TOPICS
The worldwide demand for lithium-ion battery systems will increase significantly in the coming years regarding increasing electro-mobile applications. This demand cannot be adequately met due to supply and capacity bottlenecks in cells and raw materials for cells. Therefore, the re-use of batteries and the recycling of battery systems and their materials are of particular importance.
In Korea, material recycling has been practiced for several years and has been established on the market. In addition to recycling different approaches for the re-use of battery systems, modules or components are being discussed in Germany and Korea. The basic idea is to make the previously contributed value creation as usable as possible.
In view of the need for comprehensive efficiency of raw material and energy, the recycling and re-use of lithium-ion battery systems and battery materials is a high economic and envi-ronmental opportunity at both national and global level. Through an aimed interaction of the specific technological and process-related competencies of German and Korean companies in conjunction with leading scientific institutions, the existing technological and economic challenges can be solved together.
Brandenburg University of Technology Cottbus – Senftenberg, department of physical chemistry
Senftenberg – Germany
Website (external)
Technische Universität Bergakademie Freiberg – Institute of Electrical Engineering
Freiberg – Germany
Website (external)
Technische Universität Berlin
department of electrical energy storage technology
Berlin – Germany
Website (external)
