Batteries have become an integral part of our daily lives. As energy storage devices in stationary and mobile applications, they support us in times when no renewable energy is available.
Battery research has been revolutionised by the use of computer simulations. Simulation techniques enable the precise modelling and optimisation of battery systems in order to accelerate the innovation process and reduce development costs. The use of simulation has already led to more powerful and safer batteries and opens up promising prospects for the future.
The topic of quantum computers plays a particularly important role in battery research at our institute. Quantum computers offer enormous potential for battery research, particularly in terms of material development and optimisation. By using quantum computers, complex chemical processes in batteries can be modelled even better in the future, leading to the accelerated discovery of new materials with improved properties. Quantum computing-based approaches promise revolutionary progress in battery technology, even though they are still in their infancy.
The continuous search for new materials drives innovation and enables advances in materials science. As a result, batteries with higher energy density, improved service life and lower costs can be developed. Material design and optimisation play a crucial role in the development of sustainable, high-performance batteries for a wide range of applications.
The focus of the experimental work is on the further development of innovative lithium-ion and post-lithium batteries. New materials, optimised cell concepts and manufacturing processes are the subject of research to continuously improve the performance and safety of batteries. Alternative chemicals and materials are being investigated to achieve higher energy density, better durability and improved safety properties.
The integration of batteries in electric or hybrid drive systems for mobile applications in the air and on the ground is a particular focus of our institute.
Although battery research has made enormous progress, we still face various challenges. These include material shortages, recycling and safety aspects. Despite these challenges, current developments and innovations in battery technology offer promising prospects. Close co-operation between industry, research institutions and governments is crucial to unlock the full potential of batteries.
In light of current advances and ongoing research, the future of battery technology is bright. Through continuous innovation and collaboration, more powerful, safer and more sustainable batteries can be developed that will play a key role in overcoming global challenges in the field of energy supply and mobility.
