To　solve　the　problem　of　various　transform　series　in　traditional　wind　power　system,　this　paper　proposes　a　hybrid　topology　of　high　voltage　direct　current　(HVDC)　wind　power　system　based　on　multi-phase　permanent　magnet　synchronous　generator　(MPPMSG).　The　multiple　sets　of　the　generator　windings　are　separately　connected　to　unipolar　converters,　which　connect　in　series　on　the　DC　side　and　transfer　into　high　voltage　to　connect　the　HVDC　transmission　line.　One　set　of　windings　injects　reactive　power　into　the　generator　to　improve　the　generator　speed　regulation　and　steady-state　performance.　In　the　on-shore　substation,　the　line　commutated　converter　(LCC)　based　on　thyristors　is　applied　to　block　the　short-circuit　current　when　the　DC　bus　is　short-circuit.　In　order　to　solve　the　multi-winding　coupling　problem,　a　feedback　decoupling　control　strategy　is　adopted　for　MPPMSG.　According　to　the　analysis　of　short-circuit　characteristics　of　generator,　a　fault　ride-through　strategy　is　proposed　combined　with　the　short-circuit　current　limitation　method,　which　can　deal　with　the　short-circuit　fault　of　DC　transmission　line　effectively.　Finally,　the　switching-circuit　simulation　model　of　the　hybrid　wind　power　system　is　built　in　PSCAD/EMTDC,　and　the　effectiveness　of　the　proposed　control　strategy　is　verified.　©　2020　Automation　of　Electric　Power　Systems　Press.