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Advisor(s)
Abstract(s)
The reactive power management in distribution
network with large penetration of distributed energy resources
is an important task in future power systems. The control of
reactive power allows the inclusion of more distributed
recourses and a more efficient operation of distributed network.
Currently, the reactive power is only controlled in large power
plants and in high and very high voltage substations. In this
paper, several reactive power control strategies considering a
smart grids paradigm are proposed. In this context, the
management of distributed energy resources and of the
distribution network by an aggregator, namely Virtual Power
Player (VPP), is proposed and implemented in a MAS
simulation tool. The proposed methods have been
computationally implemented and tested using a 32-bus
distribution network with intensive use of distributed resources,
mainly the distributed generation based on renewable resources.
Results concerning the evaluation of the reactive power
management algorithms are also presented and compared.
Description
Keywords
Energy resources management reactive power management Smart Grid Virtual power player
Citation
Publisher
IEEE