Innovation research is an important keyword with regard to the sustainable and positive economic development of a society. With regard to the 9th sustainabe development goal of the UN, the Fraunhofer IST is working on the following topics:
Innovation research is an important keyword with regard to the sustainable and positive economic development of a society. With regard to the 9th sustainabe development goal of the UN, the Fraunhofer IST is working on the following topics:
In the era of Industry 4.0, the networking of production, logistics and customers is becoming increasingly important. Digitalization and automation of differing production processes play a major role in the development of sustainable industrialization. The Fraunhofer IST is therefore performing research into the development of various thin-film sensors which enable force, pressure, strain or temperature measurements. So-called “smart tools”, intelligent tools with extended functions, enable highly accurate measurements of loads in a multitude of industrial application fields, increase production efficiency, and contribute towards fulfilling heightened safety requirements. As an example, modules with thin-film sensor systems are integrated into thermoforming devices and propulsion machinery in order to ensure a more efficient forming and processing of components.
A prerequisite of sustainable industrialization is an analysis of different life cycles. The Fraunhofer IST is therefore working on target-oriented and systemic factory planning in the field of battery cell production. Model-based planning, simulation and the operation of battery production systems are important factors thereby. The activities of the institute encompass the complete life cycle of battery systems - from raw materials through to battery recycling - and focus equally on technical, economic and ecological issues.
The simulation and modelling of coating processes forms an important foundation for innovation. Based on data from a process simulation carried out at the Fraunhofer IST, it was possible to construct, for example, a “digital twin”, which enabled the development of highly complex precision optical filter systems.