Power Controllability of a Three-Phase Converter With an Unbalanced AC Source - 2015 PROJECT TITLE: Power Controllability of a Three-Phase Converter With an Unbalanced AC Source - 2015 ABSTRACT: 3-part dc-ac power converters suffer from power oscillation and overcurrent issues in case of the unbalanced ac source voltage that may be caused by grid/generator faults. Existing solutions to handle these problems are properly selecting and controlling the positive- and negative-sequence currents. During this paper, a brand new series of management strategies that utilize the zero-sequence elements are proposed to boost the facility management ability beneath this adverse condition. It's concluded that by introducing proper zero-sequence current controls and corresponding circuit configurations, the ability converter can enable a lot of flexible management targets, achieving better performances in the delivered power and the load current when laid low with the unbalanced ac voltage. Did you like this research project? To get this research project Guidelines, Training and Code... Click Here facebook twitter google+ linkedin stumble pinterest Electric Current Control Power Grids Power Control DC-AC Power Convertors Power Generation Control Power Generation Faults Control Strategy Unbalanced AC Source DC-AC Converter Fault Tolerance A Single Stage Solid State Transformer for PWM AC Drive with Source based Commutation of Leakage Energy - 2015 A Four-Switch Three-Phase SEPIC-Based Inverter - 2015