Application Research

Research on humaN48 focuses on energy-autonomous, human-centered robotics integrating nanoFlowcell® systems with advanced n-AI. Development addresses perception, control, and interaction to enable practical deployment in real-world environments beyond conceptual AI models.

Application research in mobility focuses on integrating nanoFlowcell® technology into transport systems to enable low-emission, energy-efficient operation. Emphasis is placed on system efficiency, scalability, and compatibility with sustainable energy infrastructures.

Application research in mobile energy develops decentralized power supply using nanoFlowcell® technology and bi-ION® electrolytes. Systems enable transportable energy, vehicle-to-grid integration, and automatic adaptation to local low-voltage networks, providing reliable, on-demand electricity with scalable applications.

Application research in maritime systems focuses on deploying nanoFlowcell® technology for low-emission energy supply in marine environments. The approach supports scalable, clean power generation for vessels and coastal applications, aligned with sustainable energy requirements.

Application research in stationary systems focuses on using nanoFlowcell® technology for decentralized energy supply in buildings and infrastructure. Solutions support scalable, reliable power for residential use and critical systems, enabling integration of sustainable energy in stationary environments.

Application research in aerospace explores nanoFlowcell® technology for low-emission energy supply in aviation systems. Focus is placed on reliable, stable power delivery and scalable integration for flight applications with high energy integrity requirements.