EPFL has published an article in the IEEE journal Transactions on Smart Grid. The article written by Zhao Yuan, Antonio Zecchino, Rachid Cherkaoui and, Mario Paolone deals with Real-time Control of Battery Energy Storage Systems … Read more Article by EPFL in IEEE Journal Transactions on Smart Grid
WP2 will present a paper at POWERTECH 2021 in next June. The paper, written by RTE, Université de Liège and CentraleSupélec, deals with Optimal Transmission Topology for Facilitating the Growth of Renewable Power Generation. The … Read more WP2 Paper at POWERTECH 2021 about Optimal Transmission Topology towards more RES
OSMOSE releases Deliverable D2.1.2, an analysis of Key Performance Indicators to assess and compare the performance of possible electricity market designs targeting the optimal development of flexibility technologies to economically accommodate high shares of renewable … Read more Deliverbale released: List of KPIs to assess the value of flexibility
An article by Claudio Silva, Efacec, and Christoph Brunner, it4power, has just been released in the Magazine PAC World addressing protection, automation and control. OSMOSE WP7 partners have undertaken activities to demonstrate an optimized IEC … Read more Article in PAC World about OSMOSE Contribution to Improve the IEC 61850 Engineering Process
The methodology proposed by ENSIEL in OSMOSE WP2 enables to model the interface between TSOs and DSOs, in an effort to better assess the economic potential of distributed energy sources. The approach relies on: modeling … Read more New milestone: Methodology to represent flexibilities on the distribution grids from a transmission grid perspective
Download the OSMOSE newsletter dated November 2020 below: OSMOSE Project Newsletter November 2020
The paper entitled “Quantifying power system flexibility provision”, authored by Thomas Heggarty, Jean-Yves Bourmaud, Robin Girard, and Georges Kariniotakis (RTE and PERSEE lab), has been publised in the Journal Applied Energy. The full article is … Read more Scientific paper published in APPLIED ENERGY Journal
AnyMOD is a Julia framework to create large scale energy system models with multiple periods of capacity expansion formulated as linear optimization problems. It was developed to address the challenges in modelling high-levels of intermittent … Read more Open source tool AnyMOD.jl for energy system modelling released!