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Fast depleting reserves of fossil fuels, increasing the cost of fuel for conventional power generation, the use of renewable sources of power generation has become an inevitable reality. The paper makes a feasibility assessment of standalone hybrid renewable energy system based on (PV/Wind/Battery) as a possible source to electrification for an education institution namely Mohammadia School of Engineers...
The doubly fed induction generator (DFIG) is the most used technology when it comes to the production of the electric energy for wind power generation. It has the advantage to insure a variable speed operation that will maximize the power extracted from the wind, increase the energy efficiency, reduce the torque oscillations and to generate an electric power with better quality. When we talk about...
The purpose of this paper is to address improvement of the dynamic and load torque rejection of the indirect field oriented control (IFOC), of an induction motor (IM), by replacing all proportional-integral (PI) controllers with intelligent components: fuzzy logic controllers (FLCs). The controllers substituted, are those of the speed and the stator currents of the IFOC. The performance of the proposed...
In this paper, an improved Multi-objective Particle Swarm Optimization (MOPSO) of a Smart-grid energy flow in order to achieve the lower cost of the consumed energy is presented. The Smart-Grid is provided with different energy sources: fossil energy sources, renewable energy sources (photovoltaic panels, wind turbines…) and consumers' network. The used algorithm is based on the approach of Multi-objective...
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