The　application　of　wireless　power　transfer　(WPT)　has　become　more　and　more　extensive,　and　the　parity-time　(PT)　symmetric　principle　has　been　proved　to　significantly　improve　the　degree　of　freedom　of　the　WPT　system　without　increasing　the　control　complexity.　However,　the　PT-symmetric　region　of　the　original　WPT　system　with　series-series　(SS)　compensation　is　limited.　To　overcome　this　drawback,　a　novel　PT-symmetric　WPT　system　with　series-parallel-series　(S-PS)　compensation　is　proposed　in　this　paper.　The　PS　compensation　network　is　converted　to　the　S　compensation　network　by　equivalent　circuit　method.　Then　a　mathematical　model　of　the　proposed　system　is　established　by　circuit　theory.　It　is　found　that　the　critical　coupling　coefficient　of　the　proposed　system　are　much　smaller　than　the　original　PT-symmetric　system.　Furthermore,　the　proposed　system　has　a　compromise　between　transmission　distance　and　transfer　efficiency　by　setting　the　capacitance　distribution　ratio.　A　26W　prototype　is　built　to　verify　the　feasibility　of　the　proposed　method.　Experimental　results　demonstrate　that　the　proposed　method　doubles　the　transmission　distance　and　improves　the　output　power.　IEEE