Results achieved and Impacts are listed below;
1. Battery Sizing Algorithms: Developed optimisation tools that reduce overcapacity, improve Levelized Cost of Storage, and minimise critical raw material use, this directly supports the EU critical raw materials act, by lowering demand for cobalt, lithium, and nickel in Battery development.
2. Physics-Based Digital Twin: A digital twin was designed and developed, enabling predictive maintenance, accelerated design cycles, and improved operational optimisation. Hence, supporting the EU Digitalisation of Energy Action Plan by enabling smart, efficient, and flexible energy storage.
3. Dissemination & Exploitation: Developed plan established, for synergies across the EU battery value chain, with strong collaboration between cell producers, system integrators, and Small and Medium Enterprises.
4. Policy-Relevant Evidence: Provided concrete evidence that Hybrid energy storage system digital twin facilitates the digitalization of energy systems and supports critical raw material reduction directly aligned with the strategic action plan of the EU on Batteries.
At this stage, the HAVEN project has delivered validated hybrid energy storage design configurations an innovative digital twin with physics based models, and advanced energy management system and a battery optimization algorithm that reduces costs and raw material needs, however there are still key needs for further uptake and success;
Further research, validation and demonstration of developed tools as WP 6 is yet to commence in the M1-M18 reporting period.
