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Technical University of Munich

News from MEP

Visit of a Delegation from Mexico at the MSE

On Monday, 20 June 2016, a delegation from Mexico, consisting of representatives of the state and of industry, visited the Munich School of Engineering

Extended Deadline: 6th Energy Colloquium of the Munich School of Engineering

Dear doctoral students and young researchers, on 07.07.2016 the colloquium of the Munich School of Engineering (MSE) of TUM will be held for the sixth time. With the title "New Concepts in Energy Science and Engineering", it is the goal of the colloquium to bring knowledge and research in the field of energy at the TUM closer together and to provide a platform for discussion and exchange.…

MEP Research News

| TUM.Battery News, Batterieforschung Publikationen

Two new publications from the field of cell diagnostics - investigation of LMR-NCM and NCA cathode active materials in multilayer lithium-ion cells

The successful collaboration among the Chair of Technical Electrochemistry (TEC), the Institute for Machine Tools and Industrial Management (iwb), and the Institute for Electrical Energy Storage Technology (EES) within the projects ExZellTUM II (grant no.: 03XP0081) und ExZellTUM III (grant no.: 03XP0255) supported by the German Federal Ministry of Education and Research (BMBF) resulted in the…

| TUM.Battery News, Batterieforschung Publikationen

Scientists at the Technical University of Munich (TUM) have developed a new cell design for lithium-ion batteries for material characterisation

The "battery with windows" makes it possible to measure the lithium concentration within an electrode as a function of depth during charging and discharging with the help of neutrons. The new technique can help clarify reaction mechanisms in batteries and understand ageing phenomena.

| TUM.Battery News, Batterieforschung Publikationen

New publication from the field of solid state electrolyte parametrisation

The paper reports investigations of the formation of space charge layers at different electrode polarisations using impedance spectroscopy. Which are analysed with a physical equivalent circuit model describing the response of the solid/solid interfaces under blocking conditions.

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