A novel adaptive voltage and current remittance strategy by series and shunt multilevel converters

Abstract A new, effective pi-based control method for a neutral 3-level inverter with a unified series and shunt converter is provided in this work. The proposed series of shunting and 3-levels can restrict harmonic current source and combat interruptions of voltage such as voltage drops, swells, imbalances and harmonics. With serial integration and shared DC bus capacitors, it is constructed with Active filters (AFs). With the proportional integrated voltage controller, the DC voltage is continually maintained. The Synchronous SRF theory is utilized to gather APF reference signals and power response theory (p-q theory). For the switching signal the shunt and series APF signal generated by the control algorithm and the observed signal was supplied into two controllers. In the management of the APF Series, PI approaches are employed to enhance capacities and shift 3-tier conversion devices. The power, power and voltage harmonics and any correction for any other voltage disturbance are assessed in the proposed 3 level range and shunt converter with the Matlab-Simulink Software and SimPower System Tool Box. The results of the simulation show the performance of the three-story series & shunt converter's non-linear load for improving energy quality at the sharing point.

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