Transient Stability Evaluation Criterion of Multi-Wind Farms Integrated Power System
Xiaolin Ge, Qian Jia, Yang Fu, Wei‐Jen Lee, Yang Mi
Abstract
This letter proposes a novel transient stability criterion for power systems with multi-wind farms, which is deduced from power flow and inertia distribution. The variations of acceleration and deceleration power with and without wind integration, instead of the acceleration and deceleration areas themselves, are calculated, in which the power angle swing direction, the transient stability control of wind turbines, the position of wind farms access, and the unbalanced output of synchronous clusters are also considered. The simulation results show the effectiveness of the proposed criterion to distinguish transient stability.
Topics & Concepts
Transient (computer programming)Control theory (sociology)Wind powerSwingAccelerationElectric power systemInertiaStability (learning theory)Power (physics)EngineeringTransient responsePosition (finance)Computer sciencePhysicsControl (management)Electrical engineeringQuantum mechanicsEconomicsMachine learningMechanical engineeringArtificial intelligenceClassical mechanicsOperating systemFinanceElectric Power System OptimizationPower System Optimization and StabilityMicrogrid Control and Optimization