2019 | vol. 67 | nr. 4 | art. 4

Hybrid Mathematical Model of Wind Turbine for Assessment of Wind Generation Impact on Transients in Power Systems

Igor RAZZHIVIN, Aleksey SUVOROV, Anton KIEVETS, Alisher ASKAROV
Abstract
Nowadays in the world a lot of attention is paid to the integration of renewable energy sources, especially wind power plants, into existing electric power systems. However, the modern simulation tools usage based on numerical integration for studying and assessment of renewables impact on transient processes in EPS is always associated with different simplifications and limitations. In this regard, the authors suggest the Hybrid Real-Time Power System Simulator (HRTSim) usage for comprehensive and accurate simulation of large-scale EPS with RES. The results of the synthesis of the wind turbine mathematical model as a part of the specialized module for the HRTSim are presented in the paper. The developed means are intended to solve the issue of this hardware-software simulator upgrade for comprehensive and adequate modelling of wind power generation facilities.
Keywords: Wind turbine, Mathematical modelling, Hybrid simulation, Pitch control, Electric power system
To cite this article: RAZZHIVIN I., SUVOROV A., KIEVETS A., ASKAROV A., “Hybrid mathematical model of wind turbine for assessment of wind generation impact on transients in power systems” in Electrotehnica, Electronica, Automatica (EEA), 2019, vol. 67, no. 4, pp. 28-34, ISSN 1582-5175.

 

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