Performance Evaluation of Fuzzy One Cycle Control Based Custom Power Device for Harmonic Mitigation

Custom power devices (CPDs) provide better harmonic minimization when they are connected in parallel with the distribution network. Power switches have a hard impact on production networks, which leads to aging effects. Techniques used control CPD’s full switching various ways. A pulse width modulation (PWM) scheme requires reference frame transformation that tracks source and load currents produce signal. The voltage de-coupler is installed device's current controllers minimize fast harmonics remove complexity. One-cycle (OCC) operates dual boost converter mode only Minimum distortions obtained by output feedback compensator. proposed approach compares performance of two methodologies based total distortion (THD) analysis same grid voltage. CPD using PI fuzzy one-cycle techniques illustrated simulation, gives accurate results.