Impact of Doubly Fed Wind Generators on Electrical Power System during Balanced Faults in Transmission Network
published by Damascus University
in 2011
in
and research's language is
العربية
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Abstract in English
Today worldwide distributed generation (DG) takes a very important role in the operation of
distributed electric power systems. However, the existence of distributed generation may have
impacts on different topics, such as fault currents, fault protection, coordination schemes or
fault location. If there is short-circuit in the system, the presence of one or more distributed
generators can affect the fault current levels, the monitoring of voltages and currents at the
substation. The main supply generation will not have to inject as much power to the line because
of the DG and, therefore, voltages and currents at the substation will be different from the ones
that would be measured without DG .
References used
Kala Meah, Member, IEEE, and A.H.M. Sadrul Ula, Senior Member, IEEE " Simulation Study of the CIGRE HVDC Benchmark Model with the WSCC Nine-bus Power System Network
Alpay Özcan, Member, IEEE, and Heinz Schättler,"A Computational Method for the Calculation of the Feasibility Boundary and Clustering in Differential-Algebraic Systems", SEPTEMBER 2005
Natthaphob Nimpitiwan, Student Member, IEEE, and Gerald T. Heydt, Fellow, IEEE Department of Electrical Engineering, Arizona State University: "Fault Current Issues for Market Driven Power Systems with Distributed Generation", June 2005