We are pleased to announce the FOR2ENSICs Summer School, taking place in Cambridge from 29 June to 1 July 2026 at the Jock Colville Hall, Churchill College, Cambridge, UK. Leading experts will deliver tutorial talks on SiC, GaN, and emerging ultra-wide-bandgap (UWBG) technologies, along with their applications in power converters. Attendance will be limited to [...]
Stay up to date with the latest research and activities from the FLAGCHIP project. Newsletter
THE GLOBAL DRIVE to trim carbon emissions and reach climate neutrality is rapidly transforming electricity supply and grid infrastructure. Critical to succeeding in this endeavour is the introduction of a new generation of power devices, delivering higher efficiencies at reduced costs, through a smart combination of reduced epitaxial layer thickness and a smaller form factor. [...]
⚡ Upcoming event: ECPE Hybrid Workshop on Ultra-High Voltage Power Electronics! ⚡ The future of our energy grid is being reshaped by renewable integration, long-distance DC distribution, and the need for highly reliable, efficient, and compact SiC-based converters. That’s why SiC4GRID, together with its SiCsters projects AdvanSiC and For2enSiCs, Future Oriented Renewable and Reliable Energy [...]
Ultra-High-Voltage Power Electronics | ECPE Hybrid Workshop The actual power grid is conceived based on AC. Until now, main power sources were located far from the consumption centres apart from some exceptional consumers. With the current increase in renewable energy sources, the face of the grid is also changing. It is no longer just top [...]
Meet FLAGCHIP project! As power electronics continue to evolve, wide band-gap (WBG) and ultra-wide band-gap (UWBG) semiconductors are becoming essential for enabling more efficient, compact and reliable energy conversion systems. These technologies are especially relevant for renewable energy generation, DC grids, electric mobility and offshore applications — but their full potential requires advances not only [...]
Este proyecto, financiado con más de 7 millones de euros, mejorará la tecnología de los semiconductores de dispositivos implicados en la producción y distribución de energías renovables En enero se puso en marcha For2ensics, un proyecto europeo dotado con más de 7 millones de euros por la Unión Europea y liderado por el Instituto de Microelectrónica [...]
El proyecto europeo 'For2ensics' ha sido dotado con más de 7 millones de euros El Consejo Superior de Investigaciones Científicas (CSIC) desarrollará dispositivos semiconductores, chips, basados en carburo de silicio de voltaje ultra alto para producir y distribuir energías renovables en el marco del proyecto europeo ‘For2ensics‘ (Future Oriented Renewable and Reliable Energy SiC Solutions) [...]
This project has received funding from the European Union’s Horizon Europe research and innovation programme under grant agreement No 101075672
IMB-CNM-CSIC
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