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A new control technique is presented for the AC grid connection of distributed generation and parallel-connected inverters. The proposed control technique is based on a modification of the power angle droop control method and uses only locally measured feedback signals. An improvement in transient response, including large step transients, is achieved since the coupling filter parameters are taken...
This paper proposes a single-phase stand alone type fuel cells micro-source system with a voltage sag compensator for compensating the AC output voltage variations (sag or swell) of micro-source. The proposed micro-source system is consist of a PEM (polymer electrolyte membrane) fuel cells Simulator, a full bridge DC converter, a 60 Hz PWM VSI (voltage source inverter), and a voltage sag compensator...
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