Helmholtz Institute Münster: Ionics in Energy Storage (IMD-4 / HI MS)

Cerium and zirconium dioxide with high acceptor doping can efficiently transport charge even at low temperatures, a key discovery for future miniature energy storage devices.

Mayor Tilman Fuchs welcomed around 500 guests yesterday, Tuesday, 13 January, to the traditional New Year's reception hosted by the council and administration of the city of Münster. This year's keynote speech was given by our Scientific Director, Professor Martin Winter.

The Safe.SIB project aims to develop a new generation of safe, durable and cost-effective sodium-ion batteries – an important step towards sustainable energy storage solutions from North Rhine-Westphalia.

New German-Canadian joint project uses automated laboratories and machine learning to develop electrolyte and electrode materials more efficiently and increase the performance of electric vehicle batteries.

Analysis of Aging Products Using High-performance Liquid Chromatography

New study shows: Local dry-out of pores and the formation of resistive intermediate layers at critical electrolyte amounts is the cause of “cell death”.

Cerium and zirconium dioxide with high acceptor doping can efficiently transport charge even at low temperatures, a key discovery for future miniature energy storage devices.