
Switching Materials: The Future of Anodes
Switching Materials: The Future of Anodes Developing next-generation battery cells. New anode materials that combine silicon, nanophysics, and digital technologies
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Switching Materials: The Future of Anodes Developing next-generation battery cells. New anode materials that combine silicon, nanophysics, and digital technologies

5 ways to streamline the implementation of Automotive Cyber Security Management Systems Joachim Mohs With the rise of technologyand advancements

Application of MWCNTs to Improve the Performance and the Processability of LIB Electrodes: Hamidreza Beheshti & Dr. Alicia Rul Electromobility

PRESSURE SENSITIVE MATERIALS – APPLICATIONS AND DESIGN CONSIDERATIONS Ulrike Steinfort Everyone uses pressure-sensitive materials daily, often without realizing it. For

Bonding, sealing and potting as key technologies for battery production Carolin Gachstetter, Andreas Olkus, Markus Rieger, Frank Vercruysse, Wim Dexters

Wireless Power Transfer (WPT) technology can accelerate EV adoption Thomas Wuerz & Denis Kraus To reach global climate goals, it’s

Joachim Fox The modern car delivers a large part of its value through software and cloud-enabled services. New business models

Supporting the electrification of industrial vehicles Steve Hughes According to National Grid ESO’s Future Energy Scenarios 2021 report, there will

The Importance of Contaminant-free EV Battery Cell Manufacturing Donald Lewis As global demand for Electric Vehicles (EVs) continues its steep

Silver-free thick film copper technology Bonding metal ceramic substrates André Schwöbel, Benjamin Fabian, Daniel Schnee, Miriam Rauer, Anton Miric, Stefan