On March 16, 2015, the 'Global Thin Film Power Product Innovation Competition – China Region: Zhejiang University Station' event, hosted by Hanergy Thin Film Power Group, the world’s leading thin film solar power company, kicked off at Zhejiang University. Nearly a hundred students from majors such as energy engineering, materials engineering, and electrical engineering at Zhejiang University responded enthusiastically and actively participated. They engaged in lively discussions on the theme of 'Smart Home · Harmonious Living' with experts from Hanergy and renowned observers from China's telecommunications industry.
Event Presentation Venue
During the presentation session, the event organizers first motivated the students, introducing details about the competition, participation methods, and various award categories. Engineers and technical staff from Hanergy also explained 'Thin Film Solar Power Technology and Its Applications,' giving attendees an in-depth understanding of the advantages of thin film solar power technology—such as flexibility, light weight, excellent low-light performance, color adjustability, and shape adaptability—as well as its wide range of applications. The rules of the competition were outlined in detail, including guidance on creating presentation slides, with careful reminders to students about proposing creative plans appropriately. At the venue, Mr. Xiang Ligang, a renowned observer in China’s telecommunications industry, delivered a keynote speech on 'Opportunities in Smart Internet and New Energy.'
Mr. Xiang Ligang, Renowned Observer in China’s Telecommunications Industry
Zhejiang University is one of the earliest modern higher education institutions in China’s history established following Western academic models, housing national key laboratories, major scientific infrastructure, and national large-scale scientific instrument centers. Leveraging the comprehensive academic strength and resource advantages of a top-tier university, Zhejiang University became an important competition hub in the East China region for the organizing committee of the competition.
Mr. Xin Huanhai, Deputy Director of the Department of Electrical Engineering at Zhejiang University
The presentation session of this Thin Film Power Product Innovation Competition helped promote awareness of thin film solar power technology, enriched students’ campus cultural life, and encouraged them to combine their academic knowledge with thin film solar technology for creative thinking and design. Through the innovative capabilities of college students, more people can experience the new lifestyle brought by Hanergy’s world-leading thin film solar power technology, as well as the changes that mobile energy will bring to future living.
About Hanergy Thin Film Power Group Limited
Hanergy Thin Film Power Group is currently the world’s No. 1 thin film power company in terms of market value, technology, and scale. Since entering the solar energy industry in 2009, the group’s main businesses include R&D and design of full-line thin film production lines, as well as development, operation of thin film power generation projects, and application products. Through global technology integration and independent R&D, the company has mastered world-class thin film power generation technologies. Currently, the conversion efficiency of Hanergy’s CIGS and GaAs thin-film solar cells reaches up to 21% and 30.8%, respectively. Thin film power generation technology offers advantages such as flexibility, light weight, excellent low-light performance, color adjustability, and shape adaptability. It can be widely applied in areas such as Building Integrated Photovoltaics (BIPV), agricultural facilities, residential power generation, automotive applications, electronic products, general-purpose products, commercial drones, and special-use products. For more information about the competition, please visit the official website (http://tfaward.hanergythinfilmpower.com), or follow the official WeChat service account 'Thin Film Power Innovation Platform' for specific participation details.