Thermal-condition usability assessment
For low-temperature start-up, high-temperature exposure and thermal imbalance: assess capacity correction, power derating and thermal risk.
Field test and operating conditions
The demo accepts practical engineering ranges; production use requires matching-cell calibration.
Core data
Temperature and consistency
Complete the required inputs
Enter rated energy and test-released energy, then run the assessment.
The interval appears after required inputs are completed.
Thermal-effect explanation
The model separates operating stress from baseline SOH so the operating boundary is clear.
Raw capacity retention from released energy is 87.0%.
Temperature, temperature spread and voltage spread affect start-up and continuous power.
Use an exported BMS test file or available historical time-series; no permanent connection is required.
Risk profile
Current specialised stress is 7/100; focus on power and safety margin.
Use current capacity as the trending baseline.
Available power is within an acceptable range.
Business decisions need matching-cell validation.
Recommended actions
Clear next steps turn the demonstration conclusion into site verification.
Review abnormal items before trial operation.
Keep the first stage within 91% of rated power.
Add BMS time-series, temperature and a full capacity test to reduce uncertainty.
Market-specific Demo Report
The webpage language remains unchanged; the exported report uses the selected market and report language.
The demo generates a communication draft only. Compliance, certification, CE marking, UL listing and authority approval must be independently confirmed by qualified parties and local requirements.