Automated Agriculture

...electrically driven and connected

more info

Underfloor Charging System

...transferring large amounts of energy in a minimum of time

more info

autartec® living on water

more info


...mobility in situations of high risk and catastrophe

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...fully automated electric distribution truck for automation zones

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Synchronized Mobility

...intelligent transport systems of the future

more info

Fast-Charging Electric Bus

...fully electric bus operation according to the DockingPrinciple

more info

HandyTicket Deutschland

...convenient, mobile and cash-free ­­­­­­­­- buy your public transport tickets via mobile phone

more info


Minister Visits the autartec® House

Brandenburgian Minister Jörg Steinbach learns about future living concepts

© Fraunhofer IVI
Minister Jörg Steinbach at the autartec® house

February 6, 2020

During a visit of the Lusatian Lake District, the Brandenburgian Minister for Economic Affairs, Labour, and Energy, Jörg Steinbach, also visited the autartec® house at the Lake Bergheide. Fraunhofer IVI director Matthias Klingner used the technology demonstrator, which was completed in 2019, to point out how alternative energy concepts and a modern living culture can bring about new ways of life on both land and water. Working towards the redesign of this former mining region, the vision to develop the autartec® house into a settlement with several lakeside and floating houses is just one of the many ideas that are open for discussion.

With its unconventional look and the semi-self-sustaining energy and water supply, the building is an enrichment to the Lusatian Lake District and made a great impression on Minister Steinbach. The solutions from the autartec® project are also suitable for the use in other development areas that are still lacking the necessary infrastructure, for instance the connection to water and electricity supply. The floating house thus becomes a lighthouse in the regional development, striving towards a landscape that will become attractive for both residents and tourists.

From A to B – Relaxed and Eco-Friendly

Collaborative project »SteigtUM« develops emission-free transport concept

© TU Bergakademie Freiberg

January 27, 2020

The research project will create a cost-effective rental service offering cargo bikes and electric scooters for everyday use. Designated users are students of the TU Freiberg and the general public, who can move through the city and the university campus in a comfortable and eco-friendly way. The first tests are planned for 2020. In addition to the TU Bergakademie Freiberg and the Fraunhofer IVI, apromace data systems GmbH from Freiberg and the TU Braunschweig have joined the consortium.

Until the year 2023, the project will receive a funding of 4.9 million euros for its research and testing by the Federal Ministry of Education and Research within the priority area »Individual and adaptive technologies for a connected mobility – 2nd phase«.


Fraunhofer IVI at ASAM International Conference

Dezember 10-11, 2019, International Congress Center, Dresden, Germany

© Fraunhofer IVI

After the successful start of the partnership between ASAM e.V. and the Saxon Ministry for Economic Affairs, Labor and Transport in the year 2017, the ASAM International Conference was once more held in Dresden this year.  

In a special lecture session, Dr. Torsten Gründel, head of the Intelligent Transport Systems department at the Fraunhofer IVI, introduced Saxony's  »Synchronized Mobility 2023« research initiative. Afterwards, the results of the individual projects were presented in detail by the scholars responsible.  

In the adjoining exhibition area, the many guests had the opportunity to view not only an automated fast charging system, but also the latest technological developments for cooperative driving currently being tested on the Dresden digital testbed.

Among others, these included the demonstration of networked driving scenarios realized by combining microscopic traffic simulations, road lights, roadside units, highly automated vehicles and test support, which are visualized on displays inside the vehicles.




© Fraunhofer IVI
© Fraunhofer IVI
© Fraunhofer IVI
© Fraunhofer IVI
© Fraunhofer IVI
© Fraunhofer IVI

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