Innovation Labs
R&D activities and research processes
Since 1996, a digitally driven R&D approach has increased speed and precision, continuously advancing simulation, modeling, and validation methods. The integration of XR and AI, linking simulation environments with data-driven optimization, has accelerated material and system development, enabling innovations such as nanoFlowcell® membrane architectures and advanced bi-ION® electrolytes.
This integrative methodology led to the first road-legal low-voltage drive system, the nanoFlowcell® 48VOLT, combining enhanced safety with high performance. In parallel, AI-driven research extends into robotics, automation, and energy systems, supporting the development of scalable, sustainable technologies.
nanoFlowcell + bi-ION
Research platform for advanced energy storage based on nanoFlowcell® technology and the bi-ION® electrolyte. It uses electrochemical processes in liquid media to store and deliver energy efficiently. The separation of power and capacity enables scalable use in both mobile and stationary applications, with rapid energy supply via electrolyte refueling.
Artificial Intelligence
Research in n-AI focuses on energy-aware and quantum-inspired architectures, integrating digital R&D tools to model, simulate, and optimize complex systems. These approaches support advancements in secure data processing, adaptive control, and autonomous technologies across multiple application domains.
48-Volt Technology
Low-voltage energy systems based on 48-volt architecture enable efficient power delivery with reduced electrical risk. Designed for integration with nanoFlowcell® technology, they support stable operation, high energy efficiency, and scalable use in electric mobility and other energy applications.
