Three Phase Short Circuit Current Evaluation of Induction Generator for Wind Turbine in Distribution Network

Tao Li; Zhi Yong Dai; Ai Qing Luo; Shu Pan; Xi Cong Xiong; Nian Cheng Zhou

doi:10.4028/www.scientific.net/AMR.953-954.582

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A Probabilistic Load Flow Method Based on Markov Chain Wind Power Prediction
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Discussion of Doubly-Fed Wind Turbines Technical Solutions on High Voltage Ride-Through
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Dynamic Economic Dispatch of Wind Power Incorporated System
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Design of Time-of-Use Model for Promoting Wind Power’s Penetration
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Three Phase Short Circuit Current Evaluation of Induction Generator for Wind Turbine in Distribution Network
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Research of Wind Power Plant Risk Management Based on Bayesian Network
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Simulation of PV and Wind Hybrid Power System
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Chemical Speciations of Uranium of a Sandstone Uranium Deposit and their Effects to In Situ Leaching, Northwest China
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The Impact of Primary Circuit Coolant Average Temperature on the Secondary Circuit Thermal Efficiency at Nuclear Power Station
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 953-954Three Phase Short Circuit Current Evaluation of...

Three Phase Short Circuit Current Evaluation of Induction Generator for Wind Turbine in Distribution Network

Abstract:

The transient characteristics of induction generator (IG) were investigated in the paper, and the analytic formula of its stator current under three-phase short circuit in distribution network was derived. According to the change law of IG rotor speed under the grid fault, an evaluation method to determine the current peak of three-phase short circuit for induction generator in distribution grid is proposed. The correctness of the proposed method was verified by the fifth electromagnetic transient model of IG in PSCAD/EMTDC simulation software.