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Li-ion Battery Technology

  • Deep Dive – Oxide Electrolyte Options & Selection Trade-offs

    Version: 2025-05-30, for paid subscribers
  • This chapter includes an in-depth analysis of oxide-based solid electrolyte development pathways, including:
    • Comprehensive decision trees mapping high (≥600°C), medium (300-500°C), and moderate (≤200°C) temperature processing routes
    • Technical evaluation of crystalline vs. glassy oxide trade-offs with ionic conductivity data
    • Analysis of commercial approaches from ION Storage Systems, QuantumScape, Corning, and others
    • Subject matter expert commentary on manufacturing scalability and oxide/polymer/halide composite strategies

    Table of contents
    • Introduction
    • ‘Decision Maze’ Towards Oxide Electrolyte-containing Li-ion Battery Cells
    • At Which Temperature Should Electrolyte Film Formation Occur?
    • Crystalline vs. Glassy / Amorphous Electrolytes
    • Dopant Selection / Defect Density / Defect Filling
    • Modifications of Particle Surface Chemical Composition
    • Combination with Other Electrolyte Classes
  • Document size: 4,057 words, 10 figures


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