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Montag 22 April 2024 8 | Messe aktuell Connecting ecosystems Smarter Partnerschaftlich mehr Wertschöpfung schaff en Rezession Lieferketten unter Stress und Fachkräfte knapp Wie gelingt der Industrie gerade jetzt die doppelte Transformation zu digitalisierten Prozessen und Nachhaltigkeit? Wie entstehen dabei Synergien und Wertschöpfung? Welche Chancen sich Ihnen durch die Kombination von Softwareund Hardware-Lösungen über die Prozesse gesamter Ökosysteme ergeben erfahren Sie von Rittal Eplan Cideon und German Edge Cloud auf der Hannover Messe Erfahren Sie mehr www rittal de HM2024 Fruit and vegetables at any time Growing plants under controlled conditions reduces emissions and virtual water and land consumption IKTS Fraunhofer Institute for Ceramic Technologies and Systems sees this cultivation method as a mainstay of a biobased economy The indoor farm at IKTS in Dresden serves as a test bed for researchers With their portfolio of robust ceramic and diagnostic components and technologies they want to overcome one of the biggest hurdles to the breakthrough of plant cultivation in controlled environments – energy efficiency The cultivation method requires an immense amount of technology for the lighting irrigation temperature control and nutrient supply of the plants Climate in a closed system The key to this is an integrated interdisciplinary systems approach Any climate in the world can be created within the closed systems regardless of season and location Herbs salads or proteinrich vegetables can be harvested all year round at the point of consumption and no longer have to travel thousands of kilometers to the supermarkets For this approach the institute combines and adapts many individual technologies Innovative zeolite ceramics release heat or moisture in a way that is optimized for needs and replace additional air conditioning technology Reduced energy requirements Awater cycle based on ceramic nanofiltration membranes could double the yield per liter compared to the current state of the art Pulse width modulated exposure reduces their energy requirements by a further 30 to 50 percent Various sensors record whether the plants are doing well how they are thriving and what they need Based on the data that was collected the system can automatically adjust itself if necessary pb Hall 2 Booth C24 Fraunhofer-Institut für Keramische Technologien und Systeme IKTS www ikts fraunhofer de Im ag e Fra u n h o fe r IK T S