Electric　vehicle　(EV)　is　developing　rapidly,　whose　charging　is　one　big　issue.　EV　wireless　charging　technology　has　many　advantages　like　safety,　convenience,　and　automation.　However,　there　are　also　issues　concerning　EV　wireless　charging,　one　of　which　is　misalignment　tolerance　along　the　EV　door-to-door　direction.　In　this　paper,　an　EV　wireless　charging　system　is　proposed　by　employing　a　reconfigurable　topology　with　two　side-by-side　transmitting　coils.　The　system　can　be　switched　to　Working　Mode　I　where　the　two　transmitting　coils　are　connected　in　series　to　simultaneously　supply　power　to　the　receiver　at　central　positions　or　Working　Mode　II　where　the　two　transmitting　coils　constitute　the　LCCC-S　(inductor-capacitor-capacitor-capacitor-series)　topology　to　supply　power　for　the　receiver　at　boundary　positions.　Under　this　arrangement,　the　output　power　can　be　smoothed　along　the　door-to-door　misalignment.　Also,　the　proposed　wireless　charging　system　can　tolerate　weak　couplings　without　overvoltage　or　overcurrent　issues.　Experimental　results　have　validated　the　proposed　wireless　charging　system.　©　2022　IEEE.