A promising Poly(2-mercaptoaniline)/Copper-Based porous nanocomposite for advanced supercapacitor electrode design

Key Points

• The poly(2-mercaptoaniline) and copper-based nanocomposite achieves remarkable conductivity, enhancing supercapacitor efficiency.
• The nanocomposite's energy storage capacity is significantly increased compared to traditional materials, achieving up to 150 F/g.
• Utilizing a laboratory-scale analysis, the researchers explore various synthesis methods and their impact on electrode performance.
• These findings could enable the development of more efficient energy storage solutions, addressing the growing demand for sustainable power sources.