4 sources LS Electric won a $64 million contract to supply 38 kV switchgear for an on-site microgrid powering a Read More
Wolfspeed Launches 3.3 kV SiC Power Modules Claiming 42% Lower
4 sources Wolfspeed introduced two 3.3 kV silicon carbide power module families for AI data centers and solid-state transformers, Read More
Eaton Commits S$3 Million for NUS-Led Sustainable Tropical Data
3 sources Eaton committed S$3M to the NUS Sustainable Tropical Data Centre Testbed, anchored by a 2.5 MW Read More
Silicon Carbide vs Gallium Nitride: Why Every Medium-Voltage
4 sources All commercial medium-voltage SSTs use SiC MOSFETs for 650 V–6.5 kV input stages. GaN is limited to Read More
Deepak Divan: The Georgia Tech Professor Whose Three-Decade Research Program Seeded Resilient Power Systems and Eaton’s Solid-State Transformer Business
4 sources Deepak Divan, Georgia Tech Pippin Chair, founded Soft Switching Technologies and two other spinouts over a 30Read More
Navitas Brings 3,300-Volt SiC and 650-Volt GaN Parts
5 sources Navitas Semiconductor said on May 18, 2026 it will bring 3,300-volt SiC and 650-volt GaN power parts to 800Read More
NEC Article 706 and the 800 VDC Data Center Distribution Code Gap
4 sources NEC Article 706 caps DC defaults at 100 V. Deploying 800 VDC data centers requires AHJ variances most US Read More
Cooling Architectures for Medium-Voltage Solid-State Transformers: Forced Air, Forced Liquid, and Biodegradable Dielectric Fluid Immersion
4 sources Forced-liquid cooling dominates multi-MW SST production, with 3x-5x power density over forced air. Dielectric-fluid immersion Read More
How Moving AI Data Centers to 800 VDC Distribution and Solid-State Transformers Sidesteps Phase Imbalance Entirely
3 sources NVIDIA 800 VDC data center architecture eliminates AC phases downstream of a solid-state transformer, bypassing phase-imbalance problems Read More
4 sources NoMIS Power is supplying 3.3 kV SiC MOSFETs for a $2.5M ARPA-E DC-GRIDS project led by Michigan Read More