Hyperscaler gigawatt race is transforming data center energy

Schneider Electric, via an article by Guillaume Le Gouic, outlines how hyperscale data center growth and AI-driven demand are forcing a new, collaborative and digital-first playbook for grid-scale, low-carbon power and infrastructure planning.

• Hyperscale campuses may reach 11 GW of demand (over 10% of Texas’s 85.5 GW peak), with global data center electricity use projected to more than double to ~945 TWh by 2030, requiring clean, dispatchable energy (renewables, nuclear, gas with carbon capture) plus on-site renewables, storage, and intelligent load management so data centers act as grid stabilizers rather than just large loads.
• The article emphasizes a shift from fragmented supply chains to orchestrated ecosystems using digital twins (e.g., EcoConsult Electrical Digital Twin, ETAP), real-time grid and equipment data, and cultural change (transparency, shared roadmaps, open APIs) to compress design-to-delivery timelines from years to months, reduce waste and carbon, and support 24/7 clean power for AI-era data centers.