To　enhance　the　performance　of　doubly　fed　induction　generator　(DFIG)　wind　turbine　during　low　voltage　events,　a　battery　energy　storage　system　(BESS)　together　with　advanced　control　schemes　are　proposed.　The　novel　control　strategy　utilizes　the　existing　devices　within　the　DFIG　wind　turbine　system　to　achieve　low　voltage　ride　through　(LVRT)　by　controlling　rotor　and　grid　side　converters　and　BESS.　The　advanced　control　scheme　can　save　the　major　excessive　power　into　turbine　inertia　by　accelerating　the　turbine　rotating　speed.　Therefore,　relatively　small　quantity　of　power　will　flow　into　dc-link,　which　can　reduce　the　capacity　of　BESS.　Moreover,　the　sequence　of　control　scheme　and　BESS　activation　time　was　discussed　in　this　paper　which　can　help　us　to　determine　the　battery　charging　period.　Through　this　cooperated　control　scheme,　the　sensitive　power　electronics　devices　can　be　protected　against　current　and　voltage　fluctuations.　The　proposed　control　scheme　is　validated　through　dynamic　simulations.