FEASIBLE FLOW ALGORITHM FOR FRECUENCY CONTROL FOR ISLANDED AC MICROGRIDS
Samper, Patricia
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https://hdl.handle.net/2142/125062
Description
Title
FEASIBLE FLOW ALGORITHM FOR FRECUENCY CONTROL FOR ISLANDED AC MICROGRIDS
Author(s)
Samper, Patricia
Issue Date
2020-05-01
Keyword(s)
Distributed, secondary frequency control, Microgrids, power flow
Abstract
The work focuses on stablishing the base of secondary frequency control in microgrids in isolated mode, to finally arrive at the development of an algorithm for the control of power flow based on distributed decision-making system. The implementation of these algorithm has been carried out using C++ programming and object-oriented language that makes communication between the different elements of the network possible. Specifically, the main contribution of this work is the design and implementation of the “feasible flow algorithm”. The results obtained will be analyzed and compared to reach a conclusion about the effectiveness of distributed decision systems versus traditional decision-making systems.
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