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Cracks in the Battery: Rutgers Technology to Stop Electrode Detachment in Lithium-Ion Cells

Lithium-ion batteries age because their electrodes swell and shrink during each charging and discharge cycle. Over time, they tear, dissipate from the discharge and internal resistance increases. The result: the cell heats up more, loses capacity and, in the worst case, becomes a safety risk. A technology developed by Rutgers University is designed to slow down this process. US company Soteria Battery Innovation Group has acquired the license to…
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Lithium-ion batteries age because their electrodes swell and shrink during each charging and discharge cycle. Over time, they tear, dissipate from the discharge and internal resistance increases. The result: the cell heats up more, loses capacity and, in the worst case, becomes a safety risk. A technology developed by Rutgers University is designed to slow down this process. US company Soteria Battery Innovation Group has acquired the license to…

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Trends der Zukunft broke the news on Monday, June 29, 2026.
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