nlba battery analyzer

The NLBA Battery Analyzer ingests test data from discharge tests, impedance spectroscopy, or pulse tests to compute key battery metrics. It provides capacity estimates, SoH, and internal resistance at both cell and pack levels, enabling rapid benchmarking and failure isolation. The tool supports per-cell analysis for modules and multi-cell packs, helping teams identify weak units.
Data ingestion supports CSV or JSON formats with time-series voltage, current, and optional temperature. Default workflows perform coulomb counting for capacity, SoH calculation against rated capacity, and impedance-derived resistance when voltage response to current steps is available. Output can be exported as structured reports or data files for further analytics.
Beneficiaries include R&D battery researchers, manufacturing QC staff, and field technicians who require reproducible, auditable metrics and per-cell visibility to guide design choices and QA decisions. The solution is designed for cross-chemistry applicability, from lead-acid to lithium-ion, and integrates with standard testing workflows.
Core value lies in transparent, repeatable calculations, robust handling of data quality issues, and clear per-cell versus pack-level insights that accelerate qualification, aging studies, and performance comparisons.