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Components of the Electrolyte Deposition Lab prototype
Date: 21-01-2019
Diedline: 21-02-2019
Status:
Diedline: 21-02-2019
Status:
Prismatic pouch cells are one of the possible form-factors of TFB. Obvious applications of this TFB form factor are OEMs.
OEMs are looking for small volume/high energy density batteries to develop thinner and lighter devices. Energy density is the key to the adoption of this form factor. Prismatic pouch cells are one of the possible form-factors of TFB.
Obvious applications of this TFB form factor are OEMs. OEMs are looking for small volume/high energy density batteries to develop thinner and lighter devices. Energy density is the key to the adoption of this form factor.
Learn more
Lab prototype
Date: 21-01-2019
Diedline: 21-02-2019
Status:
Diedline: 21-02-2019
Status:
Prismatic pouch cells are one of the possible form-factors of TFB. Obvious applications of this TFB form factor are OEMs.
OEMs are looking for small volume/high energy density batteries to develop thinner and lighter devices. Energy density is the key to the adoption of this form factor. Prismatic pouch cells are one of the possible form-factors of TFB.
Obvious applications of this TFB form factor are OEMs. OEMs are looking for small volume/high energy density batteries to develop thinner and lighter devices. Energy density is the key to the adoption of this form factor. Learn more
Components of the Electrolyte Deposition Lab prototype
Date: 21-01-2019
Diedline: 21-02-2019
Status:
Diedline: 21-02-2019
Status:
Prismatic pouch cells are one of the possible form-factors of TFB. Obvious applications of this TFB form factor are OEMs.
OEMs are looking for small volume/high energy density batteries to develop thinner and lighter devices. Energy density is the key to the adoption of this form factor. Prismatic pouch cells are one of the possible form-factors of TFB.
Obvious applications of this TFB form factor are OEMs. OEMs are looking for small volume/high energy density batteries to develop thinner and lighter devices. Energy density is the key to the adoption of this form factor.
Learn more
Components of the Electrolyte Deposition Lab prototype
Date: 21-01-2019
Diedline: 21-02-2019
Status:
Diedline: 21-02-2019
Status:
Prismatic pouch cells are one of the possible form-factors of TFB. Obvious applications of this TFB form factor are OEMs.
OEMs are looking for small volume/high energy density batteries to develop thinner and lighter devices. Energy density is the key to the adoption of this form factor. Prismatic pouch cells are one of the possible form-factors of TFB.
Obvious applications of this TFB form factor are OEMs. OEMs are looking for small volume/high energy density batteries to develop thinner and lighter devices. Energy density is the key to the adoption of this form factor.
Learn more
Components of the Electrolyte Deposition Lab prototype
Date: 21-01-2019
Diedline: 21-02-2019
Status:
Diedline: 21-02-2019
Status:
Prismatic pouch cells are one of the possible form-factors of TFB. Obvious applications of this TFB form factor are OEMs.
OEMs are looking for small volume/high energy density batteries to develop thinner and lighter devices. Energy density is the key to the adoption of this form factor. Prismatic pouch cells are one of the possible form-factors of TFB.
Obvious applications of this TFB form factor are OEMs. OEMs are looking for small volume/high energy density batteries to develop thinner and lighter devices. Energy density is the key to the adoption of this form factor.
Learn more
