Goertzel Algorithm Based Shunt Active Power Filter Using Sliding Mode Controller

the neutral of ∆ -Y transformer. Consequently, the harmonic current flows through the transmission line. This harmonic current controls the dc voltage of series

The degree of spread is also called the expectancy (E) of the fuzzy number; when the fuzzy number is a single point, it is called single tone. As the expectancy

Instantaneous power theory with PI- controlled APLC comprises a three-phase source, a nonlinear load (six pulse diode Rectifier RL load) and a PWM voltage source

Reference current generation using instantaneous reactive power (IRP) theory is presented in this paper.. IRP theory is widely used to control active power

In this paper, the adaptive neural network sliding mode controller proposed to control a DC motor, so we compare proposed controller with PID, classic SMC and

Thus, a single phase shunt active power filter with PI controller is used for reducing the current harmonics and voltage harmonics in the non-linear load. Single

µ-based UPFC controller synthesis: The main goals of the UPFC controller design are: Power system oscillation damping, DC-voltage regulator and power flow

Incase of direct control of current is provided to block the DC current component in order to avoid core saturation of the line frequency transformer connected