A wind farm, comprising: a plurality of wind turbine stations (106, 108, 110), wherein each of the plurality of wind turbine stations comprises: a wind turbine;and a generator sub-system operatively coupled to the wind turbine, wherein the generator sub-system comprises: a doubly-fed induction generator configured to generate an alternating current voltage, and a wind turbine station power converter electrically coupled to the doubly-fed induction generator; the wind farm further comprising: a power collection sub-system electrically coupled to the plurality of wind turbine stations (106, 108, 110), wherein the power collection sub-system comprises: a power bus electrically coupled to the generator sub-systems of the plurality of wind turbine stations (106, 108, 110); and a sub-station power converter electrically coupled to the power bus; the wind farm further comprising: a control system operatively coupled to the wind turbine station power converters of the plurality of wind turbine stations (106, 108, 110) and the sub-station power converter, wherein the control system is configured to: determine a wind speed metric; estimate a frequency metric corresponding to the wind speed metric; calculate a desirable frequency of the power bus based on the wind speed metric and frequency compensation ranges of the wind turbine station power converters such that a difference between the desirable frequency and the frequency metric is within the frequency compensation ranges of the wind turbine station power converters; and to generate and communicate control commands to the sub-station power converter based on the desirable frequency, wherein the sub-station power converter is configured to update a line frequency of a power bus voltage based on the desirable frequency to control power generation by the plurality of wind turbine a plurality of wind turbine stations (106, 108, 110), wherein each of the plurality of wind turbine stations comprises: a wind turbine;and a generator sub-system operatively coupled to the wind turbine, wherein the generator sub-system comprises: a doubly-fed induction generator configured to generate an alternating current voltage, and a wind turbine station power converter electrically coupled to the doubly-fed induction generator; a doubly-fed induction generator configured to generate an alternating current voltage, and a wind turbine station power converter electrically coupled to the doubly-fed induction generator; the wind farm further comprising: a power collection sub-system electrically coupled to the plurality of wind turbine stations (106, 108, 110), wherein the power collection sub-system comprises: a power bus electrically coupled to the generator sub-systems of the plurality of wind turbine stations (106, 108, 110); and a sub-station power converter electrically coupled to the power bus; a power bus electrically coupled to the generator sub-systems of the plurality of wind turbine stations (106, 108, 110); and a sub-station power converter electrically coupled to the power bus; the wind farm further comprising: a control system operatively coupled to the wind turbine station power converters of the plurality of wind turbine stations (106, 108, 110) and the sub-station power converter, wherein the control system is configured to: determine a wind speed metric; estimate a frequency metric corresponding to the wind speed metric; calculate a desirable frequency of the power bus based on the wind speed metric and frequency compensation ranges of the wind turbine station power converters such that a difference between the desirable frequency and the frequency metric is within the frequency compensation ranges of the wind turbine station power converters; and to generate and communicate control commands to the sub-station power converter based on the desirable frequency, wherein the sub-station power converter is configured to update a line frequency of a power bus voltage based on the desirable frequency to control power generation by the plurality of wind turbine determine a wind speed metric; estimate a frequency metric corresponding to the wind speed metric; calculate a desirable frequency of the power bus based on the wind speed metric and frequency compensation ranges of the wind turbine station power converters such that a difference between the desirable frequency and the frequency metric is within the frequency compensation ranges of the wind turbine station power converters; and to generate and communicate control commands to the sub-station power converter based on the desirable frequency, wherein the sub-station power converter is configured to update a line frequency of a power bus voltage based on the desirable frequency to control power generation by the plurality of wind turbine