This　paper　proposes　an　advanced　hybrid　control　method　to　enhance　low　voltage　ride-through　(LVRT)　capability　of　grid　connected　photovoltaic　(PV)　power　plants.　Using　the　proposed　method,　when　a　low　voltage　fault　occurs　at　the　point　of　common　coupling,　the　grid　connected　inverter　overcurrent　and　its　DC-link　overvoltage　can　be　effectively　suppressed　by　tuning　the　PV　array　output　power　and　triggering　the　flux　coupling　fault　current　limiters　(FCLs).　The　AC-side　voltage　sag　of　the　inverter　can　be　significantly　mitigated　by　generating　reactive　power　from　the　inverter　and　injecting　this　into　the　FCLs.　Employing　the　proposed　method　can　also　reduce　the　regulating　quantity　of　output　power　from　the　grid　inverter　and　effectively　improve　PV　system　dynamic　recovery.　DC-link　voltage　fluctuations　can　also　be　significantly　smoothed　by　the　application　of　feed　forward　compensation　and　the　FCLs.　Related　theoretical　derivation　and　simulation　analysis　under　various　scenarios,　including　asymmetric　faults,　confirm　that　the　proposed　control　method　can　not　only　enhance　the　LVRT　capability　but　also　strengthen　the　transient　performance　of　PV　systems.　Published　by　AIP　Publishing.