Reactive power control and performance analysis of doubly fed induction generatorin micro grid

For both financial and environmental considerations, the power system includes a large number of solar wind generating plants. In reality, energy has always been used using doubly fed induction generator (DFIG) based variable speed turbine. This study examines effectiveness indirect control for closed loop reactive adjustment. A conversion with continuous grid power's design, analysis, MATLAB simulation are also covered. DFIG to work reliably be controlled ensure stability system, seamless transition mode change is required. The horizontal axis turbine technology provides necessary into under all unexpected circumstances. concept mathematical modelling Various simulated outputs at loading circumstances shown, along separate active powers variations in prime mover excitation. performance enhancement its grid-based proportional integral (PI), derivative (PID), fractional order (FOPID) controllers. Based on thorough findings, type that gives efficient ultimately decided. These results demonstrate how suggested controllers outperform current terms improving performance.