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TEESMAT - Open Innovation Test Bed for Electrochemical Energy Storage Materials

Discover our single entry point – SERMA TECHNOLOGIES

Discover our single entry point

SERMA TECHNOLOGIES

Cyril Marino from SERMA TECHNOLOGIES presents himself and explains the role of the single entry point and the added value of TEESMAT for Industry. Listen to him 🙂 https://www.linkedin.com/feed/update/urn:li:activity:7114579807643860993

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An example of TEESMAT capabilities

Hybrid Li-ion supercapacitors - Example of TEESMAT Capabilities

Understanding the degradation pathways of electrode materials is a key to develop more reliable Li-ion technologies along with an increased energy density and power rate. This study aims to demonstrate the benefits of the combined use of X-ray based characterization techniques and electrochemical assessment for thorough multi-scale analysis to elucidate the aging mechanisms of a […]

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BREAKING NEWS – TEESMAT IS OPEN

BREAKING NEWS - TEESMAT IS OPEN

We announce that the TEESMAT platform is officially open and offers the best customized service(s) to support you. We help you solving your batteries/electrochemical system problems and developing your new products. Request our Services

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TEESMAT pitch at SUSNANOFAB – February 23rd 2023

TEESMAT pitch at SUSNANOFAB

February 23rd 2023

SUSNANOFAB gave us the opportunity to highlight the TEESMAT OITB project. Cyril Marino from SERMA TECHNOLOGIES, the Single Entry Point of the platform, presented the TEESMAT commercial phase that will start very soon :-)…..more to come. Follow us #TEESMAT #characterization #Batteries #Electrochemistry #Lithium #H2020

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Direct observation of internal short circuits by lithium dendrites in cross-sectional lithium-ion in situ full cells

Direct observation of internal short circuits by lithium dendrites in cross-sectional lithium-ion in situ full cells

New work from ZSW, a TEESMAT partner

Li metal deposition is one of the most common aging mechanisms in Lithium-Ion Batteries. Li metal is deposited in dendritic structures, which might cause an internal short circuit (ISC). Using a novel cross-sectional in situ optical microscopic method, Hogrefe et al. directly observed Li deposition and ISC in Li-ion full cells. Four different cases, (i) […]

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TEESMAT at Business Booster in Lisbonne

TEESMAT at Business Booster in Lisbonne

Meet and discuss with Didier Blanchard from ESRF – The European Synchrotron, at The Business Booster, organized by EIT InnoEnergy from 28-29 September in #Lisbon on the theme ‘The race to net-zero: Balancing exploration and exploitation’. It is a great opportunity to learn more about @TEESMAT opportunities and capabilities. #battery #batterytechnology #batterycharacterization.

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