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ÖGUS Symposium: Environmental Simulation Testing of Batteries

Simulation Testing of Batteries” will take place on September 11, 2025, at the AIT Austrian Institute of Technology in Vienna. The event will focus on current issues surrounding environmental testing of hi [...] energies are leading to a rapidly growing demand for powerful and reliable batteries. Comprehensive testing procedures are necessary to ensure their safety and service life even under realistic conditions [...] the art and highlights challenges, standards, and innovative approaches in the field of battery testing. All information about the program and registration: https://www.oegus.at/wp-content/uploads/O

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The Battery Show Europe 2019

chemistries. At the AIT Battery Test Laboratory a variety of tests is carried out – from electrical, through calender and cycle ageing up to safety and customized tests. "AIT is one of the few in [...] value chain - from the synthesis of new battery materials to electrodes and cell production, battery testing, diagnostics and simulation all the way through to post mortem analysis. The state-of-the-art [...] Laboratory enables comprehensive research into battery materials through accredited analysis and testing methods. The research focus here is on the development of high-performance electrode materials,

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Focus on battery safety - ORF Eco reports from the AIT battery laboratory

due to improper use or disposal. The ORF program Eco focused on this risk and visited the battery test laboratory of the AIT Austrian Institute of Technology in Vienna, where ORF reporter Ines Ottenschläger

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Focus on battery safety – Marcus Jahn interviewed by TM Wissen

visited the AIT Austrian Institute of Technology in Vienna and took a closer look at the battery testing laboratory. There, it becomes clear how easily lithium-ion batteries can cause fires when disposed

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Cobalt-free batteries with high power density for road and air transport

base – to meet the respective requirements of vehicles and aircraft. The cells will be installed and tested in module demonstrators with high energy density, power density and long-lasting durability for road [...] investment in new types of production equipment. Two different recycling processes are also being tested in HighSpin to reuse the recycled metals as part of the active materials for new cells, contributing

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Solid State Batteries: Paper from AIT researchers as Cover Feature in Chemistry Europe

cathodes. These materials dissolve in industrial solvents like toluene, forming stable cathode slurries. Tests show that PIB and HNBR-based cathodes deliver high specific capacity and stability, with enhanced

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MoSiLIB: Innovative anode materials for more powerful and sustainable batteries

a combination of spray drying and high-energy ball milling. The resulting anode materials will be tested in full high-voltage cells with LNMO cathodes. In addition to experimental research, the project [...] ensure sustainable and economical production. The newly developed anode materials will be extensively tested in coin and pouch cells, including multilayer pouch cells, to validate their long-term performance

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Poster Award at ABAF Conference: Jere Hokkanen from AIT takes third place

electrode coatings to the cell construction and extensive electrochemical characterizations. For the tests, button cells with different high-voltage cathode materials were assembled and then examined using

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European battery research project IntelLiGent launched

processes cutting edge materials to final electrodes on pilot scale. Promising material candidates are tested in multilayer pouch cells and electrodes are distributed to partners for further development. David

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SUBLIME: Solid State Sulfide Based Li-Metal Batteries for EV Applications

is the development of a comprehensive value chain, spanning from initial requirements to rigorous testing, for novel sulfide electrolyte-based solid-state battery cells with increased charge and energy densities

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SeNSE: Sustainable next-generation lithium-ion battery technology

Manufacturing prototype pouch cells using AIT research pilot line and performing performance and safety test. Project partners Eidgenössische Materialprüfungs- und Forschungsanstalt, EMPA (Koordinator) W

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Batterieforschung: Erfolgreiche PhD-Abschlüsse von Martina Romio und Hartmut Popp

ait.ac.at/files/PubDat_AIT_147715.pdf The dissertation deals with the non-destructive mechanical testing of lithium-ion secondary batteries to determine their structural properties. The work has shown that

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DigiCell: Sustainable production of battery cells and packs through digital processes and AI-based data analytics

e battery technologies. Innovations through DigiCell DigiCell optimizes the manufacturing and testing processes of battery cells and packs by integrating digital processes and data-driven analyses based

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AIT researcher Katja Fröhlich among the top 3 at the Austria 24 Awards

chain. This includes the development and production of electrodes and cells as well as comprehensive testing and diagnostics. The establishment of a pilot plant for the small-scale production of lithium-ion

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AIT coordinates EU project STREAMS: A green deal for Europe's battery production

through the development of circular models, pilot scale production of battery cells and extensive testing according to established standards. A significant step towards circular battery production The overall

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PULSELiON: AIT researches efficient production of solid-state batteries

incorporated into the process modelling task with the inputs obtained from process upscaling and cell testing, which will enable efficient process optimization. The ambition of the PULSELION project relates

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RESTINA: Sustainable anode materials for the batteries of tomorrow

(solid electrolyte interface) layer, and low conductivity. Designing materials instead of just testing them RESTINA pursues a holistic approach to material development that combines synthesis, surface

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HyLiST: Innovative solid-state batteries for a sustainable future

production of monolayer and multilayer pouch cells as well as comprehensive performance and safety tests.Digitalization, recycling and sustainability: development of a digital twin and a battery passport

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AIT leads European MATISSE project

Velis Electro, embedding a module of 40 battery cells at 72 VDC. This will undergo a comprehensive testing and characterisation campaign, qualifying the technology at TRL 4 at the end of the project (2025)

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HighMag: Magnesium batteries as a key technology for a sustainable energy future

methods and iterative feedback loops between material development, electrolyte design, and cell testing, the technology readiness level is to be raised from TRL 2 to TRL 4. Contribution of AIT: From material

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