BZZ-modified BaTiO₃ ceramic

3.6 J/cm³ high storage

By incorporating Bi(Zn₀.₅Zr₀.₅)O₃, the ceramic achieves a high recoverable energy density with 90% efficiency and excellent temperature stability, suitable for high-temperature capacitors.

Ma, Cuiying · Ruiying, Zhang · Guangwei, Zhang · Du, Huiling · Liu, Jia · Ruinan, Liang · Zhaoguo, Wang

Journal of Energy Storage 2023

Specifications

可回收储能密度

{'zh': '3.58', 'en': ''} J/cm³

储能效率

{'zh': '90', 'en': ''} %

电场

{'zh': '430', 'en': ''} kV/cm

Energy density variation

{'zh': '<5', 'en': '<5'} %