par Machado, Pedro;De Souza, Luis Edival;Maun, Jean Claude 
Référence PAAMS'17(15: Porto Portugal), 15th International Conference on Practical Applications of Agents and Multi-Agent Systems
Publication A Paraître, 2017-06-21
Référence PAAMS'17(15: Porto Portugal), 15th International Conference on Practical Applications of Agents and Multi-Agent Systems
Publication A Paraître, 2017-06-21
Publication dans des actes
| Résumé : | It is well-known that the high penetration of Distributed EnergyResources (DERs) can be troublesome because of their unpredictable behaviors.In this context, renewable energy source (RES) appears as one of the most randomcomponent, since, in general, they are weather-dependent. The present paperdevelops a methodology to evaluate the reliability impacts of RES penetrationin microgrid's distribution system. For this evaluation, was used the ColoredPetri Nets (CPN) formalism and event-driven analysis, in order to formulatethe stochastic behaviors and simulate the system. To avoid the complexity onmodeling a microgrid, the agent approach was used, which permits to manageeach component as a unique entity, and assemble the whole system using thecommunication between the agents. Concerning the validation of the proposedmethodology, a comparison between the results of CPN modeling and MonteCarlo simulation is done by means of statistical analysis. |
