Research on Equivalent Modeling of Double-Fed Wind Farm Study

Chao Zhong; Ran Li

doi:10.4028/www.scientific.net/AMM.521.147

Paper Titles

Multivariate Linear Wind Speed Forecast Method Based on the SSA and WRF Model
p.124

Overview on Integration Characteristics of Offshore Wind Power
p.128

Short Term Wind Speed Prediction Based on Linear Combination and Error Correction
p.135

Method of Wind Power Prediction Based on ANN and Improvements
p.143

Research on Equivalent Modeling of Double-Fed Wind Farm Study
p.147

The Optimized Charge-Discharge Strategy of EVs Considering the Fluctuation of Wind Power
p.151

Transformer Selection Research Based on Blind Number Theory
p.159

Comprehensive Evaluation Based Selection Method for Power Transformer
p.163

Overview of Generator Out-of-Step Prediction
p.167

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 521Research on Equivalent Modeling of Double-Fed Wind...

Research on Equivalent Modeling of Double-Fed Wind Farm Study

Abstract:

This paper used double-fed wind farm as the object. The output power of the double-fed wind farm fluctuates because the wind speed differs and changes and the three-phase shorted to ground fault occurs in the transmission line. The weighted average method was used in double-fed wind farm grid equivalent modeling. By comparing power fluctuations in the actual model and the equivalent model, it is verified the proposed equivalent modeling method is effective.