Electric Vehicle

Charged EVs | Improving the efficiency of non-invasive degradation analysis of Li-ion battery cells

Charged EVs | Improving the efficiency of non-invasive degradation analysis of Li-ion battery cells


Charged EVs | Improving the efficiency of non-invasive degradation analysis of Li-ion battery cellsCharged EVs | Improving the efficiency of non-invasive degradation analysis of Li-ion battery cells

Sponsored by Chroma.

What is non-invasive analysis?

The analysis of lithium-ion battery cell degradation can be classified into invasive and non-invasive methods, with non-invasive analysis offering the following advantages:

  1. Evidence of battery degradation can be retained in its entirety;
  2. Minimizing the effect of external factors on the battery state and introduction of new variations;
  3. Allowing for the identification of known battery parameters through specific measurement instruments and a systematic classification of battery aging mechanisms.

Therefore, whether used to evaluate battery material performance, select batteries, or study battery degradation, non-invasive analysis has seen wide adoption and is known to yield significant results.





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