The　charging　process　of　lithium-ion　batteries　in　the　wireless　charging　system　of　electric　vehicles　needs　to　go　through　constant-current　(CC)　and　constant-voltage　(CV)　charging　stages.　In　this　paper,　a　new　reconfigurable　hybrid　wireless　charging　system　is　proposed　to　realize　CC　and　CV　outputs　over　a　wide　misalignment　range.　The　proposed　system　can　be　reconfigured　to　form　an　input-parallel-output　series　connection　of　the　inductor-capacitor-capacitor　series　(LCC-S)　and　S-LCC　topologies　to　achieve　a　CV　output,　or　an　input-series-output-series　connection　of　the　S-S　and　LCC-LCC　topologies　to　realize　a　CC　output.　Two　sets　of　magnetic　couplers　are　utilized,　with　one　as　the　traditional　unipolar　coil　set　and　the　other　as　a　novel　bipolar　coil　set.　Both　coil　sets　can　realize　symmetrical　misalignment　performance　along　two　perpendicular　directions.　Thus,　the　proposed　hybrid　system　can　achieve　switchable　CC　and　CV　outputs　and　misalignment　tolerance　along　two　perpendicular　directions.　The　mathematical　model　is　established.　The　implemented　prototype　validates　that　the　output　voltage,　output　current,　output　power,　and　system　efficiency　are　relatively　stable　in　the　vertical　direction　and　a　certain　oblique　range.　CC　and　CV　outputs　can　be　achieved　with　the　highest　efficiency　up　to　94.52%.　IEEE