A smart micro-grid requires information technology to fast detect and control grid instabilities and to validate that processes will work as designed. But real power grid can not be used for testing and validation, so it is convenient to develop tools to simulate the real system. A relevant challenge in this field is the modeling of the grid, including sensors, control, communication network and computational components using software simulation. But the choice of the simulator depends on the research questions to be answered and possible existing simulation tools to combine with. In this paper we present a simulator we have designed and developed in the context of the CoSSMic project in order to test and control system behavior when anomalies are injected or initial conditions are modified and in order to analyze system performance and quality of service.
A Simulation Approach for the Optimization of Solar Powered Smart Migro-Grids
AMATO, Alba;AVERSA, Rocco;DI MARTINO, Beniamino;VENTICINQUE, Salvatore
2018
Abstract
A smart micro-grid requires information technology to fast detect and control grid instabilities and to validate that processes will work as designed. But real power grid can not be used for testing and validation, so it is convenient to develop tools to simulate the real system. A relevant challenge in this field is the modeling of the grid, including sensors, control, communication network and computational components using software simulation. But the choice of the simulator depends on the research questions to be answered and possible existing simulation tools to combine with. In this paper we present a simulator we have designed and developed in the context of the CoSSMic project in order to test and control system behavior when anomalies are injected or initial conditions are modified and in order to analyze system performance and quality of service.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
