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Electricity markets and system operations share a single mandate: deliver reliability and affordability while decarbonizing at speed. Electrification, rapid renewable growth, distributed energy resources, and more frequent extreme weather have created the three Vs of variability, volume, and velocity, increasing uncertainty and requiring scalable, high-fidelity coordination across transmission, distribution, and markets. In parallel, AI data centers are adding concentrated, around-the-clock demand that few anticipated even 24 months ago, creating local adequacy, congestion, and interconnection pressures.
Data and AI have enormous potential to help with these challenges. This keynote outlines a practical path from instrumented systems to orchestrated operations and, ultimately, to an intelligent grid. It also explores the AI-augmented control room, where AI agents of the future synthesize varied data streams and perform reasoning under human-in-the-loop guardrails to support faster, safer decisions. The payoff promises to be tangible: more deliverable capacity from existing assets, shorter and fairer interconnection queues, improved frequency and restoration performance, and lower total system cost. |
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Abstract: Highlighting the escalating demand for electrical power driven by the exponential growth of data centers and artificial intelligence (AI). Surge in demand is transforming electricity from a simple commodity into a strategic, valuable, and increasingly scarce resource, akin to a modern-day gold rush for power |
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Abstract: ive a presentation on the key challenges facing Korea's power grid and Korea Electric Power Corporation(KEPCO)'s strategies under the theme "The Era of Electricity: Clean Energy and a Stable Power Future. The main challenges include the increase in peak demand and renewable energy, regional imbalances between power supply and demand, the increasing curtailment of renewable energy, and constraints in power grid construction. The key strategies are grid optimization, timely grid construction, and maximizing the utilization of existing facilities. |
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