Background
Perovskite solar cells have emerged as a revolutionary technology in the solar industry. Their potential for high efficiency and low production costs makes them a hot topic in both research and commercial sectors.
Driven by the global energy transition and environmental protection initiatives, perovskite technology, as a cutting-edge player in the photovoltaic sector, is exhibiting immense potential for development. Boasting low costs and high efficiency, this technology stands as a pivotal solution to the pressing issues of energy crisis and environmental pollution. In particular, tandem perovskite technology, through optimizing material structures and processes, achieves broader absorption of the solar spectrum, significantly enhancing photoelectric conversion efficiency, heralding major breakthroughs in future photovoltaic technology. Nonetheless, current perovskite technology still confronts challenges such as stability and large-scale production, necessitating concerted efforts from researchers and enterprises to focus on key areas like materials science and device engineering to achieve further technological breakthroughs.
Throughout this series, we will cover a broad spectrum of topics, including but not limited to technological innovations, market trends, applications, and the integration of artificial intelligence in solar technology. Our goal is to foster a collaborative environment where ideas can be exchanged, and new partnerships can be formed. We believe that by bringing together the brightest minds in the industry, we can drive forward the global adoption of solar energy and contribute to a more sustainable future.
Time
4 PM Beijing, September 27, 2024
Key Takeaways
- Challenges in the preparation of high-efficiency large-area Perovskite solar cells;
- Opportunities and challenges during Perovskite PV cell R&D and production;
- Perovskite production equipment and turnkey solution.
Speaker
Homer Chen
Special Assistant to CEO
S.C New Energy Technology Corporation
Mr. Homer Chen is acting as the special assistant to the CEO of Shenzhen SC, assisting in the technology and operation of RPD equipment. Formerly served as the BD Director at Archers in Taiwan, assisting in the development of PECVD and RPD businesses, and participated in the mass production equipment project for microcrystalline silicon and CIGS thin film PV modules. Previously served as the factory director of the US Lite Array factory in Jiangmen in 1999, managing China’s first 6-inch inorganic FPD panel production plant. During his guest research at the NIST in Maryland, USA, he participated in the creation of the EPA terrestrial UV spectral irradiance measurement system and set up a photodetector linearity testing system. For his tenure at the MRL of ITRI in Taiwan, he established several testing systems for projecting light sources. Responsible for the overall planning of optical disc production including sputter at Linfair Engineering. Mr. Chen receives his MS in EE from UAH, EMBA from NTU, and BS degree in Physics from Tsinghua University in Taiwan, specializing in optoelectronic metrology.
