A novel composite based on SBA 15NH2 @MOF 5@PANI as an electrodeefficient in supercapacitor

SBA 15, recognized for its two-dimensional hexagonal pore structure, adjustable pore size, non-toxicity, and highspecific surface area, holds significant promise in scientific research, particularly as a supercapacitor electrode. Thisstudy introduces the SBA 15-NH2@MOF 5@PANI composite for supercapacitor devices, evaluating itselectrochemical behavior through CV, GCD, and EIS tests. The fabricated electrode exhibited high specificcapacitance (757 F/g at 1 A/g) and outstanding cyclic stability (99% capacitance retention after 5000 cycles).Finally, a symmetric supercapacitor system based on SBA 15-NH2@MOF 5@PANI demonstrated impressiveenergy and power densities of 27 Wh/kg and 128 W/kg, respectively.

A novel composite based on SBA 15NH2 @MOF 5@PANI as an electrodeefficient in supercapacitor Keywords:

polymer , Supercapacitor , Electrode Material , SBA 15 , MOF , PANI , Nanocomposite