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EV-QA-Framework: Open-Source ML-Powered Quality Analysis for EV Battery Systems

The open-source EV-QA-Framework provides a machine learning pipeline for analyzing electric vehicle battery data, including validation, anomaly detection, and state-of-health prediction. The framework supports BMS telemetry, Tesla Model S/X logs, and includes a CAN bus emulator for testing without hardware. Built with FastAPI, it offers real-time visualization of temperature, voltage, and SOC graphs with detected anomalies.

read1 min publishedMay 29, 2026

EV-QA-Framework is an open-source machine learning framework for analyzing electric vehicle battery data. Whether you work with BMS telemetry, Tesla Model S/X logs, or just want to experiment with ML in the automotive domain — this tool covers the full pipeline from data ingestion to visualization.

Raw CAN bus data is noisy. The validation module checks:

from ev_qa_framework import QAFramework

qa = QAFramework()
report = qa.validate_telemetry("battery_data.csv")
print(report.summary())

Automatically finds outliers in battery telemetry — early indicators of cell degradation or defects:

from ev_qa_framework.analysis import BatteryAnomalyDetector

detector = BatteryAnomalyDetector(contamination=0.05)
anomalies = detector.fit_predict(telemetry_data)
detector.visualize()

The visualization highlights points where battery behavior deviates from normal patterns — critical for predictive diagnostics.

Predicts State of Health (remaining capacity) from historical charge/discharge cycles:

from ev_qa_framework.soh_predictor import SOHPredictor

predictor = SOHPredictor(seq_length=50)
predictor.train(charging_cycles)
predicted_soh = predictor.predict(current_data)
print(f"Predicted SOH: {predicted_soh:.1f}%")

The model supports export for embedded deployment.

Test your pipeline without hardware — generates realistic battery telemetry:

from ev_qa_framework.can_bus import CANEmulator
from ev_qa_framework.config import TESLA_MODEL_S_CONFIG

emulator = CANEmulator(config=TESLA_MODEL_S_CONFIG)
for frame in emulator.stream(frequency=10):
    dashboard.update(frame)

Supports custom load profiles via settings.yaml

.

Built with FastAPI — real-time telemetry visualization out of the box:

docker compose up -d
pip install ev-qa-framework
python quickstart.py

The dashboard shows temperature, voltage, SOC graphs, and detected anomalies.

pip install ev-qa-framework
python -c "
from ev_qa_framework import QAFramework
qa = QAFramework()
qa.quickstart()
"

Or with Docker:

docker pull ghcr.io/remontsuri/ev-qa-framework:latest
docker compose up

MIT licensed. Contributions, issues, and discussions are welcome.

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