A digital twin of a hybrid battery pack will be developed to facilitate the transition from BMS to Digital BMS, with the ability to process more data and utilize complex models for accurate estimations and predictions of battery status. Objectives The main objective...
The research focuses on managing and processing data collected from the battery to enhance its operation through advanced algorithms. The application of digital environments combined with artificial intelligence systems will provide much greater battery management...
It focuses on research and development of advanced digital tools for optimal planning and operation of hybrid networks, i.e. with coupling between electrical and thermal energy, to maximize the use of primary energy from different renewable sources combined in a...
It will incorporate novel sensors and methodologies for monitoring the battery State-of-Health, together with cutting-edge technologies for second-life applications. It will utilize advanced physics- and data-based models implemented on-board and on-cloud for...
Aiming to establish knowledge foundations and develop disruptive technological capabilities using advanced algorithms, to evolve towards a more digitized, efficient, affordable, and sustainable renewable energy generation. Objectives The main objective is to develop...
