On August 7-9, 2026, the "2026 Advanced Energy Materials and Energy Storage Technology Innovation and Development Forum and Clean Energy Technology Frontier Forum" will be held（ 👉 Click on the link to participate in the meeting【 Shocking Attack 】 2026 Advanced Energy Materials and Energy Storage Technology Innovation and Development Forum and Clean Energy Technology Frontier Forum）The event is about to be held at the Wuxi Huishan Accor Grand Hotel. Dr. Liu Zhongqing, Chairman of Na Yuan New Materials Technology (Wuxi) Co., Ltd., was invited to serve as the Chairman of the "Sodium Ion Battery Mechanism and Technology" Branch and participate in the forum's academic agenda design and technical direction discussions.
📅 2026.8.7-9
📍 Wuxi Huishan Accor Grand Hotel
Dr. Liu Zhongqing
Chairman · Na Yuan New Materials Technology (Wuxi) Co., Ltd
A returnee PhD in the field of new energy materials, founded a company in Wuxi, Jiangsu in 2022 to promote the technological transformation of key materials for sodium ion batteries. He has been selected into the National Talent Plan, the "the Taihu Lake Lake Talent Plan" entrepreneurial leading talents (Class A), "Feifeng Leading Talents", and won the "Young Talent Award" of China Sodium/Lithium Battery Materials Conference.
This forum is jointly organized by Beijing University of Chemical Technology, Hohai University, and the journal "Clean Energy Science and Technology". With the theme of "Gathering Intelligence and Empowering, New Quality Future", it brings together experts from universities, research institutes, and industries at home and abroad, covering 13 major research directions such as efficient utilization of clean energy, energy storage technology and equipment, core technology of solid-state batteries, and mechanism and technology of sodium ion batteries. It is an annual event in the field of energy materials in China that combines academic depth and industrial vision.
🏛️ Organizational structure of the conference
Chairman of the conference:Professor Yang Weimin from Beijing University of Chemical Technology and Professor Fan Xianfeng from the University of Edinburgh, UK
Co chairs:Renowned scholars such as Professor Yang Huai from Peking University, Professor Sun Kening from Beijing Institute of Technology, and Professor Huang Haitao from Hong Kong Polytechnic University
Academic Committee:Gathering nearly 50 experts in the field of energy materials from home and abroad, with academic specifications and industry influence ranking among the top in the industry
In this forum,Mechanism and Technology of Sodium Ion BatteriesBeing established as a separate core sub forum reflects the new stage characteristics of industry development behind this arrangement.
At present, sodium batteries are at a critical stage of transitioning from laboratory to large-scale applications. The explosive growth of energy storage scenarios and the acceleration of lead-acid substitution for two wheeled vehicles have put forward higher requirements for core indicators such as energy density, rate performance, and low-temperature performance of sodium battery materials.
At present, there are still a large number of scientific and technological issues that need to be broken through from the basic principles of materials to engineering mass production: further optimization of material systems, stability control of mass production processes, exploration of low-cost recovery paths... These issues require both continuous deepening of academic research and feedback verification from the industry. The deep integration of industry, academia and research is becoming the core driving force for the next stage of development in the sodium electricity industry.
Dr. Liu Zhongqing's invitation this time is another manifestation of the technological accumulation and industry influence of Na Yuan New Materials in the field of sodium electro polyanion positive electrode materials.
As a leader in providing solutions for polyanion positive electrode systems in the industry, Na Yuan New Materials has been deeply involved in the development of two major polyanion systems: NFS sodium iron sulfate and NFPP sodium iron phosphate pyrophosphateThe industry's first 10000 ton NFS/NFPP dual compatible flexible production lineThe product covers multiple application scenarios such as lead-acid replacement for two wheelers, large energy storage, AIDC distribution storage, and start stop power supply, and its related technical indicators are all in the first tier of the industry.
NFS system material
original creationCombining Soft and Hard to Build a SkeletonThe technology and system materials (main materials+additives) can achieve a compact density of 2.7-2.8g/cm ³, with a 3.6-3.7V high-voltage platform, suitable for lightweight power vehicles and consumer electronics products.
NFPP material
adoptUltra melting synthesis technologyThe compact density of the polarizer can reach 2.2-2.3 g/cm ³, and the capacity retention rate exceeds 85% under high magnification conditions of 10C. For different usage scenarios, Na Yuan New Materials has carried out differentiated material design. High magnification products are suitable for automotive start stop, UPS and other usage scenarios, while high-voltage solid products are suitable for large energy storage, AIDC and other usage scenarios.
At the level of technological research and development, Na Yuan New Materials has collaborated with international companies such as Schott from Germany to explore cutting-edge technologies such as no negative electrode and semi-solid/solid state, continuously promoting material iteration and forming a full chain technological capability from basic research to engineering implementation. Dr. Liu Zhongqing stated that he will take this forum as an opportunity to continue deepening exchanges and cooperation with academia and industry, actively participate in the construction of standards and technical direction discussions in the sodium electricity industry, promote the industrialization process of sodium electricity polyanion material technology, and contribute to the high-quality development of the energy industry.
