Accurate thermal modelling during fast charging in large-format Li-ion pouch cells. See our paper "Electrochemical–thermal modelling of high power Li-ion pouch cells" (Journal of Power Sources, 2026).
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Expivium.mat: Basic measurements, N x 4 matrix with columns: Sample, voltage (V), current (A), mean temperature (degC). -
ExpIR.mat: Surface temperature (degC), Ny x Nz x N tensor where Ny and Nz are spatial dimensions (single precision). -
1C CC data is omitted due to bad camera calibration.
| File path (inside data/exp) | Experiment | Remarks | |
|---|---|---|---|
| Constant Current | CC/2C/ch | CC- 2C charge | |
| CC/2C/dch | CC- 2C discharge | ||
| CC/4C/ch | CC- 4C charge | ||
| CC/4C/dch | CC- 4C discharge | ||
| CC/6C/ch | CC- 6C charge | ||
| CC/6C/dch | CC- 6C discharge | ||
| CC/8C/ch | CC- 8C charge | ||
| CC/8C/dch | CC- 8C discharge | ||
| CC/10C/ch | CC- 10C charge | ||
| CC/10C/dch | CC- 10C discharge | ||
| Square Wave Pulse | pulse/30SOC/2C/100s | Pulse - 30% SOC - 2C - 100s | |
| pulse/30SOC/4C/100s | Pulse - 30% SOC - 4C- 100s | ||
| pulse/30SOC/8C/50s | Pulse - 30% SOC - 8C - 50s | ||
| pulse/50SOC/2C/100s | Pulse - 50% SOC - 2C - 100s | ||
| pulse/50SOC/4C/100s | Pulse - 50% SOC - 4C - 100s | ||
| pulse/50SOC/8C/50s | Pulse - 50% SOC - 8C - 50s | ||
| pulse/70SOC/2C/100s | Pulse - 70% SOC - 2C - 100s | ||
| pulse/70SOC/4C/100s | Pulse - 70% SOC - 4C - 100s | ||
| pulse/70SOC/8C/50s | Pulse - 70% SOC - 8C - 50s |