This video, published on our YouTube channel, argues that the Department of Defense (DoD) must move to a wartime energy footing. In the video’s terms, that means localized energy independence, hardened infrastructure, and operations that continue without a fragile civilian grid. It covers the legislative push for small modular reactors (SMRs) on military bases and…
Category: Videos
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Our June 2026 video starts from the July 2024 loss of about 1,500 MW of data center load and a NERC Level 3 alert.
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Read time: 2 minutes We Asked AI to Solve Its Own Power Crisis. Here’s What Happened. We conducted an unusual experiment: we asked artificial intelligence to diagnose the very problem that could destroy it. We fed Google’s most advanced AI system over 10,000 pages of electrical engineering knowledge—everything from fundamental textbooks to cutting-edge energy research.…
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The second of two videos looks at how power quality relates to AI performance, told through conversations between AI perspectives.
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A 2024 video puts one question to Google’s Gemini: how an AI system would solve the power problems that could limit it.
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This is a recorded demonstration of the VectorQ series dashboard. The dashboard is the controller’s own readout of the supply it corrects, taken at the panel where the controller connects in parallel. It is for facility engineers and electricians who want to see what the controller reports before they plan a measurement or a pilot.…
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3DFS was selected as one of 6 North Carolina startups leveraging elements of artificial intelligence to compete in the Startup Showcase for the State of Technology Conference and was fortunate enough to win. What Software-Defined Electricity does The About 3DFS page names the method Software-Defined Electricity. Software measures the current as it moves, not…
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Software-defined power (the technology is Software-Defined Electricity today) is the future of energy technology. We have updated our last server rack video to include the automatic phase balancing which eliminates neutral current and reduces operational costs for data centers. Key Highlights: Dynamically addressing harmonics and power factor, automatically balancing power loads across the phases,…
