HYBRIS Use Case Definition and Specifications (Part II of II)
Click here if you missed the previous parts of this article: part I After the explanation of the
May 24, 2023
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HYBRIS Use Case Definition and Specifications (Part I of II)
Introduction HYBRIS system, based on the hybridization of Lithium Titanate Oxide battery and Aqueous Organic Flow Battery, constitutes
May 17, 2023
HESStec Containerized Solution for HYBRIS
As mentioned in priors’ articles, electrical grids worldwide are experiencing substantial structural and operational changes. Social, political, and
December 12, 2022
How to Interface the Hybris Battery Storage Systems With Minimum Losses and Cost
HYBRIS project aims at developing a hybrid energy-storage system (HESS) to connect to the alternate-current (ac) grid. The
November 7, 2022
How can digital twins accelerate the adoption of next generation battery systems?
Introduction | What is a digital twin? How does it work in HIL? The renewable energy transition
July 28, 2022
Why is HIL testing critical for next generation battery systems?
Introduction | Why is energy storage control important? Energy storage is key to unlocking the full potential of
April 28, 2022
High-Level Concept of the Hybrid Energy Storage
HYBRIS’ basis is the optimisation of advanced hybrid systems as high-performant, cost-effective and environmentally-friendly solutions in microgrid applications.
March 28, 2022
The Potential of Eco-design Towards Sustainable Energy Storage Systems
Energy storage is vital for the successful decarbonisation of the energy systems, balancing the generation and demand of
February 28, 2022
HESStec Advanced Battery Management System Hybrid Approach
Currently, electrical grids worldwide are experiencing substantial structural and operational changes. Generation and demand profiles are evolving while
February 10, 2022
