from Nanyang Technological University in Singapore in 2010. Since joining HORIBA in 2011, I have mainly been engaged in Raman applications and technical support related work, accumulating rich experience in various application fields such as chemistry, materials science, biology, and environmental science. I am currently the application manager of HORIBA's cutting-edge application development center. With the mission of complementary advantages, multilateral integration, and win-win cooperation, I am committed to collaborating with Chinese users to develop corresponding technology solutions in the industry by integrating HORIBA's various spectral analysis technologies.
Lecture schedule
13:30-14:30
Efficient Perovskite Photovoltaic Technology and Industrialization Progress
Professor Tan Hairen
•The Development Status and Industrialization Prospects of Perovskite Photovoltaic Technology
•Core challenges and technological breakthroughs in the industrialization of calcium titanium minerals
•Application Practice of Spectral Technology in Perovskite Research
•Industry chain synergy and future prospects of perovskite photovoltaics
14:30-14:40
Application of HORIBA Spectral Technology in Characterization of Perovskites
Dr. Hu Enping
•Introduce the application of various spectroscopic techniques of HORIBA in the characterization of perovskite samples, covering carrier lifetime, defects, micro area quality, film thickness, etc.
14:40-15:00
Interactive Q&A
How to sign up
Scan the QR code in the poster and enter the activity page to register.(10 minutes before the start of the course, you can enter the live broadcast room through the "Registration and Submission Successful Notification")
