Dr. Li Haomin was invited to attend the forum and deliver a keynote speech at CWIEME Shanghai International Coil Exhibition.
Release time:
2025.06.27
From June 25 to 27, 2025, CWIEME Shanghai—the International Coil Exhibition—will be held with great prestige at the Shanghai Expo Center. As currently the premier, fully integrated, and comprehensive international exhibition in the Asia-Pacific region, it brings together annually leading global industry players representing the highest standards in the field. It serves as an internationally efficient platform for exchange between producers and consumers, as well as between supply and demand, in the manufacturing sectors of coils, motors, and transformers.

At this exhibition, Dr. Li Haomin, Associate Professor at Xi'an Jiaotong University and Deputy General Manager of Zhejiang Xibili Technology Co., Ltd., was invited to participate in the concurrent Transformer Forum and delivered a keynote speech titled “New Ceramic-Based Composite Insulated Aluminum Winding Technology and Its Applications in Transformers and Motors.”

At the forum, Dr. Li Haomin began by discussing the opportunities and challenges presented by the current supercycle in the power industry. He then provided a clear and concise introduction to Xibili Technology’s research and major technological breakthroughs in the field of new ceramic-insulated/ceramic-based composite insulated aluminum electromagnetic wires, as well as their application achievements in aluminum-wound transformers for the new energy sector. He focused on analyzing the significant advantages and broad application potential of this new ceramic-based composite insulated aluminum winding technology in the field of energy and power equipment.
After the presentation, attendees engaged in an in-depth discussion with Dr. Li on topics such as the application of new aluminum-based electrical equipment in zero-carbon parks. Moreover, many interested individuals immediately made their way to the Sibiri Tech booth to learn more about the products and seek business consultations. The Sibiri booth remained extremely popular throughout the second day.

The Sibiri booth has seen a constant stream of visitors and business negotiations, with merchants coming one after another.
The exchange of ideas, the clash of perspectives, and professional discussions not only help promote innovative development and technological advancement across the transformer industry as a whole, but also build bridges for fostering cooperation and communication within the industry.
Zhejiang Sibiri Technology Co., Ltd. is a national-level high-tech enterprise integrating the research and development, production, and application of new electrical materials. In response to the nation’s “Dual Carbon” strategic goals and the significant demands for advanced electrical materials, new power system equipment, and new-energy electrical devices, the company has innovatively developed nano-carbon-enhanced conductivity technology and long-life organic-inorganic composite insulation technology. It has also researched and developed a series of high-performance, novel aluminum-based electrical materials, which have been successfully applied in electrical equipment such as transformers, reactors, motors, electromagnetic pumps, and electric welding machines. The company provides professional, efficient, and sustainable solutions to customers worldwide, leading green technological innovation and industrial upgrading in the field of new electrical materials.

The company has joined forces with domestic and international research institutions, including the National Key Laboratory of Electrical Insulation Materials and Electrical Engineering and the National Key Laboratory of Metal-Based Composites, to establish a dual-engine system comprising an “internationalized innovation cluster + industrial cluster.” Grounded in international cooperation, this system leverages high-level innovation platforms to drive cutting-edge technology R&D and foster global resource connectivity, thereby creating an internationally competitive science and technology industry innovation cluster.
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