Monolithic Integrated Micro-Supercapacitors

28 cells per cm²

A universal high-throughput microfabrication strategy combines lithographic patterning, spray-printed MXene microelectrodes, and 3D-printed gel electrolytes to densely integrate electrochemically isolated capacitors in a tiny footprint.

Wang, Sen · Li, Linmei · Zheng, Shuanghao · Das, Pratteek · Shi, Xiaoyu · Ma, Jiaxin · Lin-Yu, Liu · Zhu, Yuanyuan · Lu, Yao · Zhong-Shuai, Wu · Hui-Ming, Cheng

National Science Review 2023

Specifications

of cells cm
{'zh': '3.5', 'en': '340'} cells
面输出电压
{'zh': '75.6', 'en': ''} V cm⁻²
系统体积能量密度
{'zh': '9.8', 'en': ''} mWh cm⁻³
次循环后电容保持率
{'zh': '92', 'en': ''} %