Smart Distributed Heating and Sensing Systems for Energy-Efficient Mobility
Funding Programme: KMU-innovativ – Electronics and Autonomous Driving / Supercomputing, funded by the German Federal Ministry for Research, Technology and Space (BMFTR)
Project Duration: June 2026 – May 2029
Heating systems are among the largest energy consumers in electric vehicles, particularly during cold weather conditions. Conventional vehicle heating typically warms large areas of the cabin regardless of actual passenger occupancy, reducing overall energy efficiency and driving range.
AutoHeatNSens aims to develop a new generation of intelligent interior systems that combine distributed heating with integrated sensing capabilities. By embedding advanced sensor technologies directly into vehicle components, the system can detect passenger presence, monitor seating conditions, and adjust heating precisely where it is needed.
Within the project, NanoSen contributes its expertise in PNC sensing materials and force sensing technologies. Together with project partners, these sensing capabilities are combined with printed electronics, adaptive control systems, and intelligent thermal management strategies to create functionalized vehicle interiors that improve both efficiency and passenger comfort.
The project supports the transition toward more sustainable mobility by reducing unnecessary energy consumption while enabling faster and more personalized thermal comfort. The resulting technology platform has the potential to become a key building block for future intelligent vehicle interiors and next-generation electric mobility solutions.
The project was awarded the EUROGIA Cluster Label, recognizing its innovation potential and contribution to sustainable mobility technologies.
Partners: KÖSTLER GmbH, NanoSen GmbH, Fraunhofer ENAS
