When output from large wind farms are transported over a long distance by flexible HVDC transmission system, problems such as excessive DC power and voltage rise need to be solved if the AC power grid fails. The use of unloading circuit or changing control strategy has its own shortcomings, so they couldn’t finish the fault ride through fast, efficiently, and reliably. Given these problems, a fault-crossing coordinated control strategy is proposed. This combines a self-regulating energy dissipation resistor with reducing transmission power through maximum power tracking in the wind field. At the beginning of the fault, an energy dissipation resistance is put in to compensate for the communication delay of the control strategy. Secondly, after the introduction of maximum power tracking load shedding, some of the energy dissipation resistance can be withdrawn appropriately, so as to avoid the shortcomings of a single scheme and achieve better effect. Finally, the simulation verifies the effectiveness of the coordinated control strategy by PSCAD/EMTDC. This work is supported by Beijing Natural Science Foundation (No. 20151100094) and State Key Laboratory of Operation and Control of Renewable Energy & Storage Systems (No. NYB51201901143).