Wireless　charging　systems　for　consumer　electronics　suffer　from　the　offset　issue,　which　leads　to　drastic　changes　in　the　mutual　inductance　and　thus　produces　unstable　outputs.　To　solve　the　issue,　this　paper　proposes　an　integrated　hybrid　dual-frequency　wireless　charging　system　with　an　anti-offset　performance.　The　proposed　topology　can　be　equivalent　to　the　CLC-S　and　S-S　topologies　at　fundamental　and　third　harmonic　frequencies,　respectively.　Combining　the　opposite　trends　of　the　output　voltages　in　the　CLC-S　and　S-S　topologies,　the　anti-offset　performance　can　be　realized.　To　further　enhance　the　anti-offset　performance,　the　phase-shift　control　is　adopted　to　adjust　the　ratio　of　fundamental　and　third　harmonic,　thus　extending　the　anti-offset　range.　The　mathematical　and　experimental　models　are　established.　The　experimental　results　are　well　aligned　with　the　calculated　ones,　confirming　that　the　proposed　system　can　maintain　stable　output　and　high　efficiency　under　different　offsets.　©　Published　under　licence　by　IOP　Publishing　Ltd.