Modélisation, Commande et Simulation Temps-Réel Hybride des Systèmes de Génération Non Conventionnels
TL;DRAbstract
Nowadays we are facing a power system in full mutation mainly due to the power markets opening, to the technology evolution, to the exhaustion of natural resources, as well as to the climatic changes. In order to remedy the resulting problems, countermeasures have to be taken at all the levels of the power system: generation, transport and use. Nevertheless, these countermeasures are not always self compatibles and, due to their innovative character, they require more and more powerful analysis tools, well adapted to the involved dynamics and their multitude. The current paper proposes and analyzes the use of real-time (power-)hardware-in-the-loop simulator in order to face these complex requirements.
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Nowadays we are facing a power system in full mutation mainly due to the power markets opening, to the technology evolution, to the exhaustion of natural resources, as well as to the climatic changes. In order to remedy the resulting problems, countermeasures have to be taken at all the levels of the power system: generation, transport and use. Nevertheless, these countermeasures are not always self compatibles and, due to their innovative character, they require more and more powerful analysis tools, well adapted to the involved dynamics and their multitude. The current paper proposes and analyzes the use of real-time (power-)hardware-in-the-loop simulator in order to face these complex requirements.
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