The HYBRIS consortium successfully held its 5th General Assembly (GA) on June 14th and 15th, 2023, hosted by IREC in Barcelona. Important progress has been carried out concerning the design of the HYBRIS energy storage system to be installed in two of our three pilots. And although we are facing some…
Click here if you missed the previous parts of this article: part I After the explanation of the services that will be tested with our innovative HESS, a brief description of the pilot sites selected for system validation is presented below. Messina pilot (Italy) The Messina site (Italy) was realized…
Introduction HYBRIS system, based on the hybridization of Lithium Titanate Oxide battery and Aqueous Organic Flow Battery, constitutes an advanced hybrid energy storage for microgrid applications able to show high-performance, be cost-effective and environmentally friendly, compared to common storage solutions. One of the main activities performed during the project was…
As you know, HYBRIS is a 4-year project that aims to optimize hybrid electrical energy storage Systems for use in microgrid Applications. HYBRIS is focused on the design and characterization of novel hybrid energy storage Systems and power electronics, and their Integration into the grid. The consortium combines expertise in…
Last December 14-15, the HYBRIS General Assembly was held in Chambéry, at the Institut National de l’Énergie Solaire headquarters in France. It was a great opportunity to meet again, discuss progress made and define next steps for a smooth implementation of the demonstration sites. During the first day, scientific and…
From Hybris project we would like to invite you to the “Energy Conversion and Storage Days”, which will take place in Karlsruhe, Germany from March 21 to 23, 2023. This 3-days event has a top-class programme: We hope to see you there.
As mentioned in priors’ articles, electrical grids worldwide are experiencing substantial structural and operational changes. Social, political, and economic factors push to a decrease of the fuel consumption and a limitation of undesirable emission while the global demand continues to increase. The development of generation, storage and power electronic technologies…
HYBRIS project aims at developing a hybrid energy-storage system (HESS) to connect to the alternate-current (ac) grid. The HESS features two battery technologies: Lithium Titanium Oxide (LTO) and Aqueous Organic Redox Flow (AORF) batteries. LTO technology is characterized for high power capabilities; that is, it can provide fast response when…
Within the context of Hybris, CEA researchers are leading the development of an innovative and smart Advanced Battery Management System (ABMS), on the edge of control systems and battery management systems. ABMS core ideas The essence of the ABMS is to enhance battery management by monitoring and analysing battery operation…
HYBRIS project participates at Sustainable Places workshop: Simulation for real time / AI enabled by Building Digital Twin Environments. The workshop is conducted in a hybrid format, so you have no excuse not to attend. Don’t miss it! Venue: Université Côte d’Azur (I.A.E. Ecole Universitaire de Management), Campus Saint-Jean d’Angély,…
The third use case of the HYBRIS project involves exploring how digital twins can be used to emulate the operation of the HYBRIS system at a residential house in the Netherlands. The household in question has a large quantity of rooftop solar and an electric vehicle charge pole in the…
The Italian Demo Site in Messina (Italy) The urban renewal project of Fondo Saccà (slum neighborhood in Messina) represents an exemplary intervention to recover a portion of the urban ecosystem affected by deep degradation and social marginalization: part of the slum was demolished, people gained access to proper housing and…
