Conventional power delivery architectures are reaching their limits. Learn how a 48 V factorized approach can reduce losses while delivering high current directly to the processor.
Researchers at the Technical University of Darmstadt used nickel ferrite on doped carbon nanohorns in a precious-metal-free zinc-air battery. It outperformed a platinum and ruthenium oxide benchmark in lab cells.
Advances in battery management are helping operators verify that stored energy is ready when the grid needs it.
The new system-in-package integrates two 650 V GaN transistors and a dedicated high-frequency gate driver, boosting power density in adapters, industrial power supplies, and solar microinverters.
A smart distribution transformer architecture integrating condition monitoring, active voltage compensation, and AMI communication to improve feeder voltage quality and grid reliability.
Sign-up and receive our weekly updates including the latest news and technical articles.
Amazon, X-energy, Hitachi, Brookfield Japan, Toshiba, Sungrow, onsemi, Infineon, and Wolfspeed are leading efforts to meet growing energy demand while reducing carbon emissions.
Combining Mitsubishi Electric J3-Series 1300V SiC power modules with Mersen low-inductance laminated busbars to achieve high power density, optimized current sharing, and scalable performance up to 900 Arms.
The 650 V dual-side-cooled FET cuts footprint by 57% versus TOLT, while its 100V E-mode family delivers 40-70% lower switching losses and 1-3% higher efficiency than silicon.
Facebook
Google
GitHub
Linkedin
