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Portrait Monika Landgraf
Head of Corporate Communications, Chief Press Officer
Monika Landgraf

Phone: +49 721 608-21150
Fax: +49 721 608-43658

Margarete Lehné
Deputy Head of Press Office
Margarete Lehné

Phone +49 721 608-21157

KIT at Hannover Messe 2020

The Hannover Messe 2020 will not take place! Nevertheless, the following are selected highlights from the technological development of KIT.
Messestand des KIT (Foto: Henning Strauch, KIT)

An artificial intelligence (AI) for machine maintenance, the world's smallest transistor and climate-neutral synthetic fuels: These and other highlights from technology development had been planned by the Karlsruhe Institute of Technology (KIT) at the Hannover Messe 2020.

Hannover Messe does not take place in 2020. Deutsche Messe AG is thus responding to global developments related to the corona virus.

Camera-based Spindle Control

A Learning Model for Wear Quantification
Komponenten des Kamerasystems (Abbildung KIT)
Components of the camera system (Illustration: KIT)

The intelligent camera system for quantifying surface defects on ball screw drives enables image-based direct monitoring of the spindle surface. It consists of a camera system with lighting mounted on the ball screw nut, combined with a machine learning model trained on image data, which distinguishes between image data with and without defects. By evaluating this image data, a reliable state-ment can be made about the wear condition of the entire spindle surface, which is a prerequisite for timely exchange of the component in operation.


Biomimetic Surfaces

Nano- and Microstructured Surfaces Inspired by Nature
Nach dem Vorbild des weißen Käfers Cyphochilus insulanus erzeugt ein nanostrukturierter Polymerfilm eine strahlend weiße Beschichtung. (Foto: KIT)
Similar to the white beetle Cyphochilus insulanus, a nanostructured polymer film produces a brilliant white coating. (Photo: KIT)

In the course of the evolution, many plants and animals have developed nano- and microstructured surfaces with fascinating properties. Biomimetics imitates these solutions from nature and makes them technically usable: Modeled on the white beetle Cyphochilus insulanus, a nanostructured poly-mer film forms a brilliant white coating for various products. An aquatic plant-inspired nanofur with specially arranged structures on a plastic film effectively separates oil and water and enables oil spills on water bodies to be removed quickly and in an environmentally friendly manner.

Value Stream Kinematics

Innovative and Versatile Production
Flexibles Produktionssystem aus einheitlichen Kinematiken. (Abbildung: KIT)
Flexible production system from uniform kinematics (Illustration: KIT)

Combining the high productivity and accuracy of special machines with the flexibility and versatility of industrial robots - this is what value stream kinematics makes possible. This innovative production system focuses on mapping entire production flows using uniform standard kinematics. In addition to the usual robotics handling tasks, the kinematics also carries out other processes such as assembly, 3D printing, cutting and joining, and machining. Value stream kinematics allows companies to economically and competitively manufacture products with a high degree of individualization and in smaller quantities.

RoboShield Demonstrator

Safe and Efficient Human-robot Collaboration
Skizze des Demonstrators (Abbildung: KIT)
Sketch of the demonstrator (Illustration: KIT)

The demonstrator developed in the "RoboShield" project demonstrates measures that make collabo-ration between humans and robots more flexible and efficient without compromising safety: A combi-nation of laser scanners and cameras makes it possible to record the position of humans in three dimensions, so that upper body and arm movements, for example, can be identified. By infinitely scaling the robot speed, unnecessary decelerations or stops can be avoided. Intelligent operations scheduling increases the throughput of the system. By request, the robot switches to a mode that allows physical contact, for example for inspection purposes.



Regenerative Fuels as Building Blocks of CO2-neutral Mobility
Im Projekt betrachtete Herstellrouten für reFuels, die auf der KIT Synthesegasplattform und den Infrastrukturen bioliq® und Energy Lab 2.0 aufbauen. (Abb. KIT)
Production routes for reFuels based on the KIT synthesis gas platform and the bioliq® and Energy Lab 2.0 infrastructures. (Illustration: KIT)

The "reFuels" research initiative deals with the composition, production, and use of regenerative fuels. The objective is to enable refueling of all vehicles with regenerative fuels in order to provide a rapid complementary solution for CO2-neutral mobility. "reFuels" is based on innovative infrastructures: For bioliq®, which is used to produce high-quality fuels from biogenic raw materials and residues such as straw, KIT already operates a plant that supplies gasoline. The Energy Lab 2.0 at KIT is a worldwide unique plant network, which combines state-of-the-art technologies, e.g., gas turbines, power-to-methane systems, and water electrolysis plants, for the generation and use of electrical, thermal, and chemical energy. In addition, Energy Lab 2.0 produces different fuel components.

World’s Smallest Transistor

A Quantum-electronic Element for Higher Energy Efficieny
Einzelatom-Transistor (Abbildung: Arbeitsgruppe Professor Thomas Schimmel/KIT).
The single atom transistor reaches the limit of miniaturisation (Illustration: Working group Professor Thomas Schimmel/KIT).

Information technologies consume enormous amounts of energy: Whether in data processing centers, PCs, smartphones, or embedded systems for various applications from washing machines to air-planes – transistors are the central elements of digital data processing. The world's smallest transis-tor, which switches current through the controlled reversible movement of a single atom, can be used to increase energy efficiency: The quantum-electronic element enables switching energies that are by a factor of 10,000 lower than those of conventional silicon technologies. The single-atom transistor already works at room temperature. It operates in a gel electrolyte that combines the advantages of a solid with the electrochemical properties of a liquid.

Digital Power Supplies

Film Capacitors for a Longer Service Life of End Devices
Netzteil (Foto: Markus Breig, KIT)
Compact and durable: With the technology developed at KIT, digital power supplies become important companions of Industry 4.0. (Photo: Markus Breig, KIT)

A new modulation method for the digital and highly dynamic control of power supplies makes it pos-sible to use film capacitors that need only slightly increased installation space. Thanks to the accura-cy and flexibility of control, such digital power supply devices are particularly suitable for industrial applications with high dynamic requirements, for example in electric cars. The long service life of the film capacitors reduces the failure rate of the switching power supplies and thus increases the service life of the end devices many times over. The power supply units can be integrated into the Internet of Things via an online monitor for remote maintenance or remote diagnosis. Digital power supplies thus are important companions of Industry 4.0.

Economical Lighting

Novel Parallel LED Circuit

Street lighting with LED technology saves energy and, hence, costs. A new circuit developed by KIT can reduce electricity costs of a lamp by 30 to 40 percent. The is how the modules are set up: Mid-power LEDs are arranged in any number of arrays connected in parallel. An upstream current control ensures that each of the LED arrays is supplied with the same amount of current. The modules are characterized by a high reliability and low production costs and can be used for many different applications, also in medicine or agriculture.


Software for Inventorying Energy Systems
Automatisierte Erkennung und Inventarisierung von Energiesystemen am Beispiel von Photovoltaikanlagen. (Abb. greenventory)
Automated detection and inventory of energy systems by the exemplary use of photovoltaic systems (Illustration: greenventory)

The software developed by the start-up company greenventory enables companies and cities to reach  their energy and climate targets more easily, faster, and at less cost by providing the spatially and temporally highly resolved database needed for forward-looking planning. This database contains all energy-relevant building parameters and includes the grid infrastructure and potential for wind power and photovoltaic plants. In a holistic system analysis, the software considers heat, electricity, and mobility together. It enables energy supply and climate protection concepts, for example for produc-tion sites, distributor networks, or living areas, to be developed in much less time and at a much higher quality than before.