Simulation of the Operation of an Autonomous Wind Power Plant with Aerodynamic Multiplication Based on an Asynchronous Generator with a Phase Rotor with Excitation From a Voltage-Source Inverter

The article indicates the relevance of the construction of autonomous wind power plants (WPPs) in Ukraine. Information is provided on a new autonomous WPP with aerodynamic multiplication based on an asynchronous generator with a phase rotor (AGPR) with excitation from a voltage-source inverter. The construction of a simulation model of an autonomous WPP in the PSIM modeling program (Powerism Inc; Michigan, U.S.A.) environment is covered. The operation of the installation is simulated when the speed of the primary wind flow changes. Conclusions are made about the efficiency of the autonomous wind power installation with aerodynamic multiplication based on an AGPR with excitation from a voltage-source inverter when the speed of the primary wind flow changes.

Cite this article as: H. Strunkin, "Simulation of the operation of an autonomous wind power plant with aerodynamic multiplication based on anasynchronous generator with a phase rotor with excitation from a voltage-source inverter," Turk J Electr Power Energy Syst., Published online January 27,2025. doi 10.5152/tepes.2025.24034.