Lemonergy Wiki

Sources and references

The published-reference comparison campaign

Read the battery, RLC and heat-transfer evidence batch with its frozen contracts, comparison table and recorded provenance.

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What this collection contains

The first campaign batch groups CT-01 battery parameter identification, an RLC equation problem and iron-rod heat-transfer problems. Its execution mode is published-reference comparison: MATLAB was not run.

The comparison table and report summarize retained source facts, local equations, results, gates and untested areas. The HPPC fitting evidence and interactive Studio forward example have different purposes; neither replays measured HPPC data.

Inspect and reproduce

Open the campaign report, comparison table and reference contract from this page. Follow an individual wiki example for its user workflow and limits.

From the repository root, node benchmarks/cross-tool/matlab-campaign/run.mjs emits a new result without replacing recorded evidence.

Use the campaign’s explicit --record workflow only when intentionally regenerating its evidence package. Retain source values, units, windows, gates, transformations and failures alongside the new results.

Provenance and release boundary

The campaign source notes record a September 30, 2026 documentation check. Live source URLs are mutable and no full source-page copy is retained; frozen contracts identify the imported facts.

The original campaign used an inventoried working tree with existing edits. The manifest hashes the Wasm binary and inputs; it does not establish that today’s Rust source built that binary. Its documentation requires an immutable rerun and review before external campaign release.

Published-reference agreement is not physical validation, general MATLAB equivalence or a performance advantage. Missing vendor traces and external execution evidence remain missing.

This is a historical result tied to its retained inputs, settings, reference version and source fingerprints. The current source tree or Wasm artifact may differ; a new Studio run creates new evidence and does not retroactively update this result.

Models and evidence

  • Download campaign report (Markdown) 5240 bytes
    Artifact provenance

    Repository origin: benchmarks/cross-tool/matlab-campaign/REPORT.md

    SHA-256: 638250ead8c3430ca860d8c9174b77050d3a11d3c375b4892008a82d111d8a56

  • Download comparison table (CSV) 2755 bytes
    Artifact provenance

    Repository origin: benchmarks/cross-tool/matlab-campaign/evidence/comparison.csv

    SHA-256: e533c92bf2bc94290fc471f76871cebc9917cf74aa16ee0ed7c929133cdf1c4a

  • Download reference contract (JSON) 22401 bytes
    Artifact provenance

    Repository origin: benchmarks/cross-tool/matlab-campaign/evidence/reference.json

    SHA-256: 5fafd62331140b6ea2c47df3ba25dcaed14632d63e1b9a6e0537fc31c688d171

Downloads preserve recorded inputs and results. Opening a saved result does not run a new simulation.

Related papers and references

  • article

    MathWorks: Estimate Battery Model Parameters from HPPC Data

    MathWorks

    The retained CT-01 contract transcribes ParameterSummary ID 5 for BAK N18650CL-29 at 25 °C and 0.4 SOC. Its original retrieval date is August 23, 2026; the campaign source notes record a September 30, 2026 check. The measured source voltage waveform was not imported.

    Read original

    Bibliographic reference · contents not reviewed · Retained CT-01 parameter row and authored transformations.

  • article

    MathWorks: Heat Conduction Through Iron Rod

    MathWorks

    The retained campaign contract records the iron-rod inputs and printed answers for Examples 1–3. Campaign source notes record a September 30, 2026 check. The local linear and lumped exponential trajectories are analytical constructions, not downloaded Simscape traces.

    Read original

    Bibliographic reference · contents not reviewed · Examples 1–3 printed scalars and the disclosed single-mass balance.

  • article

    MathWorks: Solve Differential Equations of RLC Circuit Using Laplace Transform

    MathWorks

    The retained campaign contract records the circuit inputs and published current/charge expressions. Campaign source notes record a September 30, 2026 check. Lemonergy implements a connected numerical equation graph; it does not invoke a symbolic Laplace solver.

    Read original

    Bibliographic reference · contents not reviewed · Retained RLC input parameters and published closed-form solution.