[Conference] The Third Academic Conference on New Energy Materials and Devices in China

The Third Academic Conference on China's New Energy Materials and Devices is scheduled to be held in Xinyu, Jiangxi Province, from August 9 to 11, 2019. The meeting was jointly sponsored by China Nonferrous Metals, Xinyu Municipal People's Government, Jiangxi University of Technology, Kunming University of Technology, and Central South University, and undertaken by North China Metallurgical (Beijing) Engineering Consulting Co., Ltd. Leaders, academicians, well-known experts and scholars in the industry and enterprise representatives of the association (society) will be invited to make special reports on relevant national policies and technological development. The conference will conduct a comprehensive and in-depth discussion on the development goals and tasks of science and technology in the industry, summarize the advanced production processes and key technologies recently developed at home and abroad, summarize and compare with typical engineering examples, guide the upgrading of China's new energy materials and devices industry, and have guiding and reference significance for ensuring the sustainable development of the industry and improving the core competitiveness of enterprises.

◆ Positive and negative electrode materials of lithium ion battery;

◆ Electrolyte, diaphragm, aluminum foil, copper foil, aluminum plastic film and other raw and auxiliary materials;

◆ Lithium ion power battery and power supply system;

◆ Lithium sulfur battery, sodium/potassium/magnesium/aluminum ion battery, metal air battery, supercapacitor, etc;

◆ Solar pole silicon materials, silicon solar cells, photovoltaic power generation systems and projects;

◆ Thin film solar cells and materials;

◆ Extraction and processing of Li, Ni, Co and other resources;

◆ Recycling and recycling of waste secondary batteries and solar cell materials;

◆ New technologies of photo (electric) catalysis and solar energy utilization;

◆ Micro/nano processing, characterization, detection and design of new energy materials and devices.