Multi-Objective Stochastic Optimization for Determining Set-Point of Wind Farm System

Due to the uncertainty in output power of wind farm (WF) systems, a certain reserve capacity is often required system ensure service reliability and thereby increasing operation investment costs for entire system. In order reduce this capacity, study proposes multi-objective stochastic optimization model determine set-points WF The first objective maximize set-point system, while second probability fulfilling that real-time operation. An increase satisfying can However, if increases, decreases, which reduces profitability Using proposed method helps operator determining optimal by making trade-off between maximizing This ensures offer an with high avoids penalty mismatch power. show effectiveness method, several case studies are carried out, effects various parameters on also analyzed. According from transmission (TSO) speed profile, easily using strategy. A comparison profits achieved without analyzed detail, different seasons presented.