EMBATT BIPOLAR LITHIUM BATTERY CONCEPT – APPROACH TO INCREASE ENERGY DENSITY FOR AUTOMOTIVE APPLICATION
EMBATT BIPOLAR LITHIUM BATTERY CONCEPT – APPROACH TO INCREASE ENERGY DENSITY FOR AUTOMOTIVE APPLICATION
![Formulation for Battery Electric Vehicle (BEV) Range & Structure of EMBATT Bipolar Battery | Semantic Scholar Formulation for Battery Electric Vehicle (BEV) Range & Structure of EMBATT Bipolar Battery | Semantic Scholar](https://d3i71xaburhd42.cloudfront.net/9b3a1d8ba4e3c3935e14c2f9aba89f3490f8c1f0/3-Figure1-1.png)
Formulation for Battery Electric Vehicle (BEV) Range & Structure of EMBATT Bipolar Battery | Semantic Scholar
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Figure 3 from Formulation for Battery Electric Vehicle (BEV) Range & Structure of EMBATT Bipolar Battery | Semantic Scholar
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Formulation for Battery Electric Vehicle (BEV) Range & Structure of EMBATT Bipolar Battery | Semantic Scholar
![26.11.2018 Press release: Working together for the industrialization of bipolar batteries with Lithium-ion technology - Fraunhofer IKTS 26.11.2018 Press release: Working together for the industrialization of bipolar batteries with Lithium-ion technology - Fraunhofer IKTS](https://www.ikts.fraunhofer.de/en/press_media/press_releases/archive/2018_11_26_p_embatt-goes-fab/jcr:content/fixedContent/pressArticleParsys/textwithasset/imageComponent/image.img.4col.large.jpg/1543314742408/embatt-pm-2018-kl.jpg)