A method for operating a wind turbine comprising a grid side converter, the grid side converter being coupled to a grid via a power line, the method comprising: determining a wind turbine operation strategy; determining a first active power reference (P*) and a first reactive power reference (Q*) indicating a requested amount of active power and reactive power, respectively, depending on at least the wind turbine operation strategy; measuring a grid voltage (v) of the grid; determining a positive sequence voltage (v + ) and a negative sequence voltage (v - ) from the grid voltage (v); determining a second active power reference (P**) and a second reactive power reference (Q**) indicating an actual amount of active power (P) and reactive power (Q) to be supplied by the grid side converter to the grid, respectively, depending on at least the first active power reference (P*), the first reactive power reference (Q*), and the wind turbine operation strategy; generating, based on at least the wind turbine operation strategy, a first parameter (k 1 ) and a second parameter (k 2 ) which define a proportion of positive sequence current component and negative sequence current component to be injected by the grid side converter in order to supply active power (P) and reactive power (Q) in accordance with the second active power reference (P**) and the second reactive power reference (Q**); generating a current reference (I*) based on at least the second active power reference (P**), the second reactive power reference (Q**), the positive sequence voltage (v + ), the negative sequence voltage (v - ), the first parameter (k 1 ), and the second parameter (k 1 ); and supplying, with the grid side converter, active (P) and reactive power (Q) to the power line based on the current reference. determining a wind turbine operation strategy; determining a first active power reference (P*) and a first reactive power reference (Q*) indicating a requested amount of active power and reactive power, respectively, depending on at least the wind turbine operation strategy; measuring a grid voltage (v) of the grid; determining a positive sequence voltage (v + ) and a negative sequence voltage (v - ) from the grid voltage (v); determining a second active power reference (P**) and a second reactive power reference (Q**) indicating an actual amount of active power (P) and reactive power (Q) to be supplied by the grid side converter to the grid, respectively, depending on at least the first active power reference (P*), the first reactive power reference (Q*), and the wind turbine operation strategy; generating, based on at least the wind turbine operation strategy, a first parameter (k 1 ) and a second parameter (k 2 ) which define a proportion of positive sequence current component and negative sequence current component to be injected by the grid side converter in order to supply active power (P) and reactive power (Q) in accordance with the second active power reference (P**) and the second reactive power reference (Q**); generating a current reference (I*) based on at least the second active power reference (P**), the second reactive power reference (Q**), the positive sequence voltage (v + ), the negative sequence voltage (v - ), the first parameter (k 1 ), and the second parameter (k 1 ); and supplying, with the grid side converter, active (P) and reactive power (Q) to the power line based on the current reference. <EOS>