SIBatt-3D In-Space/On-Surface 3D Printing of Sodium Ion Batteries using ISRU Materials
SIBatt-3D In-Space/On-Surface 3D Printing of Sodium Ion Batteries using ISRU Materials
- Neue Suche nach: Cameroun Sherrard
- Neue Suche nach: Chris Henry
- Neue Suche nach: Donald Dornbusch
- Neue Suche nach: Myeonglok Seol
- Neue Suche nach: Cameroun Sherrard
- Neue Suche nach: Chris Henry
- Neue Suche nach: Donald Dornbusch
- Neue Suche nach: Myeonglok Seol
Sustainable on-demand power solutions are an absolute necessity as humanity works to establish a permanent presence on the moon and make the journey to Mars. NASA’s SIBatt-3D Early Career Initiative project at MSFC is developing shape-conformable Sodium-Ion batteries that can be 3D printed in-space as needed during extended space missions. SIBatt-3D makes use of the unique advantages of 3D printing to create shape-conformable batteries with improved performance that reduce dead volume in devices and seeks to utilize materials found in Lunar/Martian regolith as feedstocks to provide sustainable power for surface operations on the Moon and Mars. SIBatt-3D’s batteries also have terrestrial implications such as improved battery safety and sustainability.
Dokumentinformationen
SIBatt-3D In-Space/On-Surface 3D Printing of Sodium Ion Batteries using ISRU Materials
2023 MSFC Science, Technology, and Engineering Jamboree ; 2023 ; Huntsville, AL, US
Aufsatz (Konferenz)
Keine Angabe
Englisch
Ähnliche Titel
| Springer Verlag | 2018
| Springer Verlag | 2018
ISRU for Lunar Surface Structures
| ASCE | 2008