A method for regulating a power ramp rate (PRR_PCC) of a wind park at a point of common coupling (PCC) between the wind park and a utility grid, wherein the wind farm comprises a plurality of wind turbines (WTGi), the method comprising - receiving a power reference (P REF_ PCC) for the wind park, - determining the power ramp rate (PRR_PCC) of the wind park as a function of a power output (P_WTGi) of each individual wind turbine (WTGi), wherein the power ramp rate (PRR_PCC) of the wind park is based on power ramp rates (PRR_WTGi) of the individual wind turbines, and each wind turbine (WTGi) having the power ramp rate (PRR_WTGi) dependent on the power output (P_WTGi) of the respective wind turbine, - determining a corresponding plurality of power set-points (PSP_i) for said plurality of wind turbines (WTGi) based on the power ramp rates (PRR_WTGi) of said plurality of wind turbines and power reference (P REF_ PCC) for the wind park, wherein said corresponding plurality of power set-points (PSP_i) is dispatched to said plurality of wind turbines (WTGi) for regulating said power ramp rate (PRR_PCC) of the wind park in dependency of the power ramp rates (PRR_WTGi) of said plurality of wind turbines, increasing the total power ramp rate of the wind park by lowering the power output on a second subset of wind turbines and increasing the power output on a first subset of wind turbines, such that the first subset of wind turbines within the plurality of wind turbines is operating at a higher power output than the second subset of wind turbines within the plurality of wind turbines, and utilizing that the wind turbines in the first subset of wind turbines operating with the higher power output also have a higher ramp rate than the ramp rates of the second subset of wind turbines, thereby obtaining an overall higher ramp rate for the wind park, while maintaining the same power output. - receiving a power reference (P REF_ PCC) for the wind park, - determining the power ramp rate (PRR_PCC) of the wind park as a function of a power output (P_WTGi) of each individual wind turbine (WTGi), wherein the power ramp rate (PRR_PCC) of the wind park is based on power ramp rates (PRR_WTGi) of the individual wind turbines, and each wind turbine (WTGi) having the power ramp rate (PRR_WTGi) dependent on the power output (P_WTGi) of the respective wind turbine, - determining a corresponding plurality of power set-points (PSP_i) for said plurality of wind turbines (WTGi) based on the power ramp rates (PRR_WTGi) of said plurality of wind turbines and power reference (P REF_ PCC) for the wind park, wherein said corresponding plurality of power set-points (PSP_i) is dispatched to said plurality of wind turbines (WTGi) for regulating said power ramp rate (PRR_PCC) of the wind park in dependency of the power ramp rates (PRR_WTGi) of said plurality of wind turbines, increasing the total power ramp rate of the wind park by lowering the power output on a second subset of wind turbines and increasing the power output on a first subset of wind turbines, such that the first subset of wind turbines within the plurality of wind turbines is operating at a higher power output than the second subset of wind turbines within the plurality of wind turbines, and utilizing that the wind turbines in the first subset of wind turbines operating with the higher power output also have a higher ramp rate than the ramp rates of the second subset of wind turbines, thereby obtaining an overall higher ramp rate for the wind park, while maintaining the same power output. <EOS>