Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Upon the connection of wind generators to distribution grids, significant flicker emission can appear, due to the low   $X/R$   ratios and low short-circuit levels at the points of connection.  proposes a reactive-por-based control scheme that aims for accurate cancellation of voltage flicker resulting from the grid connection of DFIG-based wind por. The control scheme operation is based on constructing the two-bus equivalent network of the detailed por system, via local measurements of voltage and active and reactive por flows at the DFIG terminals. The reactive por flow at the DFIG terminals is adjusted accordingly to cancel voltage flicker, based on the constructed equivalent network equations. The proposed control scheme avoids the use of por flow approximations at the connection point, and hence is free of the inaccuracies implicated in the conventional reactive-por-based flicker mitigation approaches (based on por factor control and voltage control). The proposed control scheme is shown, by comparative results, to provide superior performance to those conventional flicker mitigation approaches, as ll as flicker mitigation capability independent of the connection point parameters.
['Moataz Ammar', 'Mohammed E. Ammar']
I am writing a research paper on a idea Enhanced Flicker Mitigation in DFIG-Based Distributed Generation of Wind Power
[{"from": "human", "value": "I am writing a research paper on a idea Enhanced Flicker Mitigation in DFIG-Based Distributed Generation of Wind Power"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Upon the connection of wind generators to distribution grids, significant flicker emission can appear, due to the low   $X/R$   ratios and low short-circuit levels at the points of connection.  proposes a reactive-por-based control scheme that aims for accurate cancellation of voltage flicker resulting from the grid connection of DFIG-based wind por. The control scheme operation is based on constructing the two-bus equivalent network of the detailed por system, via local measurements of voltage and active and reactive por flows at the DFIG terminals. The reactive por flow at the DFIG terminals is adjusted accordingly to cancel voltage flicker, based on the constructed equivalent network equations. The proposed control scheme avoids the use of por flow approximations at the connection point, and hence is free of the inaccuracies implicated in the conventional reactive-por-based flicker mitigation approaches (based on por factor control and voltage control). The proposed control scheme is shown, by comparative results, to provide superior performance to those conventional flicker mitigation approaches, as ll as flicker mitigation capability independent of the connection point parameters."}]