ZnS/carbon　nanocomposites　have　potential　electrochemical　applications　due　to　their　improved　conductivity　and　more　active　sites　through　modification　of　the　carbon　materials.　Herein,　we　report　a　facile　method　to　synthesize　the　nanocomposites　comprising　ZnS　nanoparticles　and　nitrogen-doped　carbon　(ZnS@NC).　The　inorganic-organic　hybrid　ZnS-amine　material　ZnS(ba)　(ba　=　n-butylamine)　is　synthesized　on　a　large　scale　by　a　reflux　method,　which　effectively　shortens　the　reaction　time　while　maintaining　the　high　yield　compared　with　the　solvothermal　method.　Then　ZnS(ba)　is　used　as　precursor　for　obtaining　ZnS@NC　nanocomposites　via　a　vacuum　pyrolysis　route,　in　which　the　content　of　carbon　and　nitrogen　can　be　controlled　by　adjusting　the　pyrolysis　temperature.　Further,　a　series　of　ZnS-amine　hybrid　materials　ZnS(ha),　ZnS(en)(0.5)　and　ZnS(pda)(0.5)　(ha　=　n-hexylamine;　en　=　ethylenediamine;　pda　=　1,3-propanediamine)　are　synthesized　and　used　as　precursors　for　the　preparation　of　ZnS@NC　materials,　indicating　the　universality　of　this　method.　Moreover,　the　as-synthesized　ZnS@NC　materials　exhibit　remarkable　lithium　storage　performance　with　outstanding　cycling　stability,　high-rate　capability　and　remarkable　pseudo-capacitance　characteristics.