For　the　problems　with　traditional　class　E　inverters,　such　as　higher　inductor　losses,　more　sensitive　to　the　resonant　parameters　and　lower　power　limitation,　a　novel　topology　with　dual　(or　even)　class　E　inverters　and　power　combination　for　wireless　power　transfer　(WPT)　applications　was　proposed.　Coupled　inductors　were　proposed　to　suppress　the　even-order　harmonics　currents　and　reduce　loaded　quality　factor,　so　that　the　inverters　can　still　work　normally　and　high　efficiently　even　with　large　deviations　of　resonant　parameters.　And　magnetic　integration　of　coupled　inductors　was　proposed　to　reduce　the　numbers　and　losses　of　the　magnetics.　Series-series　resonance　compensation　scheme　was　used　for　WPT　system　and　π-type　(CLC)　transconductance　was　used　to　ensure　the　constant　output　voltage　and　independence　of　voltage　gain　to　the　loads.　A　prototype　with　1MHz　operation　frequency　was　designed　and　built　to　verify　the　feasibility　and　high　performances　of　the　proposed　topology　and　to　show　that　the　voltage　gain　characteristics　are　independent　with　the　loads　and　soft　switching　could　be　achieved　at　whole　load　ranges.　The　peak　efficiency　of　the　inverter　reaches　92%.　©　2015　Chinese　Society　for　Electrical　Engineering.