Abstract:
This letter describes a single-phase adaptive frequency-locked loop (FLL) with fixed-length transfer delay units. A grid voltage linear regression model is created by analyzing its transfer delay signals. Thus, TD-AFLL is suggested. Mathematically, the proposed TD-AFLL can reject phase offset errors and double-frequency oscillatory errors. Thus, even when the frequency deviates, grid voltage parameters can be estimated accurately. Transfer delay structure allows fast TD-AFLL dynamics. The method works in experiments.
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