Fraunhofer ISIT

Discover the future of power distribution with #MVDC!🚀   Let´s meet at our Medium Voltage Direct Current (MVDC) Industry Day on 12th and 13th November at Fraunhofer IEE in Kassel! Take this exclusive opportunity to dive into the world of modern Medium Voltage DC #technology and find out how MVDC can improve the efficiency of power distribution and support a wide range of applications, from #renewable #energy generation to large-scale industrial use.   What can you expect? ✅ Exciting presentations: Learn about the theoretical principles and advantages of MVDC over conventional systems. ✅ Practical insights: Learn about the real-world use of MVDC and the potential for more efficient power distribution. ✅ Interactive dialogue: Take part in our workshops, gain experience, ask questions and benefit from expert knowledge. ✅ Network with industry experts: Meet energy professionals, exchange ideas and discuss future opportunities and challenges.   🎯The Industry Day is aimed at decision makers, experts and specialists from the energy supply sector, as well as system and component manufacturers.   Join us and play an active role in shaping the future of energy distribution!🔝🦾

It's a match!✅ This was the principle behind the Xecs_Eureka Matchmaking Event in #Hamburg, a networking event that brings together players in the field of #electronic components and systems. The aim of the event is to discuss project ideas for future-oriented technologies in the fields of electronics, intelligent systems and applications for #digital transformation and to initiate project consortia from companies, research institutions and universities for the upcoming #XECS call. 🎯Right in the middle: Fraunhofer ISIT with its project idea "Selective Gas Sensor Platform for Environmental Monitoring"! 🔬🚨 This is what it's all about: We are working on a new #gas #sensor platform that can be used specifically in harsh environmental conditions, from -100°C to 300°C, with high humidity, up to 21% oxygen and a pressure of up to 20 bar. The aim is to provide early and accurate detection of hazardous gases (0-400 ppm) and reliable sensor technology with long life principles. Our innovations include: ✅ Active drift correction for stable readings, ✅ #AI-assisted calibration and interpretation to improve sensitivity and accuracy, ✅ Scalable #semiconductor processes for cost effective solutions 📈 Expected benefits: Compact design, low power consumption, high reliability and adaptability to your environmental requirements. Applications include air quality monitoring, leak and fire detection and hygiene applications. 🦾Want to be part of this pioneering project? We are looking for partners from #academia and #industry to help us develop the next generation of intelligent gas sensing #technology.🚀 Contact us now to find out more about how you can get involved!📧📫 Let's work together to create innovative solutions for environmental monitoring.🔝

Fraunhofer ISIT is the first port of call for young people interested in researching the latest innovations at one of Europe's most modern research facilities for #microelectronics and #microsystems technology. We are therefore all the more delighted that Niklas Kyoushi's master's thesis has now reached the final of the #Innoquarter #Itzehoe Thesis Prize. Go Niklas! IZET Innovationszentrum Itzehoe Leibniz Universität Hannover #Nanotechnology

Danke! Thank you! Merci! Grazie! 謝謝! Gracias. 감사합니다! Teşekkür ederim! Дякую... (to be continued...)🙏🏼 We at Fraunhofer ISIT would like to thank you all for your support and trust! 🚀 This community of experts, partners and interested parties motivates us every day. Your enthusiasm for our research and projects is what drives us! Here's to the next milestones, shared success and a continued exciting future! 💡 Thank you for being part of the Fraunhofer ISIT community! 🙏 #Fraunhofer #microelectronics #powerelectronics #battery #mems #microsystems #silicontechnology

What do Marie Curie, Hedy Lamarr, Ada Lovelace, Shirley Ann Jackson, Rosalind Franklin and Mae Jemison have in common?👩🏻👩🏽👩🏿 They were all pioneers of #science and their groundbreaking discoveries have shaped our future.🚀 All the more reason for us to welcome 35 young female talents from all over the world to Fraunhofer ISIT to present our research during this year's Femtec Network excursion. It was a great inspiration to see how committed and determined these young women are to drive the #STEM world forward and shape it with their own hands.🦾💡✅ We at ISIT also strongly believe in gender equality in research. ♀️♂️ Women bring different perspectives, new questions and creative solutions to science. Their ideas, vision and commitment are the key to a more sustainable, equitable and technologically advanced world. Thank you Femtec Network for visiting and for sharing your mission to promote the empowerment and career development of women in STEM.🔝👏🏻 Let's work together to amplify their voices and celebrate their achievements!

#Renewable #energy is the key to a #sustainable future - economically, environmentally and socially. ☀️💧🍃🔌 They create new #jobs, drive #innovation and reduce our dependence on fossil #fuels. ⚡🚀 At the same time, they help combat #climate change and improve the quality of life, especially in rural areas.🍃✅   🛑But integrating them into our existing #electricity infrastructure poses challenges: #grid stability, flexible #storage solutions and grid modernisation are crucial to the successful use of renewables. This is where Super-HEART comes in. 🦾💡 Super-HEART is an innovation project funded by the European Commission (EIC) to develop a high availability power converter for multi-source integration for critical applications with high cost of failure. With Super-HEART, Fraunhofer ISIT and its academic partners Christian-Albrechts-Universität zu Kiel and Trinity College Dublin aim to develop a high-availability energy hub that connects multiple sources and loads to provide clean and uninterruptible power in the 100 kW range. To achieve high availability, density and power density, we are combining several innovative and state-of-the-art technologies:   ✅ Magnetic power bus with multi-winding transformer to reduce the number of conversion stages: improved efficiency and reliability ✅ High switching frequency through ad hoc magnetics, SiC transistors and optimised design ✅ Custom supercapacitors developed by our partners: high power and energy density, low environmental impact ✅ Fault-ride-through capability with minimal redundancy ✅ System level optimisation in design and operation: Optimised power and energy management for multiple source integration ✅ Modularity for power scaling well beyond 100 kW This makes Super-HEART the perfect high-availability power converter for the integration of multiple energy sources for applications that require continuous operation, such as data centres, zero energy buildings, the DC #industry and high-performance electric mobility.💻🏡⚡ #Fraunhofer #powerelectronics #powerconverter #superheart #datacentre #emobility

💡What would life be like without modern #technology?🔌🚀 From smart door locks 🔐 to voice assistants 📢 and evening streaming 📺, #microelectronics are the invisible heroes that make your home smarter, more efficient and more comfortable. On 12 September 2024, Microtec Nord at Hochschule für Angewandte Wissenschaften Hamburg (HAW Hamburg) will become the centre of technological innovation - and Fraunhofer ISIT will be there with three leading scientists! ⚡🔝 Our experts Dr. Shanshan Gu-Stoppel, Michael Mensing and Dr. Fabian Stoppel will give the following exciting presentations: 🔧 'Smaller, faster and more energy efficient - MEMSification of micro and #powerelectronics': Discover how miniaturisation and MEMS technology are revolutionising the future of electronics. 👁️ 'MEMS-based intelligent #LIDAR system for human-machine cooperation': Find out how MEMS-based LIDAR systems improve human-machine cooperation and make it safer. 🎧 'Energy-efficient MEMS sound transducers for environmental sensing and audio applications': Immerse yourself in the world of energy-efficient MEMS technologies that are setting new standards in #sensor and #audio technology. Take this unique opportunity to dive deep into the world of micro and power electronics and learn about the latest breakthroughs in #MEMS technology. Benefit from exclusive insights and exciting discussions with the experts from Fraunhofer ISIT. We look forward to seeing you there!👏🏻

🚀 New on LinkedIn: Our interview series 'ISIT Insights' 📸📢 Discover exciting insights into the world of technology and research at Fraunhofer ISIT! In our brand new series 'ISIT Insights' we regularly talk to the people behind our innovations - our employees. 🎤👩🔬👨🔧 Find out more about their roles, their passion for research and the projects they are driving forward. From #microsystems technology to #battery research and #powerelectronics, ISIT Insights gives you a first-hand look at how we are shaping the future together. On today´s episode: Prof. Holger Kapels, head of the institut and head of business unit power electronics.🦾⚡ Follow us and never miss a single episode! 🔍👀 #FraunhoferISIT #ISITinsights #Innovation #Technology #Research

We push the boundaries of quantum technology! 🦾🚀 At Fraunhofer ISIT, we're pushing the boundaries of quantum technology by developing cutting-edge #MEMS solutions for quantum computing and sensing. Leveraging our expertise in microtechnical processes at the 8" wafer level, we create innovative technologies like hermetically sealed #microactuators for #laser light manipulation, ultra-sensitive #sensors for detecting weak magnetic fields, and durable mechanical components essential for #quantum computing systems.📈🔝 💡 Our Innovations: 1. #PowderMEMS The comprehensive application of quantum technology hinges on the miniaturization and scaling of systems. Depending on the architecture, quantum computing with ion traps or quantum sensing with nitrogen-vacancy centers require precise local magnetic fields. Integrating durable permanent micromagnets with high accuracy on wafer level poses a great challenge for established manufacturing processes. Our PowderMEMS microfabrication technique presents a unique opportunity to produce such micromagnets directly in a silicon or glass wafer. This opens up completely new possibilities for bringing quantum technology to the wider society. 2. #MEMS Mirrors In collaboration with Johannes Gutenberg-Universität Mainz through our #KonneQt project, we utilize quasi-static MEMS mirrors to precisely scale the length of an optical cavity across all three spatial dimensions. This precise mirror adjustment not only enables the efficient connection of more qubits but also directs laser beams for capturing and positioning neutral atoms—a technique known as optical tweezers. This breakthrough significantly expands the research and application potential of quantum computing, opening up new frontiers in the field. #Fraunhofer #quantumcomputing #quantumsensing #innovation #MEMSapplications #MEMSmirrors #micromagnets

🚀 Discover the Future of Sensing with Fraunhofer ISIT! 🚀 At Fraunhofer ISIT, we’re pioneering advanced sensor technology using surface acoustic waves (SAW), creating a versatile platform that measures various physical phenomena. Our cutting-edge sensors leverage mass absorption, elastic, viscoelastic, and electrical effects to deliver precise measurements across a spectrum of applications. 🌟 Key Application Areas: Electro Mobility & Renewable Energies: Achieve efficient energy conversions for sustainable solutions. Data Centre Monitoring: Enhance performance with real-time feedback and control. Home Automation & Industrial Controls: Optimize operations with accurate pressure, humidity, electric field, vibration, gas, bio, or magnetic field sensors. Our SAW sensors are characterised by their ability to measure both static and rapidly changing states. They have a dynamic range of 8 orders of magnitude and a bandwidth in the MHz range - perfect for the fast switching processes in modern power supplies that ensure highly efficient current conversion. 🔧 Unique Features of ISIT’s SAW Sensors: CMOS and MEMS-Compatible: Fully fabricated in silicon technology. High-Performance Piezoelectric Thinfilm (AIScN): Enhances technology compatibility and process flexibility. Compact & Integrated Design: Reduced chip size with the capability to integrate multiple sensors on a single chip. Join us as we revolutionize the world of sensor technology. Whether it's for automotive, energy, data centers or smart homes, our innovative SAW sensors are engineered to provide unparalleled accuracy and efficiency. 🔗 Connect with us to explore how Fraunhofer ISIT can power your future with groundbreaking sensor solutions! #Innovation #Technology #Sensors #ElectroMobility #RenewableEnergy #DataCenters #SmartHome #Industry40 #biomedicine #SAWTechnology #AdvancedSensors #quantumcomputing