
Worked on the dalathegreat/Battery-Emulator repository to address a bug affecting current reporting accuracy for the Renault Zoe Gen1 battery. Focused on improving reliability, the developer updated the data path to store raw current counts and convert them to deci-amps using integer math, following the CMFA approach. This change preserved the 0.25 A shunt resolution and corrected low-current calculations, ensuring accurate display on the Solax interface and preventing truncation to zero. The work involved C++ programming within an embedded systems context, demonstrating attention to hardware alignment and data integrity in battery management system applications over a one-month period.
Month: 2026-05 | Repository: dalathegreat/Battery-Emulator | Focus: reliability and accuracy improvements in Renault Zoe Gen1 Battery Current reporting. Key fix preserved 0.25 A shunt resolution and corrected low-current calculations by storing current as raw counts and converting to dA with integer math (CMFA approach referenced in #2358). This eliminates truncation to whole amps and prevents 0 A display on the Solax interface. Commit: 468e3ecebb38607e2febc3a619f242a7379e8a00; Co-authored-by: Cursor <cursoragent@cursor.com>.
Month: 2026-05 | Repository: dalathegreat/Battery-Emulator | Focus: reliability and accuracy improvements in Renault Zoe Gen1 Battery Current reporting. Key fix preserved 0.25 A shunt resolution and corrected low-current calculations by storing current as raw counts and converting to dA with integer math (CMFA approach referenced in #2358). This eliminates truncation to whole amps and prevents 0 A display on the Solax interface. Commit: 468e3ecebb38607e2febc3a619f242a7379e8a00; Co-authored-by: Cursor <cursoragent@cursor.com>.

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