Large-scale PV stations integrated with VSC-HVDC should equip with the fault ride-through capability when the AC grid trips. A novel coordinated low voltage ride-through control strategy is proposed between VSC-HVDC and PV stations, which does not rely on communications and can maintain the balance of active power transmission quickly. In case of grid fault, the control modes of HVDC converters can be switched according to the DC voltage variation level. The sending end converter can lower down its output voltage, which will cause the PV stations decrease their output power. Hence the proposed method can stabilize the DC voltage and improve the fault ride through capability of the whole system even when the AC fault occurs in the sending grid. Simulation model with 1000 MW PV stations and VSC-HVDC is developed in Matlab/Simulink to prove the validity of the proposed control strategy.