n future smart distribution networks the expected bidirectional exchange of large amount of data will create a keen interdependence between electric system and ICT system. In this perspective co-simulation tools are essential to simulate the power distribution system and the ICT system behaviour simultaneously, taking into account the relationship among the two systems. In the paper different ICT solutions for Smart Grids are compared considering their performances in order to estimate their suitability for smart grid applications. Given the complexity of future Smart Grid and the need to include in the studies also the LV distribution networks, the main novelty of the co-simulation tool presented is the ability to simulate different transmission media simultaneously.
Co-simulation of ICT technologies for smart distribution networks
CELLI, GIANNI;GARAU, MICHELE;GHIANI, EMILIO;PILO, FABRIZIO GIULIO LUCA;
2016-01-01
Abstract
n future smart distribution networks the expected bidirectional exchange of large amount of data will create a keen interdependence between electric system and ICT system. In this perspective co-simulation tools are essential to simulate the power distribution system and the ICT system behaviour simultaneously, taking into account the relationship among the two systems. In the paper different ICT solutions for Smart Grids are compared considering their performances in order to estimate their suitability for smart grid applications. Given the complexity of future Smart Grid and the need to include in the studies also the LV distribution networks, the main novelty of the co-simulation tool presented is the ability to simulate different transmission media simultaneously.File | Dimensione | Formato | |
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