Research　on　wireless　power　transfer　(WPT)　systems,　especially　single-input　multiple-output　(SIMO)　designs,　has　attracted　significant　interest　due　to　their　practicality.　Nevertheless,　existing　multiple-output　WPT　systems　face　various　challenges,　including　the　inability　to　independently　control　the　output　levels　at　each　port,　reliance　on　specific　decoupling　coil　structures,　and　poor　space　utilization.　To　address　these　issues,　this　paper　introduces　a　novel　compensation　topology　capable　of　achieving　independently　adjustable　dual　constant　voltage　(CV)　outputs　exploiting　its　inherent　structural　attributes.　The　proposed　system　employs　fewer　passive　compensation　components,　thereby　reducing　its　volume　and　cost.　Furthermore,　this　design　does　not　require　complex　closed-loop　control　strategies,　simplifying　the　difficulty　of　controller　design.　Instead,　it　simply　requires　adjustments　to　the　compensation　component　parameters　to　achieve　the　desired　dual　CV　output　levels,　thereby　ensuring　system　flexibility.　Initially,　a　theoretical　analysis　is　conducted,　followed　by　simulation　verification,　and　finally,　an　experimental　prototype　is　constructed　to　validate　the　feasibility　of　the　proposed　system.　©　1986-2012　IEEE.