Infinitumβs advanced motor system improves power quality by reducing harmonics at the source, helping customers unlock additional electrical capacity while lowering energy use.
A research team from MIT demonstrated a low-temperature process that could unlock cleaner lithium from Americaβs abundant hard rock while minimizing waste.
Enphaseβs new SST architecture, which aligns with NVIDIAβs 800-V DC roadmap, uses a meshed array of sub-1-kV bidirectional GaN switches to provide scalability and distributed redundancy.
New 3.3-kV mSiC modules from Microchip are meant to help accelerate the adoption of solid-state transformers in AI hyperscale data centers and other high-voltage power applications.
Successful U.S. Navy field trials of Menloβs MEMS-based 1,000-V, 125-A smart circuit-breaker modules validate how they can improve reliability and efficiency while saving space in MW-scale power systems.
Wind, water, solar, and grid-scale battery storage enabled Californiaβs power grid to spend 99 of the past 100 days running completely fossil-free for an average of 5.4 hours per day.
Melexisβ sensors can measure subtle changes in gas and liquid pressure, targeting thermal-management loops for EV batteries and low-pressure liquid cooling in AI data centers.
A single invisible spark can render costly hardware useless. But there are ways to protect electronic designs against ESD and EOS, even the most unpredictable environments.
Chinese battery giant CATL has indicated its next-generation battery development will focus on lithium-air batteries, mainly due to their extremely high energy storage density.