Tuesday 1st June
18 to 20 pm, Welcome together party
Wednesday 2st June
8h30 10h00 Lesson 1: A review of the different actual and future active materials (Dominique Guyomard).
10h00 10h30 Coffee Break
10h30 12h00 Lesson 2 : Electrode Formulation (Bernard Lestriez). Selection of the electrode composition (binder, active additive). Role of the electrode architecture and physical properties on the electrochemical performance.
12h00 13h30 Lunch
13h30 15h30 Practical 1
- Slurry preparation through ball milling, measurement of rheological properties and Tape Casting of a composite electrode. Bellcore Technology, Introduction to reverse engineering.
15h30 16h00 Coffee Break
16h00 18h00 Practical 2 (permutation of groups)
18h00 19h00 Oral presentations
Note that at the end of the day all participants who wish it have prepared composite electrodes.
Thursday 3st June
8h30 10h00 Lesson 1: Electrode Processing (Bernard Lestriez). Important processing parameters that have to be mastered to prepare an homogeneous, well performing electrode.
10h00 10h30 Coffee Break
10h30 12h00 Lesson 2 : A pilot line, and making cells for in situ characterization (Tobjrn Gustafsson)
12h00 13h30 Lunch
13h30 15h30 Practical 1
- Electrode Preparation: punching, pressing and battery assembly (swagelock cells). Mechanical properties (scratch test) and electrical properties (measurement of the dry electrical conductivity).
15h30 16h00 Coffee Break
16h00 18h00 Practical 2 (permutation of groups)
18h00 19h00 Oral presentations
Note that at the end of the day some participants who wish it have assembled batteries.
Friday 4st June
8h30 10h00 Lesson 1: Electrochemical characterization (Mathieu Morcrette)
10h00 10h30 Coffee Break
10h30 12h30 Practical 1
- Electrochemical characterization. SEM observations of the dry electrodes
12h30 13h30 Lunch
13h30 15h30 Practical 2 (permutation of groups)
15h30 16h00 Coffee Break
16h00 18h00 Lesson 2 : Cell Balancing (Mathieu Morcrette)
18h00 Debriefing
Note that at the end of the day all participants who wish have run batteries and done SEM characterizations on their electrodes.