In order to solve the voltage instability issues attributing to the insufficient inertia and damping in the power system with high renewable and high power electronics penetration, based on the grid-forming control and electrical energy storage technologies，the strategy of the virtual synchronous compensator co-locating at the AC-side of the wind farm has been investigated. A modification on the wind farm is required if electrical energy storage is implemented at the DC side of the wind generator, which is costly, while the electrical energy storage can be implemented at the AC side, which is easy for the upgrading but the entire wind farm would not behave as a voltage source due to an independent control for the storage and wind generation. In this context, a coordination control strategy of the virtual synchronous compensator based on the supercapacitor has been proposed, considering the capacity limitation of the supercapacitor. The validation and feasibility of the proposed control has been verified in the Matlab/Simulink. The results show that by the means of the coordinating between the wind generation and virtual synchronous compensator, the entire wind farm can be behaved as a voltage source with inertia and damping provision. It is concluded that when the capacity of the virtual synchronous compensator takes up 15% of the wind farm capacity, the coordination control can optimally suppress the stochastics from the wind generation and maximize the damping of the entire wind farm.