Infrastructure
Zellfertigung (LiS, NaS, LIB, NIB, SSB)
Linie zur Fertigung von LIB-Zellen u. ä. Zelltypen
Die Ziele des “Advanced Battery Technology Center” (ABTC) sind die Entwicklung neuer Werkstoffe und innovativer Technologien für leistungsstarke und nachhaltige Batteriezellen. Expertise in der Batteriechemie, Innovationen in der Elektrodenproduktion und moderne Technologien zur Zellfertigung werden hier interdisziplinär zusammengeführt. Im ABTC arbeiten Forschende der Technischen Universität Dresden (Prof. Kaskel, Anorganische Chemie) mit den Expertinnen und Experten für Werkstoff-, Oberflächen- und Lasertechnologien des Fraunhofer IWS zusammen unter einem Dach. Dieses Team erarbeitet neue Lösungsansätze vom Material über Herstellungsverfahren bis hin zur Prototypzelle und deren Bewertung. Der Fokus liegt auf Lithium-basierten Hochenergiezellen wie Lithium-Ionen-, Lithium-Schwefel- und Festkörperbatterien. So bildet das ABTC die ganzheitliche Prozesskette zur Entwicklung neuer Batteriezellen ab und überführt neue Forschungsergebnisse aus dem Labor in anwendungsnahe Prototypen.
Location | 01277 Dresden Sachsen |
Fraunhofer-Gesellschaft zur Förderung der angewandten Forschung e. V.
Fraunhofer-Institut für Werkstoff- und Strahltechnik IWS
Advanced Battery Technology Center
Winterbergstr. 28
01277 Dresden
DE
General contact
| Technology Readiness Level | Electrode processing | Cell assembly and cycling | |||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Producible types of batteries (cell chemistry) | TRL from | TRL to | Electrode materials and electrolytes | Type of electrode processing | Max. mass of coatings per Day (8h) (kg/d) | Max. coating width (mm) | Calander roll width (mm) | Coating speed (m/min) | Dryer length (m) | Type of process technology (e.g. electrostatic, calandering) | Type of controlled environment | Dew point (°C) | Further informations and specifications | Cell type | Max. cell size (Ah) | Max. number of cells per day (assembly) | No. of channels with < 10 A charging current | No. of channels with ≥ 10 A charging current | Type of controlled environment | Dew point (°C) | Further informations and specifications |
| 1 | 6 | wet | < 10 | 200 to 399 | 200 to 399 | 1 to 9 | < 10 | 25 to 49 | 10 to 49 | -40 to -49 | 3 formats:
Pouch XS (0.1 Ah)
Pouch S ( 5 Ah)
Pouch M (25 Ah) | ||||||||||
| 1 | 6 | wet | < 10 | 200 to 399 | 200 to 399 | 1 to 9 | < 10 | 25 to 49 | 10 to 49 | -40 to -49 | 3 formats:
Pouch XS (0.1 Ah)
Pouch S ( 5 Ah)
Pouch M (25 Ah) | ||||||||||
| 1 | 6 | wet | < 10 | 200 to 399 | 200 to 399 | 1 to 9 | < 10 | 25 to 49 | 10 to 49 | -40 to -49 | 3 formats:
Pouch XS (0.1 Ah)
Pouch S ( 5 Ah)
Pouch M (25 Ah) | ||||||||||
| 1 | 6 | wet | < 10 | 200 to 399 | 200 to 399 | 1 to 9 | < 10 | 25 to 49 | 10 to 49 | -40 to -49 | 3 formats:
Pouch XS (0.1 Ah)
Pouch S ( 5 Ah)
Pouch M (25 Ah) | ||||||||||
| 1 | 6 | dry | 100 to 999 | 200 to 399 | 200 to 399 | 10 to 19 | < 10 | DRYtraec® – FhG-IWS own IP, TRL6, tandem coating, low binder contents <1 wt%, low areal loadings (down to 15 mg/cm² NMC), state of the art active materials + next gen materials (Ni rich, SE, Li-S, SSB, SiB,…) | -60 to -69 | N₂/O₂- or N₂-atmosphere | 25 to 49 | 10 to 49 | -50 to -59 | 3 formats:
Pouch XS (0.1 Ah)
Pouch S ( 5 Ah)
Pouch M (25 Ah) | |||||||
| 1 | 6 | dry | 100 to 999 | 200 to 399 | 200 to 399 | 10 to 19 | < 10 | DRYtraec® – FhG-IWS own IP, TRL6, tandem coating, low binder contents <1 wt%, low areal loadings (down to 15 mg/cm² NMC), state of the art active materials + next gen materials (Ni rich, SE, Li-S, SSB, SiB,…) | -60 to -69 | N₂/O₂- or N₂-atmosphere | 25 to 49 | 10 to 49 | -50 to -59 | 3 formats:
Pouch XS (0.1 Ah)
Pouch S ( 5 Ah)
Pouch M (25 Ah) | |||||||
| 1 | 6 | dry | 100 to 999 | 200 to 399 | 200 to 399 | 10 to 19 | < 10 | DRYtraec® – FhG-IWS own IP, TRL6, tandem coating, low binder contents <1 wt%, low areal loadings (down to 15 mg/cm² NMC), state of the art active materials + next gen materials (Ni rich, SE, Li-S, SSB, SiB,…) | -60 to -69 | N₂/O₂- or N₂-atmosphere | 25 to 49 | 10 to 49 | -50 to -59 | 3 formats:
Pouch XS (0.1 Ah)
Pouch S ( 5 Ah)
Pouch M (25 Ah) | |||||||
| 1 | 6 | dry | 100 to 999 | 200 to 399 | 200 to 399 | 10 to 19 | < 10 | DRYtraec® – FhG-IWS own IP, TRL6, tandem coating, low binder contents <1 wt%, low areal loadings (down to 15 mg/cm² NMC), state of the art active materials + next gen materials (Ni rich, SE, Li-S, SSB, SiB,…) | -60 to -69 | N₂/O₂- or N₂-atmosphere | 25 to 49 | 10 to 49 | -50 to -59 | 3 formats:
Pouch XS (0.1 Ah)
Pouch S ( 5 Ah)
Pouch M (25 Ah) | |||||||
