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Overvoltage relaxation of lithium ion secondary batteries after current interruption

Tatsuo Nishina et al · Society for Science and Technology · 2019

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Author / responsible party
Tatsuo Nishina et al
Publisher
Society for Science and Technology
Year
2019
ISSN
2186-4942
ISSN
2186-4942
Language
English

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It is well known that the lithium secondary battery (LiSB) is the most promising power source for electric vehicle (EV), the further development is still needed to assure the life and performance prediction of LiSB. Mathematical modelling of overvoltage relaxation for batteries has been carried out by applying piggyback stacked dual transmission line as an equivalent circuit of electrode for commercially available batteries. Derived functions were quite complicated. However, we succeeded to express the overvoltage relaxation after current interruption. For the overvoltage relaxation, we succeeded to obtain the accurate response within 1 mV residuals for 10 minutes relaxation by simply connecting two dual transmission line in series.

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APA 7

al, T. N. E. (2019). Overvoltage relaxation of lithium ion secondary batteries after current interruption. https://doi.org/10.11425/sst.8.53

MLA

al, Tatsuo Nishina et. "Overvoltage relaxation of lithium ion secondary batteries after current interruption." 2019. https://doi.org/10.11425/sst.8.53.

Chicago

al, Tatsuo Nishina et. 2019. "Overvoltage relaxation of lithium ion secondary batteries after current interruption.". https://doi.org/10.11425/sst.8.53.

Harvard

al, T. N. E. 2019, Overvoltage relaxation of lithium ion secondary batteries after current interruption, Society for Science and Technology, available at: https://doi.org/10.11425/sst.8.53 [Accessed 7 Aug. 2026].

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Title
Overvoltage relaxation of lithium ion secondary batteries after current interruption
Author / contributors
Tatsuo Nishina et al
Publisher
Society for Science and Technology
Publication year
2019
ISSN
2186-4942
ISSN
2186-4942
Language
English
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