![Fraunhofer FEP / Lithium-Ion Batteries: Porous Silicon Layers for a Tenfold Anode Capacity - International - Elektroniknet Fraunhofer FEP / Lithium-Ion Batteries: Porous Silicon Layers for a Tenfold Anode Capacity - International - Elektroniknet](https://cdn.weka-fachmedien.de/thumbs/media_uploads/images/1567751404-240-worsy1kuf.jpg.600x315.png)
Fraunhofer FEP / Lithium-Ion Batteries: Porous Silicon Layers for a Tenfold Anode Capacity - International - Elektroniknet
![Field of Energy Storage Premieres New Conference Format – Fraunhofer ISE is to Lead the Scientific Organization of the First ees Europe Conference in Munich, Germany - Fraunhofer ISE Field of Energy Storage Premieres New Conference Format – Fraunhofer ISE is to Lead the Scientific Organization of the First ees Europe Conference in Munich, Germany - Fraunhofer ISE](https://www.ise.fraunhofer.de/content/dam/ise/de/images/presseinfos/2015/lithium-ionen-zellen.jpg)
Field of Energy Storage Premieres New Conference Format – Fraunhofer ISE is to Lead the Scientific Organization of the First ees Europe Conference in Munich, Germany - Fraunhofer ISE
![Energy Storage: Fraunhofer ISE develops testing standards for safer lithium-ion batteries - pv Europe Energy Storage: Fraunhofer ISE develops testing standards for safer lithium-ion batteries - pv Europe](https://www.pveurope.eu/sites/default/files/styles/content__four_to_three/public/ezpublish/energy-storage-fraunhofer-ise-develops-testing-standards-for-safer-lithium-ion-batteries.jpg?itok=y3TP3VrE)
Energy Storage: Fraunhofer ISE develops testing standards for safer lithium-ion batteries - pv Europe
![Li-Ion cells manufacturing Seminar (liquid electrolyte, Solid electrolyte, lithium metal anode): 1th ALL SOLID STATE HAND-ON BATTERY SEMINAR 3- 4 July 2019 Itzehoe, GERMANY Fraunhofer ISIT | Lithium Battery Service Li-Ion cells manufacturing Seminar (liquid electrolyte, Solid electrolyte, lithium metal anode): 1th ALL SOLID STATE HAND-ON BATTERY SEMINAR 3- 4 July 2019 Itzehoe, GERMANY Fraunhofer ISIT | Lithium Battery Service](https://www.lithium-batterie-service.de/media/image/df/84/b7/BF-EN-LI-ION-Herstellung-Seminar-Itzehoe.png)
Li-Ion cells manufacturing Seminar (liquid electrolyte, Solid electrolyte, lithium metal anode): 1th ALL SOLID STATE HAND-ON BATTERY SEMINAR 3- 4 July 2019 Itzehoe, GERMANY Fraunhofer ISIT | Lithium Battery Service
![PCC SE und Fraunhofer ISE entwickeln Hightech-Material für leistungsfähigere Lithium-Ionen-Batterien – PCC SE PCC SE und Fraunhofer ISE entwickeln Hightech-Material für leistungsfähigere Lithium-Ionen-Batterien – PCC SE](https://www.pcc.eu/wp-content/uploads/2021/12/PCC-SE-Pressemitteilung-Kooperation-FrauenhoferISE-Bild.jpg)
PCC SE und Fraunhofer ISE entwickeln Hightech-Material für leistungsfähigere Lithium-Ionen-Batterien – PCC SE
![Was Batterien weh tut – Projekt »ReViSEDBatt« soll mechanische Schadensmechanismen aufklären - Fraunhofer ISC Was Batterien weh tut – Projekt »ReViSEDBatt« soll mechanische Schadensmechanismen aufklären - Fraunhofer ISC](https://www.isc.fraunhofer.de/de/presse-und-medien/pressearchiv/pressearchiv-2018/was-batterien-weh-tut-projekt-revisedbatt/jcr:content/fixedContent/pressArticleParsys/textwithinlinedimage/imageComponent2/image.img.jpg/1522303261308/ReViSEDBatt-PI-oeffnen-einer-Rundzelle.jpg)
Was Batterien weh tut – Projekt »ReViSEDBatt« soll mechanische Schadensmechanismen aufklären - Fraunhofer ISC
![07_01_2020_Highly_promising_solid_electrolytes_for_high-performance_lithium-ion_batteries - Fraunhofer IWM 07_01_2020_Highly_promising_solid_electrolytes_for_high-performance_lithium-ion_batteries - Fraunhofer IWM](https://www.iwm.fraunhofer.de/en/press/press-releases/07_01_2020_Highly_promising_solid_electrolytes_for_high-performance_lithium-ion_batteries/jcr:content/fixedContent/pressArticleParsys/textwithasset_1922317608/imageComponent/image.img.jpg/1578408435050/graph-NZP-highres-b-de-2020-Fraunhofer-IWM.jpg)
07_01_2020_Highly_promising_solid_electrolytes_for_high-performance_lithium-ion_batteries - Fraunhofer IWM
![Fraunhofer ISE testet neuartiges hybrides Energiespeichersystem | Energiespeicher, Batteriespeicher, Speicher Fraunhofer ISE testet neuartiges hybrides Energiespeichersystem | Energiespeicher, Batteriespeicher, Speicher](https://i.pinimg.com/736x/35/1c/ee/351cee4dc29d68481e5e5d3786762093.jpg)