Some news in ModeliScale around multi-physics modelling for energy systems and others
“As natural disasters, the push for renewables and electrification mount pressure, simulation plays a key role in the U.S. power grid’s redesign and optimization“
ModeliScale was interviewed to contribute to a study article in Digital Engineering journal : in the context of US need to modernize the energy grid, ModeliScale presents an original approach for ModSim of such systems.
US Energy Department support, industry needs (ABB, Siemens) and several tooling offers are also highlighted.
ModeliScale partners will participate the 14th Modelica Conference (Sep 2021). We will be proud to show ModeliScale related work with five presentations accepted by the Organization Board:
ModeliScale was presented at the Systematic Welcome event that took place at Paris 11 June 2021. Hereafter the presentation made.
We are proud to announce our ModeliScale collaborative project is mentioned in the ‘Cities take shape’ chapter of our 2020 Corporate Report ; see Infrastructure & Cities challenges.
The Corporate Report also gives you additional information about Dassault Systemes.
Two thirds of humanity will be living in cities in 2050, so urban settings will be the focal point for most creation, both imaginative and practical.
The article “Mathematical Foundations of Physical Systems Modeling Languages”, co-authored by Albert Benveniste, Benoît Caillaud and Mathias Malandain from the Hycomes team at INRIA Rennes, has been accepted by the IFAC journal Annual Reviews in Control. The author version was made available in August 2020.
A comprehensive mathematical approach supporting compilation and code generation for DAE-based modeling languages is proposed. In particular, sound criteria for accepting or rejecting multimode models are given as byproducts of this analysis. The mathematical development relies on nonstandard analysis, providing a uniform framework for handling both continuous dynamics and mode change events.
L.Corona Mesa-Moles, J.P.Argaud, A.Jardin, A.Benssy, Y.Dong - EDF