Limits of reactive power compensation of a doubly fed induction generator based wind turbine system

The doubly fed induction generator (DFIG) systems feature a significant amount of free power capacity that may be used for reactive adjustment when they are put into practical use. This change, which is occasionally overlooked, one. Using DFIG wind turbines (WT), this paper explored strategies reducing and using power. In order to investigate the characteristic how it regulated in systems, mathematical model steady-state performance WT has been developed presented. Here detailed derivation limiting range DFIG's as well physical constraints on output. distribution at network's end demonstrated by simulation example. Within simulation, management strategy, load fluctuation, change speed all taken consideration. Due possibility rise voltage access point, can concluded both acceptable efficient use WT's capabilities an additional continuous source effectiveness.