I'm trying to simulate a BYD Blade Battery, here are the parameters in an CSV file, does this look reasonable?

[Pengiealpha]

Blade_LFP.csv

[github-actions[bot]]

Hi! We have now moved our discussions to Discourse. Please post your question there.

[mohammadrezwankhan]

Correction (2026-07-26): I did not actually review the attached CSV before
replying, and PyBaMM does not provide a validated “Blade reference set” to use
as the comparison I suggested.

The file is a custom hybrid parameter set. For example, it combines:

• graphite_LGM50_ocp_Chen2020 for the negative electrode;
• LFP_ocp_Afshar2017 and
  LFP_electrolyte_exchange_current_density_kashkooli2017 for the positive
  electrode;
• citations to Chen2020, OKane2020, OKane2022, and Prada2013.

Those sources may provide individual functions, but combining them does not
validate the result as a BYD Blade cell. Several values need provenance and a
geometry/capacity consistency derivation, including the 71.8 m electrode
width, 5e-08 m positive-particle radius, 200 W.m-2.K-1 heat-transfer
coefficient, and the initial electrode concentrations relative to their
maxima. The file also sets a 138 A current and 138 A.h nominal capacity, i.e.
a nominal 1C operating point, before a lower-rate validation has been shown.

A defensible review needs, for each non-measured value:

1. its primary source and temperature/SOC range;
2. any conversion from cell dimensions or electrode loading into PyBaMM's
   parameter convention;
3. confirmation that the OCP, exchange-current, diffusivity, and stoichiometry
   functions use compatible concentration definitions;
4. measured voltage and temperature data for at least one low-rate cycle;
5. sensitivity checks for values borrowed from other chemistries or formats.

The repository bot had already redirected support questions to
PyBaMM Discourse. The useful next post there
is the CSV plus those sources and one measured low-rate curve—not a comparison
to a nonexistent built-in Blade set. I apologize for giving a generic
checklist without reading the supplied data.