Journal of Electrical Power System Engineering and Technology ISSN: 3107-8532 (Online)

Authors: Supriya Gawai, Smita Khedkar, Kedar Bavaskar

Abstract: Power has become increasingly important for everyone as a result of the rise of industries and an ever-increasing global population, and as a result, energy consumption has increased dramatically in recent decades. The unease with which we used traditional resources alerted us and drove us to utilise alternative resources. In terms of electricity output, wind is outperforming other non-conventional energy sources. Despite the fact that wind energy is still a relatively new source of electricity, it has benefited enormously from ongoing technological advances in grid integration, electrical machines, power converters, and control capability. The main focus in the modelling of DFIG-based wind power generating schemes is DFIG modelling. The input power to the propeller is expected to be variable when modelling a wind turbine rotor. The DFIG created model in this section is simply a basic and realistic reduced model that is utilised to do minor signal analysis. The output of the Wind Turbine is almost similar to the output power of the DFIG when the regulator is used, resulting in improved and satisfying small signal stability of the power system.

Keywords: Simulation, DFIG modelling, Power control technique, Small signal stability