Abstract: In recent years, extreme events and uncertainty of wind power generation have brought serious challenges to the security operation of power systems. This paper proposes an adaptive robust optimization model to enhance the resilience of the power system considering wind power generation uncertainty under extreme events. Firstly, an adaptive robust polyhedral uncertainty set is constructed by considering the wind power generation uncertainty. Secondly, considering the threat of extreme events to the power system, a resilience enhancement model of power system considering wind power output uncertainty in the defense-attackdefense framework is proposed. Finally, the model is simulated and verified on the IEEE RTS-79 and IEEE RTS-96 test systems,which is solved by the column-and-constraint generation（C＆CG）algorithm. The simulation results fully verified the effectiveness of the proposed model and solution method.