全球BC技术创新峰会即将在义乌开幕

Core Viewpoint - The upcoming Global BC Technology Innovation Summit and the 14th Bifi PV Workshop will be held in Yiwu, Zhejiang, showcasing China's significant role in the global photovoltaic (PV) industry [1][3]. Group 1: Event Overview - The summit will take place on November 24-25, co-hosted by Aiko and ISC Konstanz, marking the second consecutive year it is held in China [1][3]. - The event will feature opening speeches from Radovan Kopecek, co-founder of ISC Konstanz, and Chen Gang, Chairman of Aiko [3]. Group 2: Technical Discussions - Experts from Aiko, Longi, RCT Solutions, and Futur aSun will engage in discussions on building a sustainable BC innovation ecosystem, focusing on strategy, collaboration, and future developments [3]. - The summit will cover the entire lifecycle of BC technology, emphasizing the need for innovation and quality in materials and manufacturing processes [3][4]. Group 3: Research and Development Insights - Companies like TCL Zhonghuan, GCL Technology, and Semilab will share advancements in silicon material characterization and production technologies [4]. - Experts from various institutions, including the University of New South Wales and Delft University of Technology, will present on BC battery research progress [4]. Group 4: Application and Industry Insights - The second day will focus on the mass production applications of photovoltaic technology, with presentations from companies like Dier Laser and Highview Solar on BC battery production processes [4]. - Third-party testing and research organizations will discuss evaluations and quality certifications for N-type photovoltaic products, including BC technology [4]. Group 5: Networking and Opportunities - The summit will feature over 30 cutting-edge technical presentations from global scholars, industry experts, and decision-makers, aimed at exploring new opportunities for industry development [4]. - Attendees will have the chance to visit Aiko's ABC production base in Yiwu to witness the intelligent manufacturing of high-efficiency ABC battery components [4].