In-depth analysis of data center power consumption, grid infrastructure, supply chain dynamics, and the energy demands of AI. Learn how the digital world consumes electricity.
From small colocation facilities drawing 1–5 MW to hyperscale campuses exceeding 100 MW and AI clusters approaching 1 GW, data center power demands span an enormous range. Explore real-world examples and what drives these numbers.
A 1 GW data center consumes as much electricity as 200,000–500,000 homes. Learn about the emerging gigawatt-scale campuses and what it takes to power them.
Grid interconnection queues have ballooned to over 2,000 GW of pending capacity across the US, with typical timelines stretching 3–7 years. Understand how this bottleneck affects every data center project.
Large power transformer lead times have stretched beyond two years, creating a critical bottleneck for grid interconnection and data center construction. Discover the causes and what it means for the industry.
AI training clusters now demand 70–100+ MW for a single 100,000-GPU deployment. With next-generation GPUs exceeding 700W each, the power requirements are reshaping how grids and data centers are planned.