Table 1.

The supercapacitor behavior of different materials based on graphene, CNTs, and fullerenes, as well as their binary and ternary composites (Notes: SA—surface area, FCL700: N and Fe co doped porous carbon derived from ferrocenylpyrrolidine C60, HTFT_2000: Mesoporous graphitic carbon microtubes derived from fullerene C₇₀, G/CNTs‐200: CNT@CZIF‐2: composite of nitrogen doped porous carbon derived from zeolitic imidazole framework and CNT, RGO/UCNT/PANI; Ternary composite of reduced graphene oxide, unzipped CNTs and polyaniline, Fe₂O₃NDs@NG—Fe₂O₃ nanodots supported on nitrogen doped graphene sheets, MCFC‐900: Amorphous mesoporous carbon cubes derived from mesoporous crystalline fullerene C₇₀, VN/NG—A composite of vanadium nitride and nitrogen doped graphene, GO/Fc—graphene oxide and ferrocene composite produced using vapor deposition, MoS₂/G: composite of molybdenum sulfide and graphene, 3DG/CNT—Composite of 3D graphene and CNTs, P‐MWNT‐PANI—polyaniline nanowire arrays grown on dendrimer functionalized multiwalled CNTs, CNTs@Gr‐CNF‐5—ternary composite made up of CNTs, graphene and carbon nanofibers, G/PANI/CNTs—composite of graphene, polyaniline and CNTs, mCF@CC—mesoporous C60 fullerene micro‐particles supported on carbon cloth, G—graphene prepared from graphene oxide aqueous solution using excimer laser irradiation reduction technique, PANI‐PORGO—polyaniline functionalized reduced graphene oxide, NG—nitrogen doped graphene, and OMC/G—composite of ordered mesoporous carbon and graphene)

Material	SA [m2 g−1]	Capacitance [F g−1]	Current density [A g−1]	Electrolyte	Electrode configuration	Refs.
FCL700	49.4	505.4	0.1	6 m KOH	3 electrodes	[43]
HTFT_2000	334	184.6	0.5	1 m H2SO4	3 electrodes	[101]
G/CNTs‐200	196	202	0.5	6 m KOH	3 electrodes	[102]
CNT@CZIF‐2	287	324	0.5	6 m KOH	3 electrodes	[103]
RGO/UCNTs/PANI	83.58	359.3	1.0	1 m H2SO4	3 electrodes	[104]
Fe2O3NDs@NG	–	274	1.0	2 m KOH	3 electrodes	[105]
MCFC‐900	642.6	205	1.0	1 m H2SO4	3 electrodes	[106]
Fe‐MFC60‐150	598	112.4	0.1	2 m KOH	3 electrodes	[107]
VN/NG	809	445	1.0	6 m KOH	3 electrodes	[108]
GO/Fc	500	178	1.0	1 m Na2SO4	3 electrodes	[109]
MoS2/G	–	227	0.1	1 m Na2SO4	3 electrodes	[110]
3DG/CNT	–	197.2	–	1 m Na2SO4	3 electrodes	[111]
P‐MWNT‐PANI	15.53	568	0.5	1 m H2SO4	3 electrodes	[112]
CNTs@Gr‐CNF‐5	720.8	218	1.0	6 m KOH	3 electrodes	[113]
G/PANI/CNTs	230	638	0.5	1 m H2SO4	3 electrodes	[114]
mCF@CC	–	440	2.0	6 m LiCl	3 electrodes	[115]
G	58.9	141	1.04	0.5 m Na2SO4	2 electrodes	[116]
PANI‐PORGO	–	369	1.0	1 m H2SO4	3 electrodes	[117]
NG	–	225.2	1.0	6 m KOH	3 electrodes	[118]
OMC/G	2109.2	329.5	0.5	6 m KOH	3 electrodes	[119]
3DG/N doped	702	405	1.0	6 m KOH	2 electrodes	[120]