On Power Filter Control through Fuzzy-based Representation
A.H. Mazinan, S. Delkhoon
Journal of Electronic Systems, Vol. 7, No. 3, 2017.
DOI: 
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Abstract:
One of the most important cases in a power distribution system is preparing a good quality electrical power for
energy consumers. In recent years, enhancing power quality in distributing electricity has been a worrying point in related
industries, the case that researchers are studying about it. Due to this, different methods and ideas for better qualifying power
in electricity distributing system are obtained by university and factory active researchers. In distribution network, active
filters are used for preventing or reducing the harmonies, existed in electrical voltage and current signals. Itâ€™s better to note,
in case of not having an active filter, if we have non-linear load in network, then harmonic current may be drawn from the line.
This phenomenon can distribute harmonies, in the network. Because of good performance of active filters in producing a
perfect quality signal for load, enhancing the quality of power line filters can much be considered and is very important in
better functioning of that system to work. The most important worrying point in using active shunt filters is realizing a
developed controlling strategy. In valid scientific referenced materials, different intelligent and classical methods are used to
design filter controlling system. In the research proposed here for having a better quality of power system, fuzzy-based
representation is designed in line with the filter controlling systems.