Acoustic boosting of battery charging

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0 Sabrina Tietze true 
1 Prof. Dr. Gerhard Lindner true

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<p>The kinetics of the charge transport across the solid-liquid interface between the electrode and the electrolyte is controlled by a diffusion boundary layer, which is responsible for the time needed for charging the battery. Therefore a removal of this boundary layer by acoustic streaming induced by surface acoustic waves propagating on the electrodes was considered to be promising approach for a reduction of the charging time. Previous electropolishing experiments have shown that Scholte waves were particularly effective in that respect. This concept has been transferred to a model electrode system representing the core of a lead acid battery, where significant reductions of the charging time and corresponding increases of the charging currents resulting from surface acoustic wave sonication have been observed.<br><br></p>

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Tietze, Sabrina; Lindner, Gerhard (2016): Acoustic boosting of battery charging. Proceedings Actuator16, S. 451 - 454.

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https://www.hs-coburg.de/publikation/3605-acoustic-boosting-of-battery-charging/

The website of Coburg University of Applied Sciences was translated using translation software provided by a third-party provider such as DeepL. The official text is the German version of the website. No liability is assumed, either explicitly or implicitly, for the accuracy, reliability, or correctness of the translations into another language.

Acoustic boosting of battery charging

The kinetics of the charge transport across the solid-liquid interface between the electrode and the electrolyte is controlled by a diffusion boundary layer, which is responsible for the time needed for charging the battery. Therefore a removal of this boundary layer by acoustic streaming induced by surface acoustic waves propagating on the electrodes was considered to be promising approach for a reduction of the charging time. Previous electropolishing experiments have shown that Scholte waves were particularly effective in that respect. This concept has been transferred to a model electrode system representing the core of a lead acid battery, where significant reductions of the charging time and corresponding increases of the charging currents resulting from surface acoustic wave sonication have been observed.

Titel:

Acoustic boosting of battery charging

Veröffentlichungsdatum:

01.06.2016

Publikationsart:

Beitrag zu wissenschaftlicher Konferenz/Tagung

Forschungsschwerpunkt:

HRK Schwerpunkt Sensorik und Analytik

Medien:

Proceedings Actuator16

DOI:

Weblink:

Heft:

Band:

Artikelnummer:

ISBN:

Autoren:

Sabrina Tietze, Prof. Dr. Gerhard Lindner

Medien:

Proceedings Actuator16

Herausgeber:

Seiten:

451 - 454

Open Access:

Peer reviewed:

Nein

Zitierung:

Tietze, Sabrina; Lindner, Gerhard (2016): Acoustic boosting of battery charging. Proceedings Actuator16, S. 451 - 454.

Autoren:

Sabrina Tietze, Prof. Dr. Gerhard Lindner

Acoustic boosting of battery charging

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