European perspectives on batteries of the future
On 25- 26 May 2020, around 750 participants participated in the web-based conference "European perspectives on batteries of the future".
The aim of the conference was to discuss the latest research in Europe concerning the newly launched BATTERY 2030+ roadmap.
Here you can watch video- recordings of the event.
Session 1
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00:00 |
Welcome |
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00:03:37 |
The BATTERY 2030+ initiative and roadmap |
|
00:24:40 |
AI-accelerated discovery of battery materials and interfaces |
|
00:44:20 |
Computational screening of Li and Na fast ion conductors |
|
01:05:00 |
In Silico Molecular Engineering of Organic Battery Materials |
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01:24:45 |
Autonomous feedback loops in experimental electrochemistry via integration of automation and data science |
Session 2
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00:00 |
Accelerated, HTS-based design and development of advanced functional electrolytes for lithium battery applications |
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00:19:15 |
The role of interface in stabilizing reaction intermediates for hydrogen evolution and SEI formation in aprotic electrolyte |
|
00:39:02 |
Interface stability in all-solid-state batteries |
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01:00:02 |
Operando synchrotron experiments and porous-electrode modelling: a combined approach |
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01:19:58 |
Operando Observation of Double Layer Charging and Early Solid Electrolyte Interphase Formation in Li-Ion Battery Electrolytes |
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01:39:55 |
Conclusion and thank you for this afternoon |
Session 3
|
00:00 |
Welcome back and reflections from yesterday meeting |
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00:03:05 |
Towards delivering the 3b-generation of LNMO Cells for the xEV market of 2025 and beyond |
|
00:23:30 |
Battery design and manufacturing optimisation through multiphysics modelling (DEFACTO) |
|
00:44:15 |
Model-based design of sustainable post-Li-ion batteries |
|
00:53:45 |
State of Health Identification of Lithium-ion Battery by Advanced Instantaneous EIS |
Session 4
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00:00 |
Life cycle sustainability analysis of present and future battery systems |
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00:19:16 |
Conceptual membranes enabling sensing and self-healing for upcoming battery applications |
|
00:38:40 |
Spatially Resolved Acoustic, Mechanical and Ultrasonic Sensing for Smart Batteries |
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00:58:52 |
Autonomous Polymer based Self-Healing Components for high performant Li-Ion Batteries |
|
01:19:57 |
Conclusions and thank you |