Abstract
A method of steady-state security analysis in wind power systems is presented. The wind farm velocity and output model are established, and Latin Hypercube Sampling is used to simulate the impact of wind farms output fluctuation which considers correlativity among different wind farms by the Cholesky Decomposition. Safety confidence is fast obtained finally by the linearized power flow function. Tests in IEEE 30 system demonstrated that the proposed approach carries out of the safety confidence accurately and rapidly and provides the reliable theoretical basis for power system steady-state security analysis.
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