Optimizing Electrodes towards High-Performance Rechargeable Lithium-Oxygen Battery Using Anode Protective Layer and Non-Pt Catalyst at for Air Cathode

Project: National Science and Technology Council › National Science and Technology Council Academic Grants

Project Details

Abstract

再生能源是減少碳排及極端氣候的主要方向，急需高效能高功率的儲能裝置/系統，才能與目前電網搭載。高容量及高效儲能系統可調控目前發電系統的尖峰離峰電力需求、提升電力穩定，極具科學價值與經濟利益。鋰-氧電池的電容量高於現行的鋰離子電池十倍以上，又稱為「終極電池」。研發成功這種高功率密度的儲能電池，將可用於電動車、行動裝置、電網、及緊急供電之用。尤其高容量及高效儲能系統可調控目前發電系統的尖峰離峰電力需求、提升電力穩定，做為推廣替代及再生能源之系統之重要一環，極具科學價值與經濟利益，亦可使我國能源多樣化與穩定供電的目標得以早日實現。

Project IDs

Project ID:PB11308-3831
External Project ID:NSTC111-2221-E182-034-MY3
StatusActive
Effective start/end date01/08/24 → 31/07/25

Keywords

  • High capacity Li-oxygen battery
  • Lithium anode
  • Air cathode
  • Secondary battery
  • Coulombic efficiency and lifetime

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