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This paper is to study the enhancement of power system quality for distribution feeders with wind generator (WG) by applying the static synchronous compensator (STATCOM) to provide the voltage support during fault contingency. The critical clearing time for circuit breaker tripping to isolate the fault is derived by considering the low voltage ride through capability of WG and the reactive power compensation...
The primary goal of this paper is the development of "smart" controls for power electronic inverters capable of interfacing a distributed generation (DG) unit to the utility grid. The inverter is designed as a single phase full bridge converter operating at 120 V 60 Hz AC. The "smart" functionalities of the inverter are defined here, in the perspective of the smart grid initiative...
Islanding detection is one of the most important issues for distributed generation (DG) systems connected to an electric power grid. The conventional passive islanding detection methods inherently have a non-detection zone (NDZ), and active islanding detection methods might cause problems with safety, reliability, stability, and power quality on power system. This paper proposes a passive islanding...
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