Aqueous　rechargeable　zinc-ion　hybrid　supercapacitors　are　considered　to　be　a　promising　candidate　for　large-scale　energy　storage　devices　owing　to　their　high　safety,　long　life,　and　low　price.　In　this　paper,　a　nitrogen　doped　hierarchical　porous　carbon　is　evaluated　as　the　cathode　for　aqueous　rechargeable　zinc-ion　hybrid　supercapacitors.　Benefiting　from　the　synergistic　merits　of　excellent　structural　features　of　N-HPC　and　tiny　zinc　dendrite　of　Zn　anode　in　ZnSO4　electrolyte,　the　zinc-ion　hybrid　supercapacitor　exhibits　excellent　energy　storage　performance　including　high　capacity　of　136.8　mAh　center　dot　g(-1)　at　0.1　center　dot　Ag-1,　high　energy　density　of　191　Wh　center　dot　kg(-1),　large　power　density　of　3,633.4　W　center　dot　kg(-1),　and　satisfactory　cycling　stability　of　up　to　5,000　cycles　with　a　capacity　retention　of　90.9%.　This　work　presents　a　new　prospect　of　developing　high-performance　aqueous　rechargeable　zinc　ion　energy　storage　devices.