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Mechanism and Functional Optimization of Low Voltage Ride Through in 2nd Generation Wind Power Integration Based on PSS/E
Received:December 28, 2018  Revised:February 15, 2019
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Keywords:PSS/E  2nd Wind Turbine Generator Model  User-defined Modeling  Dynamic Simulation  Low Voltage Ride Through
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AuthorInstitutionEmail
zhu hang hangzhu@sjtu.edu.cn
zhu miao School of Electronic Information and Electrical Engineering, Shanghai Jiao Tong University miaozhu@sjtu.edu.cn
huang ruanming Economic and Technical Research Institute, SMEPC
cai xu School of Electronic Information and Electrical Engineering, Shanghai Jiao Tong University
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Abstract:
      As a powerful power system simulation software, PSS/E has large advantage in large-scale power system simulation. But in the PSS/E transient model there is no low voltage ride through model for wind turbine generator, which makes wind power simulation be lack of reference in engi-neering practice. According to analyze the principle of the PSS/E 2nd wind turbine generator, this paper indicated the advantage and disad-vantage of the low voltage operation condition in 2nd model and built the low voltage ride through model based PSS/E 2nd wind turbine gener-ator to optimize the function of low voltage operation condition. This paper filled up the field of function extension for 2nd model and the model this paper built enriches the dynamic model of PSS/E and make PSS/E has more reference in engineering practice for the study of power system simulation with fluctuant wind power. Finally, with the actual wind turbines voltage dip fault and comparison of simulation, this paper verified the correctness and practicability of the user-defined model.
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