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.
Upcoming Solid4B workshop: read more and secure your spot now!
View our concept video to learn more about project PULSELiON
PULSELiON project facts and figures
.
48 months
Started 1-9-2022
.
EU contribution
€ 6 998 543
.
15 PARTNERS
from 10 countries
Latest News
-
M42 meeting at INEGI – Porto
On 11 and 12 March, the PULSELiON consortium gathered in Porto for our General Assembly meeting — an important milestone as we enter the final stretch of the project. Over two days of engaging discussions, technical deep dives, and strategic planning, all partners reviewed the latest results across work packages, aligned priorities, and defined the…
-
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…
-
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…