Battery energy storage plays a crucial role in the energy transition. It is a critical technology for integrating renewable energy, stabilizing the grid, managing peak loads, enabling energy time shifting, supporting electrification of transportation and other energy-intensive sectors, and promoting the development of
distributed energy systems.
Looptijd programma: 4 jaar | 2024 - 2027
Battery energy storage plays a vital role in achieving a cleaner, more sustainable, and resilient future energy system. Multidisciplinary research into all stages of the battery life-cycle - from raw materials to recycling—will reveal an integrated approach to create next-generation battery systems.
Strategic program “Battery integration” addresses except the battery chemistry four
crucial aspects:
- Innovative battery designs
- Intelligent application and systems
- Life cycle analysis, second life and recycling
- Battery materials and design
Programmaconsortium
TU Delft | TU Eindhoven | Universiteit Twente | TNO
(betrokken bedrijfspartners worden bij de betrokken projecten bekendgemaakt)