#spacestructures — Public Fediverse posts

#TUBerlin:
"
Energie für den Orbit

Im Projekt „SpaceBox“ arbeitet das Fachgebiet Raumfahrttechnik der TU Berlin mit Berliner Industriepartnern an leichteren und leistungsfähigeren Energiespeichern für Satelliten
"
https://www.tu.berlin/news/pressemitteilung/energie-fuer-den-orbit

29.6.2026

#Batterie #Batteriemodul #LEO #Lithium #Raumfahrt #Satelliten #Schwefel #SpaceBox #SpaceFlight #SpaceStructures #theionGmbH

#TUBerlin:
"
Energie für den Orbit

Im Projekt „SpaceBox“ arbeitet das Fachgebiet Raumfahrttechnik der TU Berlin mit Berliner Industriepartnern an leichteren und leistungsfähigeren Energiespeichern für Satelliten
"
https://www.tu.berlin/news/pressemitteilung/energie-fuer-den-orbit

29.6.2026

#Batterie #Batteriemodul #LEO #Lithium #Raumfahrt #Satelliten #Schwefel #SpaceBox #SpaceFlight #SpaceStructures #theionGmbH

#TUBerlin:
"
Energie für den Orbit

Im Projekt „SpaceBox“ arbeitet das Fachgebiet Raumfahrttechnik der TU Berlin mit Berliner Industriepartnern an leichteren und leistungsfähigeren Energiespeichern für Satelliten
"
https://www.tu.berlin/news/pressemitteilung/energie-fuer-den-orbit

29.6.2026

#Batterie #Batteriemodul #LEO #Lithium #Raumfahrt #Satelliten #Schwefel #SpaceBox #SpaceFlight #SpaceStructures #theionGmbH

#TUBerlin:
"
Energie für den Orbit

Im Projekt „SpaceBox“ arbeitet das Fachgebiet Raumfahrttechnik der TU Berlin mit Berliner Industriepartnern an leichteren und leistungsfähigeren Energiespeichern für Satelliten
"
https://www.tu.berlin/news/pressemitteilung/energie-fuer-den-orbit

29.6.2026

#Batterie #Batteriemodul #LEO #Lithium #Raumfahrt #Satelliten #Schwefel #SpaceBox #SpaceFlight #SpaceStructures #theionGmbH

#TUBerlin:
"
Energie für den Orbit

Im Projekt „SpaceBox“ arbeitet das Fachgebiet Raumfahrttechnik der TU Berlin mit Berliner Industriepartnern an leichteren und leistungsfähigeren Energiespeichern für Satelliten
"
https://www.tu.berlin/news/pressemitteilung/energie-fuer-den-orbit

29.6.2026

#Batterie #Batteriemodul #LEO #Lithium #Raumfahrt #Satelliten #Schwefel #SpaceBox #SpaceFlight #SpaceStructures #theionGmbH

Kilometer-Scale #SpaceStructures will rely heavily on recent advances in mechanical metamaterials that have shown the potential to expand to 150 times their compressed size. It could rotate to create artificial #gravity without giving its inhabitants motion sickness 🤢 https://www.me.washington.edu/news/article/2021-02-25/nasa-selects-lipton-futuristic-space-concept

A high-expansion-ratio structure can be deployed to a final length of one kilometer on #orbit 🌌 as part of a large #SpaceStation https://www.nasa.gov/general/kilometer-scale-space-structures-from-a-single-launch-2/

#RotatingSpaceStation #NASA

Kilometer-Scale #SpaceStructures will rely heavily on recent advances in mechanical metamaterials that have shown the potential to expand to 150 times their compressed size. It could rotate to create artificial #gravity without giving its inhabitants motion sickness 🤢 https://www.me.washington.edu/news/article/2021-02-25/nasa-selects-lipton-futuristic-space-concept

A high-expansion-ratio structure can be deployed to a final length of one kilometer on #orbit 🌌 as part of a large #SpaceStation https://www.nasa.gov/general/kilometer-scale-space-structures-from-a-single-launch-2/

#RotatingSpaceStation #NASA

Kilometer-Scale #SpaceStructures will rely heavily on recent advances in mechanical metamaterials that have shown the potential to expand to 150 times their compressed size. It could rotate to create artificial #gravity without giving its inhabitants motion sickness 🤢 https://www.me.washington.edu/news/article/2021-02-25/nasa-selects-lipton-futuristic-space-concept

A high-expansion-ratio structure can be deployed to a final length of one kilometer on #orbit 🌌 as part of a large #SpaceStation https://www.nasa.gov/general/kilometer-scale-space-structures-from-a-single-launch-2/

#RotatingSpaceStation #NASA

Kilometer-Scale #SpaceStructures will rely heavily on recent advances in mechanical metamaterials that have shown the potential to expand to 150 times their compressed size. It could rotate to create artificial #gravity without giving its inhabitants motion sickness 🤢 https://www.me.washington.edu/news/article/2021-02-25/nasa-selects-lipton-futuristic-space-concept

A high-expansion-ratio structure can be deployed to a final length of one kilometer on #orbit 🌌 as part of a large #SpaceStation https://www.nasa.gov/general/kilometer-scale-space-structures-from-a-single-launch-2/

#RotatingSpaceStation #NASA

Kilometer-Scale #SpaceStructures will rely heavily on recent advances in mechanical metamaterials that have shown the potential to expand to 150 times their compressed size. It could rotate to create artificial #gravity without giving its inhabitants motion sickness 🤢 https://www.me.washington.edu/news/article/2021-02-25/nasa-selects-lipton-futuristic-space-concept

A high-expansion-ratio structure can be deployed to a final length of one kilometer on #orbit 🌌 as part of a large #SpaceStation https://www.nasa.gov/general/kilometer-scale-space-structures-from-a-single-launch-2/

#RotatingSpaceStation #NASA