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Integration and coordinated operation of renewable energy sources (RESs) offer to conventional consumers the possibility to control energy production and consumption in order to obtain technical and economic benefits. In this work, a mixed-integer linear programming approach is proposed to model and optimize DC-coupled grid-tied microgrids. The objective is to reduce industrial consumer electricity...
This work discusses the results and the methodology used for modeling the control dynamic of two DG Distributed Generation technologies: micro turbine and photovoltaic. The models were developed from laboratory tests results using black box models and classical control theory. In the laboratory test setup the sources were connected between them and with resistive electrical loads by a switch and a...
In this paper, the optimal operation of a battery bank in the presence of a Photovoltaic System (PV System) is approached. The battery bank charge and discharge must be controlled to reduce the consumed electrical energy cost. Different tariffs are considered according to the day hour. The optimization model was formulated and solved by mixed integer linear programming — MILP — with Big-M formulation...
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