The design, control, and management of large-scale Smart Grids poses a number of challenging problems. Successfully addressing them requires high-level, flexible, efficient and scalable dynamic modelling and simulation frameworks. In this paper, the requirements for such frameworks are first stated. Then, it is shown how the equation-based, object-oriented modelling approach and the Modelica modelling language can fit those requirements.
Equation-Based Object-Oriented modelling and simulation of large-scale Smart Grids with Modelica
Casella, Francesco;Leva, Alberto
2017-01-01
Abstract
The design, control, and management of large-scale Smart Grids poses a number of challenging problems. Successfully addressing them requires high-level, flexible, efficient and scalable dynamic modelling and simulation frameworks. In this paper, the requirements for such frameworks are first stated. Then, it is shown how the equation-based, object-oriented modelling approach and the Modelica modelling language can fit those requirements.File in questo prodotto:
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