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August 11, 2025Advanced Energy and Sustainability ResearchOpen Access

Enabling Enhanced Performance of High Areal Capacity Composite Positive Electrodes by Tailoring Electrode Formulation and Microstructure via a Conductive Additive Approach

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Authors

CGCandeniz GercekJBJulian K. BurmeisterJKJohanna Kauling

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Overview

Optimized composite electrodes improve specific discharge capacities in lithium-ion batteries, indicating better performance.

Key Points

  • Optimized composite electrodes achieved specific discharge capacities up to 146 mAh g−1, a notable increase compared to reference electrodes.
  • The study found a 60% improvement in discharge capacities when using multiple conductive additives rather than solely carbon black.
  • A tailored electrode formulation approach examined the microstructure and porosity within the conductive network to enhance performance.
  • These results suggest that using innovative conductive additives can significantly elevate lithium-ion battery efficiency and applications.

Cite This Study

Gercek et al. (2025) studied this question.

synapsesocial.com/papers/68a360d60a429f7973328d29https://doi.org/10.1002/aesr.202500097
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