Stakeholder　Value　Networks　(SVN)　is　a　method　for　identifying　and　prioritizing　stakeholders　and　their　associated　requirements　in　complex　engineering　systems.　Academics　and　companies　have　made　great　strides　in　the　theoretical　research　and　case　studies　of　constructing　the　Stakeholder　Value　Networks　Model　(SVNM).　However,　most　of　the　developed　cases　lack　a　modularized,　scalable　and　traceable　construction　method　to　codify　SVNM　for　stakeholders　and　requirements　prioritization,　which　leads　to　problems　such　as　low　reuse　rate　of　the　model　elements,　poor　configuration　flexibility　and　lack　of　ability　to　connect　with　the　analysis　platform　and　system　model.　To　address　these　issues,　we　propose　a　construction　method　of　the　SVNM　based　on　Model-Based　Systems　Engineering　(MBSE)　from　the　perspective　of　model　reusability,　consistency　and　continuity.　In　this　method,　a　SVNM　is　gradually　constructed　by　using　the　MBSE　modeling　method　＂ARCADIA＂,　the　MBSE　modeling　software　＂Capella＂　and　some　open-source　add-ons.　The　model　includes　two　steps　of　the　mapping　and　quantifying　in　SVN　method　and　can　be　connected　to　an　analysis　platform　named　Dependency　Structure　Matrix　(DSM)　modelling　platform　to　implement　the　remaining　steps　of　searching　and　analyzing.　Furthermore,　the　results　of　the　search　and　analysis　can　be　used　to　prioritize　stakeholders　and　requirements　and　recorded　in　the　MBSE　environment　by　modeling　Stakeholder　Requirements　(SHRs).　Then,　we　demonstrate　the　applicability　of　this　method　based　on　a　case　study　of　Robotic　Vertical　Farming　Systems　(RVFS).　Finally,　the　RVFS-SVNM　are　modeled　and　analyzed　in　ARCADIA/　Capella　and　DSM　modeling　platform,　and　the　RVFS-SHRs　are　recorded　in　ARCADIA/Capella.　The　method　can　enable　the　prioritization　of　stakeholders　and　requirements　to　trace　the　entire　system　model　and　drive　requirements　engineering　toward　Model-Based　Requirements　Engineering　(MBRE).