Core–Shell Cu2O@CuS@NiCo-LDH Composite Electrode

High Capacitance, Long Cycling

This composite leverages the synergy between the core–shell architecture and bimetallic LDH to deliver both high specific capacitance and ultra-long cycling stability, overcoming the trade-off between energy density and cycle life in conventional pseudocapacitive materials.

Chuhan, Zhang · Lin, Lu · Sijia, Hao · Fang, Songwen · Sui, Qingli · Li, Jing · Yongjin, Zou · Fen, Xu · Sun, Lixian · Xiang, Cuili · Xie, Jingjing

Journal of Energy Storage 2024

Specifications

电流密度下比电容

{'zh': '970.5', 'en': ''} F g⁻¹

不对称超级电容器经

{'zh': '25,000', 'en': ''} 次

Advantages

Assembled asymmetric supercapacitor with activated carbon achieved an energy density of 53.3 Wh kg⁻¹ at a power density of 820 W kg⁻¹