Abstract—This work is a part of the application using a
standalone hybrid power generation system from photovoltaic
panels, batteries and generators. Storage management and
distribution of energy to the receivers will optimize the power
of the battery and the operating time of the generator. To
enable this optimization we proposed to use a FPGA card
which manages the power transfer to the receivers according
to the required energy. It allows to make maximum use of
photovoltaic energy and to minimize the amount of fuel source
relief and the air pollution emissions.
The integration of FPGA systems in the management of
energy sources is used to study and get a simulation model
which can validate a solution before making the installation.
The simulation of a battery power management can facilitate
full simulation of the energy system.
Our purpose is to have an optimized management model of
a hybrid system, obtained by a combination of several submodels
of each source controlled separately.
Index Terms—Application VHDL, batteries, PV, generator,
optimization.
The authors are with the Laboratory of Electrical Engineering,
University of Bejaia, Algeria (e-mail: rezak_alkama@yahoo.fr,
ghanielm2006@yahoo.fr).
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Cite:R. Alkama and A. Bouzeroura, "Management of Electrical Energy of a Multi-source System Using FPGA Card," Journal of Clean Energy Technologies vol. 5, no. 4, pp. 339-342, 2017.
