P1.6: add Tier-1 README documenting 198 .mat + 59 EIS .csv + 2 metadata (K-021 closure)
0f3c966 verified Panasonic NCR18650PF — Tier-1 raw mirror
BSEBench Tier-1 mirror of the Panasonic NCR18650PF battery testing data published by Phillip Kollmeyer (2018) on Mendeley Data.
Original source
- Publication : Kollmeyer, P. (2018). "Panasonic 18650PF Li-ion Battery Data and Experimental Procedures." Mendeley Data, v1.
- DOI : 10.17632/wykht8y7tg.1
- Upstream URL : https://data.mendeley.com/datasets/wykht8y7tg/1
- License : CC-BY-4.0
- Cell : Panasonic NCR18650PF (NCA chemistry, 18650 cylindrical, rated 2.9 Ah)
File breakdown (260 total)
| Type | Count | Purpose |
|---|---|---|
.mat |
198 | Time-series measurements (current, voltage, temperature, time) for each (profile, temperature) tuple, plus subsegments |
.csv (EIS/) |
59 | Electrochemical impedance spectroscopy sweeps at multiple SOC points and temperatures |
Plot_results.m |
1 | MATLAB utility for plotting (upstream-provided) |
Readme file - desc of tests performed.txt |
1 | Upstream documentation of the experimental procedure |
README.md |
1 | This file (BSEBench-added) |
Folder layout (preserves upstream hierarchy)
Panasonic 18650PF Data/
├── -20degC/ ├── EIS/ # impedance sweeps
│ └── *.mat # drive-cycle measurements
├── -10degC/ ...
├── 0degC/ ...
├── 10degC/ ...
├── 25degC/ ...
├── 10degC Trise with pause/ # thermal characterization
├── -20degC Trise/ # thermal characterization
└── Plot_results.m
Profiles measured
DST, US06, FUDS, HWFET, LA92, NN (Neural Network — Kollmeyer custom), Cycle_1..Cycle_4 — at 5 temperatures (-20, -10, 0, 10, 25 °C).
BSEBench Tier-2 (harmonized)
The corresponding harmonized canonical Parquet files (BSEBench v1.1.0 schema) are at bsebench-org/panasonic-kollmeyer-2018 (Tier-2 repo). See bsebench-runner/docs/M1_HF_LAYOUT.md for the convention.
K-016 closure note
The BSEBench M1 adapter adapters/panasonic_kollmeyer_2018.py produces Tier-2 Parquet that pad cell_id and cycle_number as constant columns (single-cell driving-cycle dataset). See KAIZEN K-016 for the rationale.