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Advanced material solutions for safer and long-lasting high capacity Cobalt Free Batteries for stationary storage applications


Study on possible recycling path including a flow sheet and mass balance calculation

A data set based on the process chain is going to be worked out and moreover, a study is going to fuse the data to a holistic big picture of the CoFBAT battery´s Life Cycle Analysis

Use cases, KPI and tests definition

In this deliverable the different use cases will be defined that will be relevant for the project. In addition, the KPI’s for the battery as a storage technology will be defined with the required test definitions which later will be used for validation purpose.

Health and security procedures and legal material requirements involved. M02

Deliverable including health and safety procedures conforming to relevant local/national guidelines and legislation to be followed by staff involved in materials and components handling in the project. The report will also include a section with details on the materials which will/may be imported to/exported from the EU

First draft exploitation plan including IPR Report

In order to determine the required activities for future business opportunity and plans a first draft exploitation plan for each partner will be created

Report on project identity and website

This report will summarise the different elements developed regarding the visual identity of CofBat including logo, ppt presentation, leaflet, roll-up and the website

First draft communication and dissemination plan

This plan will give a first assessment of the communication and dissemination activities highlighting the first results and give a plan on the activities to improve the dissemination of the project outcomes

Protocols for cell disassembling Methodology and separation of components

This protocol will describe each step of the disassembly process of a battery cell. It will define the precise methodology for opening the cell and for the separation of the components. Each component needs to be defined with a number of parameters: weight, porosity, chemical purity etc. The protocol will include a safety assessment of the full process of cell disassembling pointing to the specific actions to consider as safety precautions for each step of cell disassembling process.

Material requirements

Starting from top-down approach the system and the cell requirement will be defined, from those the material and component requirements will be derived in close cooperation between the partners. TOP will define the requirements for the LMNO cathode, whereas IFE and CEA will define the requirements for the anode materials Si/C and TNO. SLV will deal with the requirements on the electrodes and electrolyte

Small prototype cells design and assembly definitions for component validation, including baseline processing protocols

Report describing the initial definitions for: (1) Component processing (baseline electrode and electrolyte formulations and processing protocols, (2) cell design and standardisation of the different full cell formats to be used for component development and validation (coin cell, single layer very small pouches, 500 mAh stacked pouch), (3) assembly procedure definition of the full cells. This will be carried out within Task 4.1.

Cell requirements

Starting from D2.1, in this deliverable the overall cell requirements will be defined that should be met by end of the project from the lifetime, cost and performances.

Final dissemination plan

Description This plan will give an assessment of the communication and dissemination activities highlighting the results achieved so far and give a plan on the activities to improve the dissemination of the project outcomes until the end of the project

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