Press releases

  • Screenshots from the MobileCityGame Version 20230810
    © 2023, Fraunhofer, KIT, Takomat

    The mobility transition requires an intelligent networking of all mobility op-tions. Besides achieving better individual mobility with less traffic, it is critical to reduce the environmental impact of vehicles and mobility systems. Digitiza-tion and AI can play a decisive role in development, testing, validation and sys-tem networking. In KAMO (short for »Karlsruhe Mobility«), we address current and future challenges faced by individuals, companies, local authorities and the environment through knowledge transfer, practical examples and smart tech-nologies.

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  • More than 450 international experts in the field of sophisticated car safety systems exchanged views on product innovations and new trends from industry, research and development at the Airbag Symposium 2022 in Mannheim from 28 to 30 November. The symposium was complemented by a top-class trade exhibition with 26 exhibitors.

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  • Fraunhofer CCPE Summit 2023 / 2022

    First international Fraunhofer CCPE Summit for a circular plastics economy

    Press release / December 07, 2022

    Under the motto "Get into the loop", an international circular economy community will meet for the first time in Munich on February 8 and 9, 2023, at the Fraunhofer CCPE Summit under the leadership of UMSICHT Institute Director Prof. Manfred Renner. It is the starting signal for an international forum that promotes the exchange of solution ideas and innovations for a circular plastics economy. Program details and a registration form can be found on the website of Fraunhofer CCPE. For about four years, six Fraunhofer institutes have been dedicated in the Fraunhofer Cluster of Excellence Circular Plastics Economy CCPE to the question of how the value chain of plastics can be made circular.

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  • Effective thermal management with programmable materials / 2022

    Programmable heat transition

    Press release / December 01, 2022

    How the switchable heat storage module works: Targeted activation of the supercooled phase change material (left) makes it possible to release the heat which has been stored in the material over a long period of time with virtually no loss.
    © Fraunhofer CPM und Fraunhofer ICT/Moritz Walter, Sandra Pappert

    Energy is scarce – and like all scarce things, it comes at a price. That is why Germany needs to greatly reduce its energy consumption. There is significant potential for this in the area of heating and cooling energy which accounts for a large proportion of Germany’s energy consumption. Innovative materials that can be programmed to control heat transition can be a valuable tool in this scenario. The use of materials like these could, for instance, save up to 40 percent of the energy used to cool single-family homes.

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  • Project LiPP – 2nd Life to Power Plants / 2022

    Yesterday’s fossil fuel power plants can play a key role in tomorrow’s green transition

    Press release / November 11, 2022

    Powerplant in Bornholm, Denmark

    Ground-breaking energy storage technology will give old fossil power plants a new future as green batteries. The springboard is a new joint European project in Bornholm, Denmark, which aims to show that long-term storage of wind and solar energy is possible on a large scale. The goal is to lower the price of storage significantly, and thereby accelerate the green transition.

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