I. Basic Information
Subject: High-Efficiency Perovskite Solar Cells
Time:Thursday, October 30, 2025, 16:00 Beijing Time (UTC+8)
Venue: Online
Platform: Tencent Meeting
Meeting Link: https://meeting.tencent.com/dm/TOeVI2WRj27E
II. Session Overview
This seminar focuses on the efficiency breakthroughs and industrialization advancement of perovskite solar cells. It brings together top scientific research forces from China, Myanmar, Saudi Arabia, Spain, and Southern Africa, to conduct in-depth discussions on the core bottlenecks in this field.
At present, perovskite solar cells have achieved a single-cell efficiency of 26.78% and a tandem cell efficiency of 34.2%. However, issues such as insufficient stability and uneven large-area preparation still restrict the process of industrialization. During the seminar, Professor Omar F. Mohammed from King Abdullah University of Science and Technology (KAUST) in Saudi Arabia will share new findings on the imaging research of carrier transport in two-dimensional perovskites. The polymer interface bridge technology developed by his team has enabled the device efficiency to exceed 26.6% while achieving long-term stability. Professor Zang Zhigang and Associate Professor Wang Huaxin from Chongqing University, China will combine domestic research practices to discuss the mechanism of synergistically improving battery performance through interface engineering and additive engineering. Professor Ivan Mora Sero from the University of Jaume I in Spain will introduce new pathways for perovskite quantum dot synthesis. Additionally, Professor Francis Dejene from Walter Sisulu University in South Africa and the research team led by Professor Yin Maung Maung from the University of Yangon will present research perspectives and application explorations from different regions.
The seminar will focus on analyzing cutting-edge technologies such as diradical material design, new strategies for perovskite quantum dot synthesis, and vapor-assisted surface reconstruction. It will build a cross-regional communication platform between basic research and industrial transformation, aiming to enhance the damp-heat stability of perovskite solar cells.
