Enabling large scale manufacturing of Solid-state batteries
Lithium-ion battery cells with conventional active materials are reaching their limits in terms of energy densities and suffer from safety issues that become even more critical in the future. Solid-state batteries can solve these issues, but they are not yet manufactured on a large scale. To enable large scale manufacturing of Solid-state batteries, project PULSELiON sets out new pulsed laser deposition based technologies for solid-state battery manufacturing.
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View our concept video to learn more about project PULSELiON
PULSELiON project facts and figures
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48 months
Started 1-9-2022
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EU contribution
€ 6 998 543
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15 PARTNERS
from 10 countries
Latest News
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PULSELiONs 26th OPEN ACCESS PUBLICATION
PULSELiON publishes its 26th Open Access Paper: “A New Three-Dimensional Microstructure-Resolved Model to Assess Mechanical Stress in Solid-State Battery Electrodes” The PULSELiON project proudly announces its 26th Open Access publication, presenting a novel computational framework to assess mechanical stress evolution in solid-state battery (ASSB) electrodes. Published in Batteries & Supercaps (Wiley-VCH, 2025), the study introduces…
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PULSELiONs 25th OPEN ACCESS PUBLICATION
PULSELiON publishes its 25th Open Access Paper: “Polaronic and Electrochemical Signatures in Group IVB (Ti, Zr, Hf) Oxides: Unified SKP–DFT Insights for Tunable Transport in Energy and Electronic Devices”. The PULSELiON project proudly announces its 25th Open Access publication, offering a unified framework for understanding electrochemical behavior and polaronic transport in transition metal oxides. Published…
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PULSELiONs 24th OPEN ACCESS PUBLICATION
PULSELiON publishes its 24th Open Access Paper: “Advanced manufacturing of thin-film lithium metal anode by pulsed-laser deposition for next-generation solid-state batteries” The PULSELiON project proudly announces its 24th Open Access publication, showcasing a breakthrough in thin-film lithium metal anode fabrication for solid-state batteries. Published in Journal of Power Sources (Elsevier, 2025, Volume 655, Article 237986),…