WeEn Semiconductors’ Post

Transphorm is leading robust GaN power semiconductor innovation with the unique ability to support the entire power spectrum across a wide variety of market applications. Our normally-off d-mode SuperGaN devices are differentiated by a fundamentally superior platform that delivers performance advantages unmatched by other technologies, like Si and SiC. The versatile SuperGaN platform is evolving the future of power conversion with higher power density, higher efficiency, and lower system costs paired with ease of use, allowing us to support the largest range of end products from fast chargers/adapters and infrastructure/computing PSUs to industrial and renewable energy harvesting and e-mobility / EV systems.   Learn more: https://bit.ly/3KZTEg4      #GalliumNitride #GaN #TGAN #Technology #Innovation #PowerElectronics #Manufacturing #EngineeringTheFuture

The realm of clean energy holds promise, with green hydrogen emerging as a pivotal player. At EBV Elektronik, we take pride in bolstering this eco-friendly solution using Infineon's innovative power conversion technologies, tailored for hydrogen electrolysis. Our offerings confront the distinctive demands of electrolysis, adeptly transforming AC grid or renewable energy inputs into requisite DC power for electrolyzers while ensuring voltage stability throughout. Leveraging Infineon Technologies's state-of-the-art power semiconductors—IGBTs, thyristors, and diodes—we engineer dependable, cost-efficient systems suited to diverse plant scales. Visit our dedicated page to learn more: 👉 https://bit.ly/3uzd5sk #greenhydrogen #hydrogen #techinnovation #powerconversion #sustainablenergy #greenenergy

Infineon exceeds revenue expectations for fiscal 2023 driven by strong semiconductor demand in electromobility and renewable energy. Follow for daily updates on market insights and trends. #reboundgroup #reboundelectronics #thesource #marketinsights #industrynews 

We just released a new 300 W DC-to-DC GaN reference design for 2- and 3-wheeled electric vehicle battery chargers, demonstrating one of the most anticipated value propositions of a GaN power supply: bidirectionality. This core capability is required to advance V2X (vehicle-to-everything) infrastructure for system market e-mobility applications. “Continuing the leadership of Transphorm GaN in higher power applications, we have now demonstrated bidirectional power conversion that can be used by vehicle on-board chargers for e-mobility, renewable energy and backup power systems, and other power supply applications requiring highly integrated, interchangeable input and output terminals,” shares Primit Parikh, President and CEO of Transphorm. Head to the full announcement to learn more: https://lnkd.in/gtzxq-9K #GalliumNitride #GaN #TGAN #Technology #Innovation #PowerElectronics #Manufacturing #EngineeringTheFuture #PowerSupply

🌐 Today, SiC4GRID had the honour to host an online workshop alongside our two sister projects, AdvanSiC and For2ensics, funded under the same EU Horizon Europe call topic (CL5-2021-D3-02-10). It was an enriching session where each project had the chance to present their concept, objectives, scope of activities, and initial results. AdvanSiC is a 3-year project gathering 11 partners and coordinated by IKERLAN. It aims to develop, produce, test and validation cost-effective HV SiC MOSFET semiconductors in MVDC grid applications. Their scope includes a full-scale wind converter, a full-scale solar inverter, and a solid-state circuit breaker for DC converter stations. Future Oriented Renewable and Reliable Energy SIC Solutions (For2ensics) is a 4-year project led by Institut de Microelectrònica de Barcelona (IMB-CNM, CSIC) and involving 8 partners. Its objective is to develop and demonstrate a commercial DC/DC converter prototype for rapid market introduction post-project. For2ensics focuses on the development of ultra-high voltage (UHV) SiC based switching devices which would allow for simplified converter topology and compact design when coupled with high frequency operation. A big thank you to Vrije Universiteit Brussel for organising the meeting and to all participants for their contribution to this first sister project event. Stay tuned as we delve deeper into future collaboration and networking activities. #SiC4GRID #HorizonEurope #Collaboration #AdvanSiC #for2ensics

🔋⚡️ Nice overview of #solidelectrolytes. #solidstatebattery is on the rise as a crucial technology for next-generation batteries, source LG Energy Solution https://lnkd.in/ecS_P9Xw #lithium #solidstatebatteries #battsolid

Stop by Niobium Booth at PCIM 2024 to learn more about miniaturization of filters (EMI/EMC), and other developments with nanocrystalline soft magnetic materials!

Earlier this month, alongside our technology partner Synaptec, we were delighted to visit Megger’s offices in Germany to participate in an engaging workshop looking at online monitoring of electrical cables and high voltage networks. Megger is a leading name in electrical test and measurement, including cable diagnostics.   Our new collaboration with Megger is aimed at empowering and extending the unique distributed electromechanical sensing (DES) and diagnostic capabilities of our holistic cable monitoring system ECG™ for offshore wind. Our solution, developed as part of a consortium including Synaptec and BPP-Tech | Cables | Renewables, radically improves the real-time scrutiny of cable assets, including terminations, helping to alleviate faults and failures, boosting ROI and extending life.   To find out more about ECG™ and its step change capabilities in cable asset monitoring, please visit our website: https://lnkd.in/eb8RVrpJ   Please do also take the chance to read Megger´s latest case study about their new container solution for offline fault location on very long cables: https://lnkd.in/eeTkvVW3 Workshop participants (from left to right): Marc Seidler, Hein Putter, Friedrich Enkert, Dr Andrew Dodds, Saul Matthews, Lee Davison, Tore Erntsen, Paul Cook   #innovation #collaboration #cables #offshorewind #cableintegrity #renewables #energytransition

Linde today announced that it has recently delivered a green hydrogen plant and equipment for a fourth air separation plant to Germany's largest semiconductor manufacturer, Infineon Technologies, at its site in Villach, Austria. The green hydrogen is produced by electrolysis using renewable energy.   The delivery of the hydrogen plant enables the production of 800 kilograms of green hydrogen per day for on-site semiconductor chip production at Infineon’s site. This eliminates the need of delivery by truck.   The 2 MW electrolyzer plant – built, owned and to be operated by Linde – will produce green hydrogen using PEM technology from ITM Power, which Linde will then purify to meet the rigorous specifications needed in Infineon’s manufacturing process. The use of this high-purity green hydrogen is part of Infineon’s plans to reduce greenhouse gas emissions at its Villach site. #hydrogen #greenhydrogen #electrolyzers #semiconductormanufacturing

In this presentation from our PowerUP Energy 2023 Virtual Conference, we will review #WideBandGap #PowerElectronics #WBGDevice