A　novel　topology　scheme　for　wireless　power　transfer　(WPT)　applications　whose　transmitter　consists　of　dual　opposite　phase　class　E　inverters　was　proposed.　Series-series　compensation　topology　was　applied　for　magnetic　coupling　structure.　Constant　output　voltage　at　secondary　side　can　be　easily　realized　by　inserting　a　p　transconductance　at　the　output　of　inverter　to　ensure　the　primary　currents　to　be　constant.　Furthermore,　magnetic　integration　is　applied　to　both　parallel　inductors　of　the　inverters　to　suppress　the　even-order　harmonic　while　remaining　the　useful　input　fundamental　current　going　through　unaffected,　resulting　less　winding　losses　of　the　inductors.　The　feasibility　and　performance　of　the　proposed　scheme　was　verified　by　both　simulation　and　prototype　tests.　The　peak　inverter　efficiency　reached　up　to　94%.