(IN BRIEF) Schneider Electric has released a first-of-its-kind study on arc flash risk in 800 VDC data center power architectures, providing guidance for the safe adoption of higher-voltage systems in AI data centers. The study compares two representative 800 VDC … Read the full press release
Posted in Artificial Intelligence (AI), Business, Electronics & Machinery, Energy, Gas & Oil, France, Industrial, Internet & Online, Security & Safety, Technology
Tagged 1.2 cal/cm² PPE threshold, 400 kW IT racks, 800 VDC, advanced software, AI data centers, AI factories, AI-augmented modelling, arc flash risk, back-feed, capacitor discharge, capacitor placement, centralized 800 VDC architecture, cloud infrastructure, data center design, data centers, DC arc flash analysis, DC Arc Flash Analysis A Practical Study on 800 VDC in Data Centers, Digital Twins, electrical distribution, electrical safety, ETAP, facility-level architecture, fault currents, fault-clearing behaviour, France, high-density racks, incident energy, Manish Kumar, megawatt-scale racks, New Schneider Electric Study Assesses Arc Flash Risk in High-Density Data Center Power Architectures, NVIDIA, overcurrent protection, peak current, physics-based safety, power architectures, power system analysis, protection coordination, rack-level architecture, reverse-blocking diodes, Rueil-Malmaison, safe work practices, Schneider Electric, Schneider Electric Advances 800 VDC Data Center Safety Research With Digital Twin Analysis, Schneider Electric and ETAP Highlight Arc Flash Modelling for Next-Generation AI Data Centers, Secure Power and Data Centers, sidecar power rack, Tanuj Khandelwal, transient behaviour, transient simulation, white paper
(IN BRIEF) STMicroelectronics has expanded its 800 VDC power conversion portfolio with new 12V and 6V architectures designed for next-generation AI data centers. Complementing its existing 50V solution, the new converters provide a complete ecosystem for efficient power distribution in … Read the full press release
Posted in Artificial Intelligence (AI), Energy, Gas & Oil, Environment, Industrial, Infrastructure & Utilities, Management, News, Switzerland, Technology
Tagged 800 VDC, AI data centers, analog mixed signal, data center technology, energy efficiency, GaN, GPU infrastructure, hyperscalers, Marco Cassis, NVIDIA GTC 2026, power conversion, semiconductors, silicon carbide, STMicroelectronics, STMicroelectronics Advances High Density AI Computing with New Efficient Power Distribution Architectures, STMicroelectronics Strengthens Data Center Power Capabilities with Complete 800 VDC Conversion Ecosystem
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